AK90错误信息综述

郑振寰 · 发表于 2007-1-31 09:26

注册登录才能更好的浏览或提问。

您需要登录才可以下载或查看，没有账号？立即注册

×

* A K 9 0 E R R O R M E S S A G E E X P L A N A T I O N S *
*****************************************************************

LAST EDITED: 01 03 28

Error messages from AK 90 can be divided in three groups:
* Unconditional technical errors. No restart attempts are done.
The patient safety cannot be guaranteed if the error is present.
* Conditional technical errors. Continued treatment is allowed if
a certain condition is fulfilled or a confirmation has been made.
* Transient technical errors. A number of restart attempts will
be done. If they are unsuccessful an unconditional or conditional
technical error will appear.

The letters [F,T,D,S] can follow the names of the functions.
[F,.....] means that the error codes can appear during the function
checks.
[.,T,...] means that the errors can appear during treatment.
[...,D,.] means that the errors can appear during rinse or disinfection.
[.....,S] means that the errors can appear during service mode.

The LED status codes for identifying errors detected during
startup code execution imediately after CPU reset.
The code is shown on five of the leds in led array IC 93
sitting next to the CPU at the bottom of the CPU-board.
These errors are all unconditional and stop the monitor complete.

-------------------------------
: 1: 2: 3: 4: 5: 6: 7: 8: 9:10:
-------------------------------

-------------------------------------------------------------------------------------

---------------------------------------------------------------------------
: LED-number : 2 : 3 : 4 : 5 : 6 :
---------------------------------------------------------------------------
: CPU_STRT : 1 : 0 : 0 : 0 : 0 : System reset.
: CODE_TST : 0 : 1 : 0 : 0 : 0 : Startup code test. NOT USED
: KBD_RAM_TST : 1 : 1 : 0 : 0 : 0 : Time display RAM-test. IC 87.
: CPU_TST : 0 : 0 : 1 : 0 : 0 : CPU test. IC 89.
: BUZZ_TST : 1 : 0 : 1 : 0 : 0 : Buzzer test. Both buzzers.
: MCS0_TST : 0 : 1 : 1 : 0 : 0 : System RAM test. IC 66.
: MCS1_TST : 1 : 1 : 1 : 0 : 0 : Not used.
: UMCS_TST : 0 : 0 : 0 : 1 : 0 : PROM test 0E0000-0FFFFD.
: MCS2_TST : 1 : 0 : 0 : 1 : 0 : PROM test 20000-0DFFFF.
: MCS3_TST : 0 : 1 : 0 : 1 : 0 : NOT USED
: MCS4_TST : 1 : 1 : 0 : 1 : 0 : Not used.
: RAM_CC_TST : 0 : 0 : 1 : 1 : 0 : System RAM CC-fill & test. IC 66.
: TECH_LMP_TST : 1 : 0 : 1 : 1 : 0 : Technical error lamp test. NOT USED
: BMTIMER_TST : 0 : 1 : 1 : 1 : 0 : BM-timer test. IC 12.
: UFADTIMER_TST : 1 : 1 : 1 : 1 : 0 : UF-A/D-timer test. IC 27.
: FMTIMER2_TST : 0 : 0 : 0 : 0 : 1 : FM-timer test. IC 29.
: INT_CTRL_TST : 1 : 0 : 0 : 0 : 1 : Interrupt controller test. IC 79.
: KBD_8279_TST : 0 : 1 : 0 : 0 : 1 : Keyboard test.
: KBD_SHORT_TST : 1 : 1 : 0 : 0 : 1 : Keyboard shortage test.
: KBD_PAL_TST : 0 : 0 : 1 : 0 : 1 : Keyboard PAL test. NOT USED
: KBD_SCANTIM_TST : 1 : 0 : 1 : 0 : 1 : Keyboard Scan-time test. NOT USED
: POT_TST_0 : 0 : 1 : 1 : 0 : 1 : Heparin pot-PAL test. IC 2.
: POT_TST_1 : 1 : 1 : 1 : 0 : 1 : Panel pot-PAL test. IC 41.
: PCB_TST : 0 : 0 : 0 : 1 : 1 : CPU register test.
: W-DOG_TST_INIT : 1 : 0 : 0 : 1 : 1 : Watch dog test init. IC 72
: W-DOG_SAF_RELAY : 0 : 1 : 0 : 1 : 1 : Watch dog, safe-relay control test
: W-DOG_RESET : 1 : 1 : 0 : 1 : 1 : Watch dog CPU test reset
: NMI_TST : 1 : 1 : 1 : 1 : 1 : NMI-trap. Check POWN signal (AD/DC)
: PASSED_TST : 0 : 0 : 0 : 0 : 0 : Test OK.
---------------------------------------------------------------------------

System error messages.

'SYS CONF 000' - No system request blocks(SRB:s) available
'SYS CONF 001' - No system memory request blocks(SMR:s) available
'SYS CONF 002' - Illegal internal MTOS call: X_OVIN
'SYS CONF 003' - Illegal internal MTOS call: X_OVOUT
'SYS CONF 004' - Illegal internal MTOS call: X_GET_BLOCK
'SYS CONF 005' - Illegal internal MTOS call: X_FREE_BLOCK
'SYS CONF 006' - Illegal internal MTOS call: X_ALLOC_8087

'SYS INTR 000' - Divide error exception interrupt
'SYS INTR 001' - Single step interrupt
'SYS INTR 002' - Non-maskable interrupt
'SYS INTR 003' - Breakpoint interrupt
'SYS INTR 004' - Overflow exception interrupt
'SYS INTR 005' - Array bounds exception interrupt
'SYS INTR 006' - Unused opcode exception interrupt
'SYS INTR 007' - Escape opcode exception interrupt
'SYS INTR 008' - Reserved vector interrupt
'SYS INTR UNX' - Unexpected vector interrupt

'SYS REAL 000' - Floating point illegal opcode
'SYS REAL 001' - Floating point real overflow
'SYS REAL 002' - Floating point integer overflow

Transient errors.
If more than 3 in one treatment =>
unconditional error, no blood pump enable.
Internal software error.
For correction in new program versions it is
very important that these errors are reported
to GAMBRO sweden.

Transition controller error messages.

'TzA Pxxx ttt' - Process nr xxx out of range in transition test
'TzB Pxxx yyy' - State nr yyy out of range
'TzC Pxxx ttt' - Test nr ttt out of range in transition test
'TzD P000 xxx' - Process state shadow table corrupt in process xxx
'TzE Pxxx yyy' - Process attempt to assume non-defined state yyy
'TzF Pxxx yyy' - State yyy attempt to control process at own or higher
level
'TzG Pxxx yyy' - State yyy attempt to control non-defined process
'TzH Pxxx yyy' - State yyy attempt to control non-defined function
'TzI Pxxx yyy' - State yyy attempt to duplicate process control
'TzJ Pxxx yyy' - State yyy attempt to duplicate function control
'TzK Pxxx yyy' - State yyy attempt to reference non-defined event-
control
'TzL Pxxx yyy' - State yyy attempt to set non-defined event mode
'TzM P000 fff' - Non-controlled function fff
'TzN Pxxx yyy' - State yyy attempt to set non-existant output cross-
reference
'TzO jjjj iii' - Crossreference iii references non-existant logical
output jjjj
'TzP P000 fff' - Function shadow table corrupt in function fff
'TzQ jjjj iii' - Logical output corrupt. Crossreference iii references
to logical output table. jjjj references to index in
lit file.

( xxx = Process number)
( yyy = State number)
( z = Transition controller identifier [B,F,O])

Unconditional errors. No blood pump enable.
Internal software error.
For correction in new program versions it's
very important that these errors are reported
to GAMBRO sweden.

Initialization task error messages.

'TSK INIT 002' - Start A/D-conversion task
'TSK INIT 003' - Start Opcom TRC task
'TSK INIT 004' - Start Blood TRC task
'TSK INIT 005' - Start Fluid TRC task
'TSK INIT 006' - Start Function task 0
'TSK INIT 007' - Start Function task 1
'TSK INIT 008' - Start Function task 2
'TSK INIT 009' - Start Function task 3
'TSK INIT 010' - Start Function task 4
'TSK INIT 011' - Start SUPER_TASK
'TSK INIT 012' - Start Function task 5

'TSK STAT 003' - OTRC Task case error
'TSK STAT 004' - BTRC Task case error
'TSK STAT 005' - FTRC Task case error

Unconditional errors. No blood pump enable.
Internal software error.
For correction in new program versions it's
very important that these errors are reported
to GAMBRO sweden.

'RST VALU 001' - Safe mem restore error.
If the error appears when a new program
version is installed, restart AK 90.
Otherwise SAFERAM error.
Transient error.
If more than 3 during one treatment =>
minor error, no stop of treatment.

Function group 1 : BLOOD functions.

FCN 1.01, BLOOD PUMP AND CLAMPS SUPERVISION FUNCTION
Purpose:
* Creates the blood pump and clamps supervision error code FCN 1.01 001
upon request from the blood logical state machine.

FCN 1.01 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 1.01 001 BLOOD PUMP AND CLAMPS SUPERVISION ERROR [T,D]
Unconditional error.

General description of conditions for occuring:
The blood pump was running when it should not run or the venous clamp
was not closed when it should be closed.

Technical description of conditions for occuring:
There was an alarm condition which should have stopped the blood pump.
The error code occured because the logical variable which is TRUE
when the blood pump is commanded to run, BRL(B_BL$PUMP$STS) was TRUE.
OR
There was an alarm condition which should have closed the venous
clamp. The error code occured because the logical variable which
is TRUE when the venous clamp is closed, BRL(B_VEN$CLAMP$CLOSED)
was FALSE.

Some possible explanations why the error has occured:
* The venous clamp was detected to be open when it was commanded to be
closed. Please refer to the description of FCN 1.07 004.
* Software error: The blood pump function FCN 106 was not set in a blood
pump stop state.
* Software error: The clamps function FCN 107 was not set in a venous
clamp close state.

Some hints of what to do if the error occurs:
Please refer to the description of FCN 1.07 004.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN102.PLM Arterial guard.

'FCN 1.02 000' - Case error arterial guard.
Unconditional error. No blood pump enable.

FCN 1.03, VENOUS PRESSURE FUNCTION
Purpose:
During the startup tests:
* Sets the attention variable BRL(B_VEN$PR$FUNC$ATTN)=TRUE if the
venous pressure is not within allowed limits.
During treatment in double needle mode:
* Checks that the venous pressure is within limits and updates the
alarm variables BRL(B_VEN$PR$AL$H) and BRL(B_VEN$PR$AL$L).
* Calculates the venous pressure variance BRI(BI_VEN$PR$VARIANCE).
During treatment in single needle mode:
* Sets the variables BRL(B_ART$PH$PR$LIMIT) or BRL(B_VEN$PH$PR$LIMIT)
TRUE if the venous pressure is not within limits.
* Sets the alarm variables BRL(B_VEN$PR$AL$H) or BRL(B_VEN$PR$AL$L) TRUE
if the venous pressure has been out of limits for a too long time.
* Sets the error variable BRL(B_SN$PR$SUPERV$ERROR)=TRUE if the maximum
venous pressure in the arterial phase and the minimum venous pressure
in the venous phase are too close to each other.
During auto priming:
* Sets the variable BRL(B_AP$PR$HI$LIM)=TRUE if the venous pressure is
above the high limit.
* Checks that the venous pressure is within limits and updates the
alarm variables BRL(B_VEN$PR$AL$H) and BRL(B_VEN$PR$AL$L).
This is done to verify the function of the venous pressure transducer.

郑振寰 · 发表于 2007-1-31 09:28

FCN 1.03 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 1.03 001 N O T U S E D A N Y L O N G E R

FCN 1.04, MONITOR TEMPERATURE FUNCTION
Purpose:
During function check, treatment, rinse and chemical disinfection:
Increases the fan speed if the monitor temperature is too close to an
attention limit.
Sets the attention variable BRL(B_MONITOR$TEMP$ATTN)=TRUE if the
monitor temperature is above the attention limit.
Creates the error code FCN 1.04 001 if the monitor temperature is
above an error limit.
During heat disinfection:
Increases the fan speed.
Sets the attention variable BRL(B_MONITOR$TEMP$ATTN)=TRUE if the
monitor temperature is above the attention limit.
Creates the error code FCN 1.04 001 if the monitor temperature is
above an error limit.

FCN 1.04 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 1.04 001 MONITOR TEMPERATURE TOO HIGH [F,T,D]
Conditional error.
Confirm the error by pressing the select key.

General description of conditions for occuring:
The temperature in the monitor was detected to be higher than
60 degrees Celsius.

Technical description of conditions for occuring:
BRI(BI_MONITOR$TEMP) >= PI(EPI_MONITOR$TEMP$ERROR$LIM) for 2s.

Some possible explanations why the error has occured:
* The air filter is dirty.
The fan is not running at all.
* The fan is broken.
* There is a bad connection between the fan and P213 on the driver
board (K13012).
It is not possible to run the fan at a high speed.
* The transistor Q11 on the driver board (K13012) is broken.
* The port IC 35 on the driver board (K13013) is broken.
* There is a bad connection between the CPU board (K13019) P109 and
the driver board (K13013) P207.
* The outport IC 76 on the CPU board (K13019) is broken.
Some circuits for measuring the monitor temperature are broken or not
connected.
* The monitor temperature transducer IC 3 or the MUX IC 59 or IC 60
on the CPU board (K13022) are broken.

Some hints of what to do if the error occurs:
Check the air filter at the rear of the monitor.
Check that the fan is working properly.
Check that the fan speed increased when the signal FNCO=1.
Check the monitor temperature transducer if the air filter is clean
and the fan is working properly.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 1.05, BM I/O ANALOG CABLE CONNECTION CHECK FUNCTION
Purpose:
* Checks that the analog cable between the BM I/O board and the CPU board
is connected.

FCN 1.05 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 1.05 001 ANALOG CABLE NOT CONNECTED [F,T]
Unconditional error.

General description of conditions for occuring:
The program detected that the analog cable between the BM I/O board
and the CPU board was not connected.

Technical description of conditions for occuring:
The analog cable connected signal ANCV/=1 for 1s.

Some possible explanations why the error has occured:
* There is a bad connection between the BM I/O board (K13002) P414 and
the CPU board (K13021) P106.
* The inport IC 17 on the CPU board (K13021) is broken.

Some hints of what to do if the error occurs:
Check the connection between the BM I/O board (K13002) P414 and
the CPU board (K13021) P106.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 1.06, BLOOD PUMP CONTROL FUNCTION
Purpose:
* Controls if the blood pump should run or not.
* Checks that the blood pump is really running when it should.
* Controls the speed of the blood pump.
* Reads if the blood pump cover is open or not.
* Reads if the blood pump is overloaded.
* Function check 1: Commands the blood pump to run. The 24 volt
supply is disconnected. Checks that the blood pump is not moving.
* Function check 2: Sets a pump speed. Disables the blood pump by
setting BPAE/ = 1. Checks that the blood pump is not moving.
* Function check 4: Runs the blood pump at test frequency 4600.
* Auto priming: Runs the blood pump at presetted speeds during filling
up and priming.

FCN 1.06 000 SOFTWARE ERROR [F,T,D,S]
Unconditional error

General description of conditions for occuring:
The software is not executing correctly.

Technical description of conditions for occuring:
"Case error"
The function is commanded to execute in an undefined mode.
Some possible explanations why the error has occured:
* The software code is incorrect.
* RAM error.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 1.06 001 TIMER HANDLING ERROR FOR THE 9513 TIMER [F,T]
Transient error
(Unconditional error if more than three errors during one treatment.)

General description of conditions for occuring:
The blood pump timer is not working properly.

Technical description of conditions for occuring:
The timer 9513 has returned one of the following error messages:
"Timer load to counter error", "Load register error",
"Mode register error" or "Hold register error".

Some possible explanations why the error has occured:
* The timer IC 12 on the CPU board (K13021) is broken.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 1.06 002 BLOOD PUMP NOT ROTATING ERROR [F,T]
Unconditional error

General description of conditions for occuring:
The blood pump does not rotate.

Technical description of conditions for occuring:
The blood pump cover is NOT open.
There is NO blood pump overcurrent.
The set frequency for the blood pump is greater than 200.
BPAR/ = 1 for more than 30s.

Some possible explanations why the error has occured:
* The blood pump belt is broken.
* The blood pump is broken.
* There is a bad connection between the blood pump position
board (K11339) P141/P142 and the BM I/O board (K13002) P405.
Check that the cable is correctly mounted.
* There is a bad connection between P103 on the CPU board (K13021)
and P401 on the BM I/O board.
* There is a bad connection between P404 on the BM I/O board and the
blood pump.
* The timer IC 12 on the CPU board (K13021) does not output a
the frequency BPAF. IC 12 or IC 13 is broken.
* One or more components on the BM I/O board (K13002) for running
the blood pump is broken.
Q3, Q4, Q5, Q6, IC2, IC8, IC10, IC11, IC12, IC13, IC14 or IC15.
* The blood pump is NOT enabled as the signal BPAE/=1.
IC 83 on the CPU board (K13019) is broken.
* The 24 volt power supply for the blood pump is disconnected.
The relay K1 on the BM I/O board (K13002) is broken.
* The relay K1 does not connect the 24 volt supply because the signal
VMVC/ is NOT approximately 0V. The port IC 48 or IC 54, the PAL
IC 50 or the transistor Q1 on the CPU board (K13017) is broken.
There is a bad connection between P103 on the CPU board (K13021) and
P401 on the BM I/O board.
* IC1, P141 or P142 on the blood pump position board (K11339)
are broken.

Some hints of what to do if the error occurs:
Check the blood pump belt and the connections mentioned
above.
Check the BM I/O board P405.
Check if LED IC4:8 is flashing when the pump is rotating.
If it is not, then check the optocoupler IC 1 on the blood
pump position board (K11339)
Check the signal BPAE/ on the LED IC4:9 on the BM I/O board.
If the LED is lit then BPAE/=1 and the blood pump is NOT enabled.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 1.06 003 BLOOD PUMP RELAY ERROR [F]
Unconditional error

General description of conditions for occuring:
The blood pump relay can not disconnect the power to the blood
pump.

Technical description of conditions for occuring:
The 24V relay K1 on the BM I/O board has been commanded to
disconnect the power to the blood pump for 2 seconds.
The blood pump moves at more than 0.25 pump revolutions per
minute.

Some possible explanations why the error has occured:
* The 24V relay K1 on the BM I/O board is broken.
* The relay K1 does not disconnect the 24 volt supply because the
signal VMVC/ is approximately 0V. The port IC 48 or IC 54, the PAL
IC 50 or the transistor Q1 on the CPU board (K13017) is broken.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 1.06 004 BLOOD PUMP ENABLE SIGNAL ERROR [F]
Unconditional error

General description of conditions for occuring:
The blood pump enable signal can not disable the blood pump.

Technical description of conditions for occuring:
The blood pump is commanded to stop by setting the blood pump
enable signal BPAE/=1 for 2 seconds.
The blood pump moves at more than 0.25 pump revolutions per
minute.

Some possible explanations why the error has occured:
* The connection between the CPU board (K13021) P103 and the
BM I/O board (K13002) P401 is bad.
* IC 83 on the CPU board (K13019) is broken.

Some hints of what to do if the error occurs:
Check the cable between the CPU board P103 and the BM I/O board
P401. Check the signal BPAE/ on the LED IC4:9 on the BM I/O board.
If the LED is lit then BPAE/=1 and the blood pump is NOT enabled.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 1.06 005 N O T U S E D A N Y L O N G E R

FCN 1.06 006 BLOOD PUMP OVERCURRENT FLIP-FLOP ERROR [F]
Unconditional error

General description of conditions for occuring:
It is not possible to reset the blood pump overcurrent flip-flop.

Technical description of conditions for occuring:
The signal BPAO=1 during the function check.

Some possible explanations why the error has occured:
* The connection between the CPU board (K13021) P103 and the
BM I/O board (K13002) P401 is bad.
* IC 6 or IC 16 on the BM I/O board are broken.

Some hints of what to do if the error occurs:
Check the cable between the CPU board P103 and the BM I/O board
P401. Check the signal BPAE/ on the BM I/O board.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 1.06 007 BLOOD PUMP TACHO ERROR [F,T]
Unconditional error

General description of conditions for occuring:
The blood pump tacho detected too few tacho pulses.

Technical description of conditions for occuring:
The following has happened during 3s. (10 times * 0.3s)
The blood pump cover was NOT open.
There was NO blood pump overcurrent.
The set frequency for the blood pump was greater than 200.
The counter IC12 on the CPU board (K13021) counted less than 10
tacho pulses (signal ATP0) during the last 0.3 seconds.

Some possible explanations why the error has occured:
* The blood pump tacho is broken.
* The connection between the blood pump tacho and P403 on the
BM I/O board (K13002) is bad (signal ATP0).
* The connection between the BM I/O board (K13002) P401 and the
CPU board (K13021) P103 is bad.
* The timer IC12 on the CPU board (K13021) is broken.
* The blood pump is broken.
* There is a bad connection between P404 on the BM I/O board and the
blood pump.
* The timer IC 12 on the CPU board (K13021) does not output a
the frequency BPAF. IC 12 or IC 13 is broken.
* One or more components on the BM I/O board (K13002) for running
the blood pump is broken.
Q3, Q4, Q5, Q6, IC2, IC8, IC10, IC11, IC12, IC13, IC14 or IC15.
* The blood pump is disabled as the signal BPAE = 1.
IC 83 on the CPU board (K13019) is broken.
* The 24 volt power supply for the blood pump is disconnected.
The relay K1 on the BM I/O board (K13002) is broken.
* The relay K1 does not connect the 24 volt supply because the signal
VMVC/ is NOT approximately 0V. Q1 or IC54 on the CPU board (K13017)
are broken. There is a bad connection between P103 on the CPU board
(K13021) and P401 on the BM I/O board.

Some hints of what to do if the error occurs:
Check the blood pump cables and the tacho.
Check the blood pump belt and the connections mentioned
above.
Turn the blood pump by hand and check the signal ATP0 with
an oscilloscope.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 1.07, CLAMPS CONTROL FUNCTION

Purpose:
* Controls the arterial and venous clamps.
* Reads if the arterial and veonus clamps are open or closed.

FCN 1.07 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 1.07 001 ARTERIAL CLAMP NOT OPEN [F,T,D]
Conditional error.
Confirm by pressing the select key.

General description of conditions for occuring:
The arterial clamp was detected to be closed when it was
commanded to be open.

Technical description of conditions for occuring:
The arterial clamp verify signal CLAV=1 for more than 2s.

Some possible explanations why the error has occured:
Can not open the clamp:
* Q7 on the driver board (K13012) is broken so that CLDA/ is
always 0V.
* IC 48, IC 50 or IC 54 on the CPU board (K13017) are broken.
* There is a bad connection between the CPU board (K13017) P110
and the driver board (K13012) P204 (Signal CLAC).
* IC 4 or IC 51 on the driver board (K13012) are broken.
* The relay K1 on the driver board (K13012) has set CLDA/=0.
* C1 on the clamp driver board (K11333) is broken.
Can not detect that the clamp is opened.
* IC 1 on the clamp driver board (K11333) is broken so that
CLAV/=0 always.
* IC 4 on the driver board (K13012) is broken.
* There is a bad connection between the CPU board (K13017) P110
and the driver board (K13012) P204 (Signal CLAV).
* IC 48 on the CPU board (K13017) is broken.

Some hints of what to do if the error occurs:
Look at the arterial clamp. If it is closed, then read the
section "Can not open the clamp". If it is open, then read
the section "Can not detect that the clamp is opened.

Disconnect the clamps from P138 on the clamp driver board (K11333).
Check that it is possible to move the clamps by hand and that they
are not stuck.
Check the signals CLAV/ and CLVV/ when moving the clamps by hand.
Connect the clamps again.

The logging variable BRL(B_ART$CLAMP$CLOSED) = TRUE if it is
detected that the arterial clamp is closed.
Check C1 on the clamp driver board (K11333).

Automatical safety actions:
None (The blood pump is enabled)

FCN 1.07 002 VENOUS CLAMP NOT OPEN [F,T,D]
Unconditional error

General description of conditions for occuring:
The venous clamp was detected to be closed when it was
commanded to be open.

Technical description of conditions for occuring:
The venous clamp verify signal CLVV=1 for more than 2s.

Some possible explanations why the error has occured:
Can not open the clamp:
* Q8 on the driver board (K13012) is broken so that CLDV/ is
always 0V.
* IC 48, IC 50 or IC 54 on the CPU board (K13017) are broken.
* There is a bad connection between the CPU board (K13017) P110
and the driver board (K13012) P204 (Signal CLVC).
* IC 4 or IC 51 on the driver board (K13012) are broken.
* The relay K1 on the driver board (K13012) has set CLDV/=0.
* C1 on the clamp driver board (K11333) is broken.
Can not detect that the clamp is opened.
* IC 2 on the clamp driver board (K11333) is broken so that
CLVV/=0 always.
* IC 4 on the driver board (K13012) is broken.
* There is a bad connection between the CPU board (K13017) P110
and the driver board (K13012) P204 (Signal CLVV).
* IC 48 on the CPU board (K13017) is broken.

Some hints of what to do if the error occurs:
Look at the venous clamp. If it is closed, then read the
section "Can not open the clamp". If it is open, then read
the section "Can not detect that the clamp is opened.

Disconnect the clamps from P138 on the clamp driver board (K11333).
Check that it is possible to move the clamps by hand and that they
are not stuck.
Check the signals CLAV/ and CLVV/ when moving the clamps by hand.
Connect the clamps again.

The logging variable BRL(B_VEN$CLAMP$CLOSED) = TRUE if it is
detected that the venous clamp is closed.
Check C1 on the clamp driver board (K11333).

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 1.07 003 ARTERIAL CLAMP NOT CLOSED [F,T]
Conditional error.
Confirm the error by pressing the select key.

General description of conditions for occuring:
The arterial clamp was detected to be open when it was
commanded to be closed.

Technical description of conditions for occuring:
The arterial clamp verify signal CLAV=0 for more than 2s.

Some possible explanations why the error has occured:
Can not close the clamp:
* Q7 on the driver board (K13012) is broken so that CLDA/ is
always 24V.
* IC 48, IC 50 or IC 54 on the CPU board (K13017) are broken.
* IC 4 or IC 51 on the driver board (K13012) are broken.
* There is a bad connection between the driver board (K13012)
P203 and the clamp driver board (K11333) P137 (Signal CLDA/).
* There is a bad connection between the clamp driver board
(K11333) P138 and the arterial clamp. (Signal CLDA/).
* The arterial clamp is broken or has stuck.
Can not detect that the clamp is closed.
* IC 1 on the clamp driver board (K11333) is broken so that
CLAV/=1 always.
* There is a bad connection between the driver board (K13012)
P203 and the clamp driver board (K11333) P137 (Signal CLAV/).
* IC 4 on the driver board (K13012) is broken.
* There is a bad connection between the CPU board (K13017) P110
and the driver board (K13012) P204 (Signal CLAV).
* IC 48 on the CPU board (K13017) is broken.

Some hints of what to do if the error occurs:
Look at the arterial clamp. If it is open, then read the
section "Can not close the clamp". If it is closed, then read
the section "Can not detect that the clamp is closed.

Disconnect the clamps from P138 on the clamp driver board (K11333).
Check that it is possible to move the clamps by hand and that they
are not stuck.
Check the signals CLAV/ and CLVV/ when moving the clamps by hand.
Connect the clamps again.

The logging variable BRL(B_ART$CLAMP$CLOSED) = TRUE if it is
detected that the arterial clamp is closed.

Automatical safety actions:
None (The blood pump is enabled)

FCN 1.07 004 VENOUS CLAMP NOT CLOSED [F,T]
Unconditional error

General description of conditions for occuring:
The venous clamp was detected to be open when it was
commanded to be closed.

Technical description of conditions for occuring:
The venous clamp verify signal CLVV=0 for more than 2s.

Some possible explanations why the error has occured:
Can not close the clamp:
* Q8 on the driver board (K13012) is broken so that CLDV/ is
always 24V.
* IC 48, IC 50 or IC 54 on the CPU board (K13017) are broken.
* IC 4 or IC 51 on the driver board (K13012) are broken.
* There is a bad connection between the driver board (K13012)
P203 and the clamp driver board (K11333) P137 (Signal CLDV/).
* There is a bad connection between the clamp driver board
(K11333) P138 and the arterial clamp. (Signal CLDV/).
* The venous clamp is broken or has stuck.
Can not detect that the clamp is closed.
* IC 2 on the clamp driver board (K11333) is broken so that
CLVV/=1 always.
* There is a bad connection between the driver board (K13012)
P203 and the clamp driver board (K11333) P137 (Signal CLVV/).
* IC 4 on the driver board (K13012) is broken.
* There is a bad connection between the CPU board (K13017) P110
and the driver board (K13012) P204 (Signal CLVV).
* IC 48 on the CPU board (K13017) is broken.

Some hints of what to do if the error occurs:
Look at the venous clamp. If it is open, then read the
section "Can not close the clamp". If it is closed, then read
the section "Can not detect that the clamp is closed.

Disconnect the clamps from P138 on the clamp driver board (K11333).
Check that it is possible to move the clamps by hand and that they
are not stuck.
Check the signals CLAV/ and CLVV/ when moving the clamps by hand.
Connect the clamps again.

The logging variable BRL(B_VEN$CLAMP$CLOSED) = TRUE if it is
detected that the venous clamp is closed.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 1.07 005 ARTERIAL CLAMP NOT CLOSED BY SAFETY RELAY [F]
Conditional error
Confirm the error by pressing the select key.

General description of conditions for occuring:
The safety relay should have closed the clamps.
The arterial clamp was detected to be open when it was
commanded to be closed.

Technical description of conditions for occuring:
The safety relay should commanded the arterial clamp to close
by connecting CLDA/ to 0V.
The arterial clamp verify signal CLAV=0 for more than 2s.

Some possible explanations why the error has occured:
Can not close the clamp:
* The safety relay K1 on the driver board is activated and the signal
CLDA/ is NOT connected to 0V. The signal VMVC/ is approximatesly
0V. Q1 or IC 54 on the CPU board (K13017) are broken.
* There is a bad connection between the driver board (K13012)
P203 and the clamp driver board (K11333) P137 (Signal CLDA/).
* There is a bad connection between the clamp driver board
(K11333) P138 and the arterial clamp. (Signal CLDA/).
* The arterial clamp is broken or has stuck.
Can not detect that the clamp is closed.
* IC 1 on the clamp driver board (K11333) is broken so that
CLAV/=1 always.
* There is a bad connection between the driver board (K13012)
P203 and the clamp driver board (K11333) P137 (Signal CLAV/).
* IC 4 on the driver board (K13012) is broken.
* There is a bad connection between the CPU board (K13017) P110
and the driver board (K13012) P204 (Signal CLAV).
* IC 48 on the CPU board (K13017) is broken.

Some hints of what to do if the error occurs:
Look at the arterial clamp. If it is open, then read the
section "Can not close the clamp". If it is closed, then read
the section "Can not detect that the clamp is closed.

Disconnect the clamps from P138 on the clamp driver board (K11333).
Check that it is possible to move the clamps by hand and that they
are not stuck.
Check the signals CLAV/ and CLVV/ when moving the clamps by hand.
Connect the clamps again.

The logging variable BRL(B_ART$CLAMP$CLOSED) = TRUE if it is
detected that the arterial clamp is closed.

Automatical safety actions:
None (The blood pump is enabled)

郑振寰 · 发表于 2007-1-31 09:29

FCN 1.07 006 VENOUS CLAMP NOT CLOSED BY SAFETY RELAY [F]
Unconditional error

General description of conditions for occuring:
The safety relay should have closed the clamps.
The venous clamp was detected to be open when it was
commanded to be closed.

Technical description of conditions for occuring:
The safety relay should have commanded the venous clamp to close
by connecting CLDV/ to 0V.
The venous clamp verify signal CLVV=0 for more than 2s.

Some possible explanations why the error has occured:
Can not close the clamp:
* The safety relay K1 on the driver board is activated and the signal
CLDV/ is NOT connected to 0V. The signal VMVC/ is approximatesly
0V. Q1 or IC 54 on the CPU board (K13017) are broken.
* There is a bad connection between the driver board (K13012)
P203 and the clamp driver board (K11333) P137 (Signal CLDV/).
* There is a bad connection between the clamp driver board
(K11333) P138 and the arterial clamp. (Signal CLDV/).
* The venous clamp is broken or has stuck.
Can not detect that the clamp is closed.
* IC 2 on the clamp driver board (K11333) is broken so that
CLVV/=1 always.
* There is a bad connection between the driver board (K13012)
P203 and the clamp driver board (K11333) P137 (Signal CLVV/).
* IC 4 on the driver board (K13012) is broken.
* There is a bad connection between the CPU board (K13017) P110
and the driver board (K13012) P204 (Signal CLVV).
* IC 48 on the CPU board (K13017) is broken.

Some hints of what to do if the error occurs:
Look at the venous clamp. If it is open, then read the
section "Can not close the clamp". If it is closed, then read
the section "Can not detect that the clamp is closed.

Disconnect the clamps from P138 on the clamp driver board (K11333).
Check that it is possible to move the clamps by hand and that they
are not stuck.
Check the signals CLAV/ and CLVV/ when moving the clamps by hand.
Connect the clamps again.

The logging variable BRL(B_VEN$CLAMP$CLOSED) = TRUE if it is
detected that the venous clamp is closed.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN108.PLM Priming- and blood-volume.

'FCN 1.08 000' - Case error priming volume.
Unconditional error. No blood pump enable.
'FCN 1.08 001' - 9513 timer handling error. IC 12.
Transient error.
If more than 3 in one treatment =>
Unconditional error. Blood pump enable.
'FCN 1.08 002' - Blood pump tacho out of limits.
Transient error.
If more than 3 in one treatment =>
Unconditional error. Blood pump enable.
Internal software error.

FCN 1.09, BLOOD FLOW FUNCTION
Purpose:
* Reads the number blood pump tacho pulses (Signal ATP0) that have
been counted since the last time the pulse counter was read.
* Reads how long time has elapsed since the last time the pulse counter
was read.
* Calculates the measured blood flow BRI(BI_BLOOD$FL).
* Checks that the number blood pump tacho pulses (Signal ATP0) that have
been counted since the last time the pulse counter was read is within
allowed limits.
* Checks that the time that has elapsed since the last time the pulse
counter was read is within allowed limits.
* Checks that the measured blood flow BRI(BI_BLOOD$FL) does not differ
too much from the blood flow set value BRI(BI_BLOOD$FL$ACT$SET).

FCN 1.09 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 1.09 001 TIMER HANDLING ERROR FOR THE 9513 TIMER [F,T,D,S]
Transient error
(Unconditional error if more than three errors during one treatment.)

General description of conditions for occuring:
The blood pump timer is not working properly.

Technical description of conditions for occuring:
The timer 9513 has returned one of the following error messages:
"Timer load to counter error", "Load register error",
"Mode register error" or "Hold register error".

Some possible explanations why the error has occured:
* The timer IC 12 on the CPU board (K13021) is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 1.09 002 BLOOD FLOW MEASUREMENT DELTA TIME OUT OF LIMITS [F,T]
Transient error
(Unconditional error if more than three errors during one treatment.)

General description of conditions for occuring:
Timing error in the software.

Technical description of conditions for occuring:
The time since the last blood flow measurement was less than
0.05s or more than 1.5s. This has occured more than 4 times
since the monitor was turned on.

Some possible explanations why the error has occured:
* Internal software error, the blood flow measuring function has
been called too early or too late.
* The timer IC 12 on the CPU board (K13021) is broken.

Some hints of what to do if the error occurs:
Report the error to Gambro service department.
If the monitor is turned off and on, it might be possible to
get rid of the error, but there is a possibility that it occurs
again.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 1.09 003 BLOOD PUMP TACHO PULSES OUT OF LIMITS [F,T]
Transient error
(Unconditional error if more than three errors during one treatment.)

General description of conditions for occuring:
The number of counted blood pump tacho pulses is incorrect.

Technical description of conditions for occuring:
Either 0 or more than 10000 tacho pulses have been counted since
the last time the blood flow was measured. This has occured more
than 4 times since the monitor was turned on.
(Usually 0.5s between the blood floow measurements)

Some possible explanations why the error has occured:
* Please refer to the description of "FCN 1.06 007 BLOOD PUMP TACHO
ERROR" above. It is very probable that this error code also has
occured. (Too few tacho pulses)
* If FCN 1.06 007 has not also occured, then too many tacho pulses
have been detected. The timer IC 12 on the CPU board (K13021) might
be broken.
* If the error code FCN 1.09 002 also occurs, then this error
FCN 1.09 003 can also be a software error.

Some hints of what to do if the error occurs:
Check if FCN 1.06 007 or FCN 1.09 002 also have occured.
If there also is a FCN 1.06 007, then read the description of that
error code carefully.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 1.09 004 MEASURED BLOOD FLOW OUT OF LIMITS [F,T,D,S]
Conditional error
Confirm the error by pressing the select key.

General description of conditions for occuring:
The measured blood flow has differed too much from the blood flow
set value.

Technical description of conditions for occuring:
The following has happened for more than 3 seconds:
BRI(BI_BLOOD$FL$ACT$SET) - BRI(BI_BLOOD$FL) < -600
OR
BRI(BI_BLOOD$FL$ACT$SET) - BRI(BI_BLOOD$FL) > 600

Some possible explanations why the error has occured:
* The blood pump does not move.
Please refer to the description of "FCN 1.06 007 BLOOD PUMP TACHO
ERROR" above. It is very probable that this error code also has
occured. (Too few tacho pulses)
* The detection of blood pump movement is broken.
Please refer to the description of "FCN 1.06 007 BLOOD PUMP TACHO
ERROR" above. It is very probable that this error code also has
occured. (Too few tacho pulses)
* The blood pump moves too slow or too fast.
* The blood pump unit is not working properly.
* The blood pump tacho is broken.
* The timer IC12 on the CPU board (K13021) is broken.
* One or more components on the BM I/O board (K13002) for running
the blood pump is broken.
Q3, Q4, Q5, Q6, IC8, IC10, IC11, IC12, IC13, IC14, IC15,

Some hints of what to do if the error occurs:
Check if error codes FCN 1.09 002, FCN 1.09 003 or FCN 1.06 007
also have occured. If they have, then read the descriptions of
these codes carefully. Check the blood pump tacho and the connection
between the tacho and the BM I/O board P403.

Automatical safety actions:
None (The blood pump is enabled)
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 1.09 005 MEASURED BLOOD FLOW OUT OF LIMITS [F,T,D,S]
Please refer to the description of FCN 1.09 004

FCN 1.10, HEPARIN PUMP FUNCTION

Purpose:
* Starts and stops the heparin pump.
* Controls the speed of the heparin pump.
* Reads the heparin encoder rotation.
* Calculates the measured accumulated volume.
* Calculates the estimated accumulated volume.
* Compares the measured and the estimated accumulated volumes.
* Reads if there is a heparin pump overload because the heparin
pump has reached its end position.
* Function check: Commands the heparin pump to move and checks that
it is moving.
* Function check: Commands the heparin pump to stop and checks that
it is NOT moving.

FCN 1.10 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 1.10 001 TIMER HANDLING ERROR FOR THE 9513 TIMER [F,T,D,S]
Transient error
(Unconditional error if more than three errors during one treatment.)

General description of conditions for occuring:
The blood pump timer is not working properly.

Technical description of conditions for occuring:
The timer 9513 has returned one of the following error messages:
"Timer load to counter error", "Load register error",
"Mode register error" or "Hold register error".

Some possible explanations why the error has occured:
* The timer IC 12 on the CPU board (K13021) is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 1.10 002 HEPARIN PUMP RUN TEST ERROR [F]
Conditional error.
Confirm by setting heparin flow to zero.

General description of conditions for occuring:
The heparin pump was not moving when it should during the function
check.

Technical description of conditions for occuring:
The program enabled the heparin pump if there was no heparin pump
overload.
It commanded the pump to move at the speed 25 ml/h.
After 8 seconds IC 12 on the CPU board counted less than 6 heparin
pulses.

Some possible explanations why the error has occured:
* The heparin pump is not moving, or is moving too slow.
(Signals: HPSF, LED IC4:3 and HPEN/, LED IC4:4 on the BM I/O board.)
* The heparin pump cog wheel does not follow the heparin pump belt.
* The heparin pump belt is broken.
* The heparin pump cog wheel is skidding. (The heparin pump axis
does not turn as fast as the heparin pump cog wheel).
* The heparin pump motor is broken.
* There is a bad connection between the heparin pump and P409 on
the BM I/O board, K13003.
* IC 17 or IC 18 on the BM I/O board (K13003) is broken.
* There is a bad connection to the filter board K13106 which is
attached to the BM I/O board (K13003).
* IC 1 or IC 2 on the filter board K13106 are broken.
* There is a bad connection between the BM I/O board (K13002) P401
and the CPU board (K13021) P103.
* IC 12 or IC 83 on the CPU board (K13021) is broken.
(HPSF from IC 12 should be a frequency, HPEN/ from IC 83 should
be 0.)
* The heparin pump is moving, but the movement detection is broken.
(Signals PHP0/, LED IC4:1 and PHP1/, LED IC4:2 on the BM I/O board)
* The heparin pump encoder is broken.
* There is a bad connection between the heparin pump encoder
and the BM I/O board (K13003) P408.
* IC 16 on the BM I/O board (K13003) is broken.
* There is a bad connection between the BM I/O board (K13002) P401
and the CPU board (K13021) P103.
* IC 2 or IC 12 on the CPU board (K13021) are broken.
* IC 83, IC 79, or IC 37 on the CPU board (K13019), (K13020) or
(K13022) are broken.

Some hints of what to do if the error occurs:
Check if there is a heparin pump overload attention. If there
is, then try to get rid of it.
Check the heparin pump belt and all the connections mentioned
above. Check the tension of the heparin pump belt.
Check the signals HPSF (should be a frequency) and HPEN
(should be 0) to the heparin pump.
Check the signals PHP0/ and PHP1/ (should be moving) from the
heparin pump.
PHP0/ is displayed on LED IC4:1 on the BM I/O board (K13003).
PHP1/ is displayed on LED IC4:2.
HPSF is displayed on LED IC4:3.
HPEN/ is displayed on LED IC4:4.

Automatical safety actions:
None (The blood pump is enabled)
(Please refer to "Descriptions of safety actions" below)

FCN 1.10 003 HEPARIN PUMP STOP TEST ERROR [F]
Conditional error.
Confirm by setting heparin flow to zero.

General description of conditions for occuring:
The heparin pump was moving when it should not move during the
function check.

Technical description of conditions for occuring:
The heparin pump is DISABLED by setting HPEN=1.
Counter 1 in the timer IC 12 on the CPU board commands the pump
to move at the speed 25 ml/h.
After 8 seconds, the counter 2 in the 9513 timer, IC 12 on the
CPU board has counted 6 heparin pulses or more.

Some possible explanations why the error has occured:
(Signal: HPEN/, LED IC4:4 on the BM I/O board.)
* IC 83 on the CPU board (K13019) is broken.
(HPEN/ from IC 83 should be 1.)
* IC 17 or IC 18 on the BM I/O board (K13003) is broken so that
HPEN/=1 can not disable the heparin pump frequencies.
* IC 12 on the CPU board (K13021) is broken.

Automatical safety actions:
None (The blood pump is enabled)
(Please refer to "Descriptions of safety actions" below)

FCN 1.10 101 ESTIMATED AND MEASURED HEPARIN VOLUMES DIFFER TOO MUCH [T]
Conditional error.
Confirm by setting heparin flow to zero.

General description of conditions for occuring:
The measured accumulated heparin volume differs more than
2 ml from the estimated accumulated volume.

Technical description of conditions for occuring:
BRI(BI_MEAS$VOL)-BRI(BI_EST$ACC) >= 20
OR
BRI(BI_EST$ACC)-BRI(BI_MEAS$VOL) >= 20

Some possible explanations why the error has occured:
(Signals: HPSF, LED IC4:3 and HPEN/, LED IC4:4 on the BM I/O board.)
* The heparin pump is not moving, is moving too slow (or too fast).
* The heparin pump cog wheel does not follow the heparin pump belt.
* The heparin pump belt broke during the treatment.
* The heparin pump cog wheel is skidding. (The heparin pump axis
does not turn as fast as the heparin pump cog wheel).
* The heparin pump motor is broken.
* There is a bad connection between the heparin pump and P409 on
the BM I/O board, (K13003).
* IC 17 or IC 18 on the BM I/O board (K13003) is broken.
* There is a bad connection to the filter board K13106 which is
attached to the BM I/O board (K13003).
* IC 1 or IC 2 on the filter board K13106 are broken.
* There is a bad connection between the BM I/O board (K13002) P401
and the CPU board (K13021) P103.
* IC 12 or IC 83 on the CPU board (K13021) is broken.
(HPSF from IC 12 should be a frequency, HPEN/ from IC 83 should
be 0.)
* The heparin pump is moving, but the movement detection is broken.
(Signals PHP0/, LED IC4:1 and PHP1/, LED IC4:2 on the BM I/O board)
* The heparin pump encoder is broken.
* There is a bad connection between the heparin pump encoder
and the BM I/O board (K13003) P408.
* IC 16 on the BM I/O board (K13003) is broken.
* There is a bad connection between the BM I/O board (K13002) P401
and the CPU board (K13021) P103.
* IC 2 or IC 12 on the CPU board (K13021) are broken.
* IC 83, IC 79, or IC 37 on the CPU board (K13019), (K13020) or
(K13022) are broken.

Some hints of what to do if the error occurs:
Check the heparin pump belt and all the connections mentioned
above. Check the tension of the heparin pump belt.
Check the signals HPSF (should be a frequency) and HPEN
(should be 0) to the heparin pump.
Check the signals PHP0/ and PHP1/ (should be moving) from the
heparin pump.
PHP0/ is displayed on LED IC4:1 on the BM I/O board (K13003).
PHP1/ is displayed on LED IC4:2.
HPSF is displayed on LED IC4:3.
HPEN/ is displayed on LED IC4:4.

Automatical safety actions:
None (The blood pump is enabled)
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 1.11, PRIMING DETECTOR FUNCTION
Purpose:
* Turns on the priming detector LED. Uses the LED current that is stored
in the calibration variable BRI(BI_PRIM$DET$TRANS$CURR).
Sets the variable BRL(B_PRIM$DET$BLOOD)=TRUE if the resulting voltage
from the priming detector photo transistor is below a certain limit.
( BRI(BI_PRIM$DET$REC$VOLT) < BRI(BI_PRIM$DET$BLOOD$LL) for 0.5s )
Sets the variable BRL(B_PRIM$DET$BLOOD)=FALSE if the resulting voltage
from the priming detector photo transistor is above a certain limit.
( BRI(BI_PRIM$DET$REC$VOLT) > BRI(BI_PRIM$DET$BLOOD$HL) for 0.5s )
* Turns off the priming detector LED once a second and checks that the
resulting voltage from the priming detector photo transistor is below
a certain limit. (BRI(BI_PRIM$DET$REC$VOLT) < BRI(BI_PRIM$DET$BLOOD$LL))
Creates the error code FCN 1.11 001 if the voltage is not below that
limit within one second.

FCN 1.11 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 1.11 001 LIGHT DETECTED WHEN PRIMING DETECTOR LED SHOULD BE OFF [F,T]
Unconditional error.

General description of conditions for occuring:
Light was detected when the priming detector LED was turned off.

Technical description of conditions for occuring:
The program attempted to turn off the priming detector LED to check
that no light was detected.
Light was detected.
BRI(BI_PRIM$DET$REC$VOLT) > BRI(BI_PRIM$DET$BLOOD$LL) for 1s.

Some possible explanations why the error has occured:
The program could not turn off the priming detector LED.
* The transistor Q1 or the amplifier IC2 on the priming detector main
board (K13025) is broken.
* There is a bad connection between the priming detector main board
(K13025) P191 and the FM I/O board (K13092) P309.
* There is a bad connection between the CPU board (K13017) P102 and
the FM I/O board (K13092) P313.
* The DAC IC 73 on the CPU board (K13019) is broken.
The priming detector light detection system is not working properly.
* The photo transistor Q1 on the priming detector board (K11336) is
broken.
* There is a bad connection between the priming detector board (K11336)
P139 and the priming detector modulator board (K14365) P2.
* One of the amplifiers IC2A, IC2B, IC2D or the voltage converter IC1
on the priming detector modulator board (K14365) is broken.
(The voltage converter creates the voltage P5VN.)
* There is a bad connection between the priming detector modulator
board (K14365) P1 and the priming detector main board (K13025) P190.
* There is a bad connection between the priming detector main board
(K13025) P191 and the FM I/O board (K13092) P309.
* There is a bad connection between the CPU board (K13017) P102 and
the FM I/O board (K13092) P313.
* The MUX IC 59 or IC 60 on the CPU board (K13017) is broken.
The error is caused by surrounding light.
* No priming detector modulator board (K14365) is installed.

Some hints of what to do if the error occurs:
* Check that the priming detector modulator board is installed.
* Check if the error is caused by surrounding light by covering the
the priming detector and restarting the machine.
* Check the signal PRDD/ as close as possible to the LED. If it is
approximately 0V after the error code has occured, then it is not
possible to turn off the LED.
* Check the photo transistor.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 1.12, AIR DETECTOR FUNCTION
Purpose:
During the startup checks and during treatment:
* Enables the air detector transmitter LDEN=1
* Checks that air detector presets are within allowed limits.
* Outputs the air detector comparator level LDCL.
* Resets the air detector registers and checks that the air detector
output signal LDOU/=0
* Transmits an air detector burst.
* Sets the variable BRL(B_AIR$DET$AL) TRUE if the air detector output
signal LDOU/ has been 0 for a certain fraction of the latest time
interval.
* Sets the variable BRL(B_AIR$DET$AL) FALSE if the air detector output
signal LDOU/ has been 1 for a certain fraction of the latest time
interval.
* Disables the air detector transmitter LDEN=0 once a second and checks
that the air detector output signal LDOU/=0.

郑振寰 · 发表于 2007-1-31 09:29

FCN 1.12 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 1.12 001 AIR DETECTOR REGISTER RESET ERROR [F,T]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The CPU could not reset the air detector registers in the control
PLD and in the supervision PLD on the air detector daughter board.

Technical description of conditions for occuring:
The program attempted to reset the air detector control PLD and
supervision PLD by setting the reset signal LDRE/=0 for a short while.
The error code appeared as the air detector output signal LDOU/ was
not low as it should be.

Some possible explanations why the error has occured:
The air detector reset signal LDRE/ does not reach the PLDs.
* There is a bad connection between the air detector daughter board
(K14688) and the socket IC 34 on the driver board (K13014).
* There is a bad connection between the CPU board (K13019) P109 and
the driver board (K13013) P207.
* The outport IC 76 on the CPU board (K13019) is broken.
* The port IC 35 on the driver board (K13013) is broken.
The PLDs are broken.
* One or both of the PLDs IC 1 and IC 2 on the air detector daughter
board (K14688) is broken.
The air detector output signal LDOU/=0 does not reach the CPU.
* There is a bad connection between the air detector daughter board
(K14688) and the socket IC 34 on the driver board (K13014).
* There is a bad connection between the driver board (K13012) P204
and the CPU board (K13017) P110.
* The inport IC 17 on the CPU board (K13021) is broken.
The air detector clock signal CLK 1 does not reach the PLDs.
* The inverters in IC 69 on the CPU board (K13020) are broken.
* The counter IC 19 or the inverter IC 13 on the CPU board (K13021)
are broken.
* There is a bad connection between the CPU board (K13017) P110 and
the driver board (K13012) P204.
* The inverter IC 33 on the driver board (K13012) is broken.

Some hints of what to do if the error occurs:
Check that the air detector daughter board is properly attached to
the driver board.
Check the signal LDRE/ with and oscilloscope. There should come
a pulse every 100 ms. If no pulse appears, then read the section
"The air detector reset signal LDRE/ does not reach the PLDs" above.
Check the signal LDOU/ with an oscilloscope.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 1.12 002 AIR DETECTOR SELF TEST ERROR [F,T]
Unconditional error.

General description of conditions for occuring:
The continous air detector test which is done once a second failed.
The air detector output signal was high when the air detector
transmitter was turned off.

Technical description of conditions for occuring:
The air detector transmitter was turned off for a short while by
setting the air detector transmitter enable signal LDEN=0.
The air detector output signal LDOU/=1.
After 0.1s the air detector transmitter was turned off for a short
while by setting the air detector transmitter enable signal LDEN=0.
The air detector output signal LDOU/=1.

Some possible explanations why the error has occured:
The air detector enable signal LDEN does not reach the air detector
transmitter driver.
* There is a bad connection between the CPU board (K13021) P103 and
the BM I/O board (K13002) P401.
* The outport IC 91 on the CPU board (K13020) is broken.
Some air detector receiver circuits are broken or not connected.
* The air detector receiver is broken.
* There is a bad connection between the air detector daughter board
(K14688) and the socket IC 34 on the driver board (K13014).
* One or both of the PLDs IC 1 and IC 2 on the air detector daughter
board (K14688) are broken.
* There is a bad connection between the driver board (K13012) P204
and the CPU board (K13017) P110.
* The inport IC 17 on the CPU board (K13021) is broken.
The air detector comparator level signal LDCL is incorrect.
* The DAC IC 73 on the CPU board (K13019) is broken.
* There is a bad connection between the CPU board (K13017) P 110 and
the driver board (K13012) P204.
The air detector clock signal CLK 1 does not reach the PLDs.
* The inverters in IC 69 on the CPU board (K13020) are broken.
* The counter IC 19 or the inverter IC 13 on the CPU board (K13021)
are broken.
* There is a bad connection between the CPU board (K13017) P110 and
the driver board (K13012) P204.
* The inverter IC 33 on the driver board (K13012) is broken.

Some hints of what to do if the error occurs:
Check the connection between the air detector and the driver board
P215.
Check that LDEN can go low on the BM I/O board.
Check the output from the comparator IC 42 on the driver board
with an oscilloscope when the signal LDEN goes low.
Check the air detector output signal LDOU/.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 1.12 003 AIR DETECTOR COMPARATOR LEVEL PRESET OUT OF LIMITS [F,T]
Unconditional error.

General description of conditions for occuring:
The preset variable which defines the air detector comparator
level has an incorrect value.

Technical description of conditions for occuring:
( EI(EEI_AIR$DET$COMP$LEVEL) > PI(EPI_AIR$DET$COMP$LEVEL$HL) )
OR
( EI(EEI_AIR$DET$COMP$LEVEL) < PI(EPI_AIR$DET$COMP$LEVEL$LL) )

Some possible explanations why the error has occured:
* The preset EI(EEI_AIR$DET$COMP$LEVEL) has an incorrect value.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 1.12 003 AIR DETECTOR MAXIMUM COUNT PRESET OUT OF LIMITS [F,T]
Unconditional error.

General description of conditions for occuring:
The preset variable which defines how much air can be detected
before the air detector alarm is set has an incorrect value.

Technical description of conditions for occuring:
( EI(EEI_MAX$AIR$DET$COUNT) > PI(EPI_MAX$AIR$DET$COUNT$HL) )
OR
( EI(EEI_MAX$AIR$DET$COUNT) < PI(EPI_MAX$AIR$DET$COUNT$LL) )

Some possible explanations why the error has occured:
* The preset EI(EEI_MAX$AIR$DET$COUNT) has an incorrect value.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN113.PLM Extra pressure.

'FCN 1.13 000' - Case error extra pressure.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 1.13 001' - Offset error extra pressure.
Unconditional error. Blood pump enable.
Arterial pressure is out of limits at startup.
Can be caused if arterial pressure transducer tube
is mounted before start. FCH.

FCN114.PLM Single needle.

'FCN 1.14 000' - Case error blood turned off
Unconditional error. No blood pump enable.
Internal software error.
'FCN 1.14 001' - Arterial phase max time exceeded
Unconditional error. Blood pump enable.
Internal software error.
'FCN 1.14 002' - Venuos phase max time exceeded
Unconditional error. Blood pump enable.
Internal software error.

FCN115.PLM Battery test

'FCN 1.15 000' - Case error battery test
Unconditional error. No blood pump enable.
Internal software error.

'FCN 1.15 001' - Standby voltage (X12V) fault
Check X12V IC38, IC74 on CPU board

FCN116.PLM Auto priming

'FCN 1.16 000' - Case error auto priming
Unconditional error. No blood pump enable.
Internal software error.

Function group 2 : FLUID functions.

FCN201.PLM Inlet control

'FCN 2.01 000' - Case error Inlet function
Unconditional error. No blood pump enable.
Internal software error.

FCN202.PLM Direct valve

'FCN 2.02 000' - Case error Direct valve function
Unconditional error. No blood pump enable.
Internal software error.

FCN203.PLM DRVA and RIVA valves

'FCN 2.03 000' - Case error Disrinse valves function
Unconditional error. No blood pump enable.
Internal software error.

FCN204.PLM TAVA and ZEVA valves

'FCN 2.04 000' - Case error Taration valves function
Unconditional error. No blood pump enable.
Internal software error.

FCN 2.05, EVACUATION VALVE CONTROL FUNCTION
Purpose:
* Detects if the fluid level in the bubble chamber is below a low level.
* Requests the evacuation valve to be opened by setting
FRL(F_EVAC$RQ) = TRUE if the fluid is below the low level.

* Detects if the fluid level in the bubble chamber is above a high level.
* Sets the variable FRL(F_DEAIR$LVL$AH) = TRUE if the fluid level is above
the high level.
* Creates an error message if the fluid is above the high level for 15s.
(There is no such error message during heat disinfection)

* Creates an error message and closes EVVA if the fluid level is detected
to be both below low level and above high level.

* Opens and closes the evacuation valve EVVA.

FCN 2.05 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 2.05 001 BUBBLE CHAMBER LEVEL DETECTION ERROR [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
Both bubble chamber low level and bubble chamber high level
were detected at the same time.

Technical description of conditions for occuring:
Bubble chamber low level is detected. Signal BCLB=1 is read at the
inport IC 37 on the CPU board.
AND
Bubble chamber high level is detected. Signal BCLA=0 is read at the
inport IC 48 on the CPU board. (The high level signal has been
inverted in IC 4 on the driver board)

Some possible explanations why the error has occured:
* There is a bad connection between the bubble chamber and P210 on
the driver board (K13012).
* The level detector in the bubble chamber is broken.
* The inverter IC 4 on the driver board (K13012) is broken.
* The inport IC 37 on the CPU board (K13022) is broken.
* The inport IC 48 on the CPU board (K13017) is broken.

Some hints of what to do if the error occurs:
Check the connection between the bubble chamber and P210 on the
driver board.
Logging: FRL(F_DEAIR$LVL$AH), FRL(F_EVAC$LL$ACH).

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.05 002 HIGH LEVEL IN BUBBLE CHAMBER 2 FOR MORE THAN 15 SECONDS [T,S]
Unconditional error.

General description of conditions for occuring:
Bubble chamber high level has been detected during 15 seconds.

Technical description of conditions for occuring:
The inport IC 48 on the CPU board has read bubble chamber high
level BCLA=0 for 15 seconds.
This error does not occur during heat disinfection.

Some possible explanations why the error has occured:
* The evacuation valve is leaking.
* The tube between the bubble chamber and the evacuation valve is
leaking.
* The level detector is stuck at the top of the bubble chamber.
* The inverter IC 4 on the driver board (K13012) is broken.
* The inport IC 48 on the CPU board (K13017) is broken.

Some hints of what to do if the error occurs:
Check if the evacuation valve EVVA or the tube between the bubble
chamber and EVVA is leaking.
Check if level detector is stuck.
Logging: FRL(F_DEAIR$LVL$AH), FRL(F_EVAC$LL$ACH), FRL(F_EVAC$RQ).

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 2.06, HIGH PRESSURE GUARD FUNCTION

Purpose:
* Reads the high pressure guard switch.
* Gives an error message if there is a high pressure guard alarm for
more than two seconds.
* Function check: Checks that there is no HPGS alarm when the bypass and
direct valves are closed, but the flow pump is stopped.
* Function check: Checks that the dialysis pressure is stable when the
bypass, direct and taration valves are closed, but the flow pump is
running.
* Function check: Checks that it is possible to generate a high pressure
guard alarm by closing the bypass and direct valves and running the
flow pump.

FCN 2.06 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 2.06 001 HPGS ACTIVATED MORE THAN TWO SECONDS [F,T,D]
Conditional error.
Confirm the error by pressing the select key.

General description of conditions for occuring:
There has been a high pressure guard alarm for more than two
seconds.

Technical description of conditions for occuring:
The signal HPGS=1 for more than two seconds.

Some possible explanations why the error has occured:
* The flow is stopped in the outlet restrictor.
* Both DIVA and BYVA are closed.
* Both TAVA and BYVA are closed.
* The flow is stopped in the dialyzer.
* The flow is stopped in the suction pump. (also FCN 2.06 004)
* There is air in the suction pump.
* The suction pump is broken or not working properly.
* There is a bad connection between the suction pump and the
FM I/O board (K13092) P314.
* There is a bad connection between the FM I/O board (K13092)
P311 and the driver board (K13012) P211.
* IC52, L2 or C39 on the driver board (K13012) is broken.
* The flow is stopped somewhere else in the flowpath after the
HPGS pressostate.
* There is a bad connection between the HPGS pressostate and
the FM I/O board (K13092) P312.
* There is a bad connection between the FM I/O board (K13092)
P313 and the CPU board (K13017) P102.
* IC 55 or IC 48 on the CPU board (K13017) is broken.

Some hints of what to do if the error occurs:
Check if there is some dirt in the outlet restrictor.
If you also have FCN 2.06 004 then check that the suction pump
is running.
If the suction pump is not running then
* Check the connection between the suction pump and the FM I/O board
P314, and the connection FM I/O P311 to driver board P211.
* Check the pump drive circuit, IC 52 on the driver board.
* Check that there is not air in the pump.
Check that the valves BYVA, DIVA and TAVA are working properly.
Check the connection between the HPGS pressostate and the FM I/O
board P312, and the connection between FM I/O P313 and CPU board P102.
The variables FRI(FI_SUC$PUMP$CURRENT), FRL(F_SUC$PUMP$DECOUPL),
FRR(FR_CH1$RATE) and FRR(FR_CH2$RATE) can be used for logging.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.06 002 DIVA LEAKING DURING FM STARTUP TEST [F]
Unconditional error

General description of conditions for occuring:
The dialysis pressure has changed more than 10 mmHg in 0.1 seconds
during the function check.

Technical description of conditions for occuring:
The flow pump is running.
The bypass valve, direct valve and taration valve are closed.
The dialysis pressure should have been stable, but
FRI(FI_DIA$PRESS)-OLD FRI(FI_DIA$PRESS) > 100
OR
OLD FRI(FI_DIA$PRESS) - FRI(FI_DIA$PRESS) > 100
The old value was measured 0.1 seconds before the new value.

Some possible explanations why the error has occured:
* The direct valve is leaking.
* The dialysis pressure transducer is not working properly.
* The dialysis fluid tubing which is connected to the dialyser during
treatment is leaking air. Nipples, O-rings or square-rings might
be leaking.

Some hints of what to do if the error occurs:
Check the O-rings and square-rings at the dialysis fluid tubings
and the corresponding nipples on the monitor.
Check the direct valve.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.06 003 NO HIGH PRESSURE GUARD ALARM DURING STARTUP TEST [F]
Unconditional error

General description of conditions for occuring:
It is not possible to create a high pressure guard alarm during
the startup test.

Technical description of conditions for occuring:
The flow pump is running.
The bypass valve, direct valve and taration valve are closed.
A high pressure guard alarm should have appeared.
There has not come any high pressure guard alarm within two seconds.

Some possible explanations why the error has occured:
* DIVA, BYVA or ZEVA is leaking.
* The flow pump is not working properly.
* The flow pump is decoupled. If it is so, then
FRL(F_FLOW$PUMP$DECOUPL) = TRUE.
* There is air in the flow pump.
* The flow pump is broken or not working properly.
Logging variable: FRI(FI_FLOW$PUMP$CURRENT).
* There is a bad connection between the flow pump and the
FM I/O board (K13092) P310.
* There is a bad connection between the FM I/O board (K13092)
P311 and the driver board (K13012) P211.
* IC49, L1 or C31 on the driver board (K13012) is broken.
* The high pressure guard pressostate is broken.
* IC 55 or IC 48 on the CPU board (K13017) are broken.

Some hints of what to do if the error occurs:
Check DIVA, BYVA and ZEVA for leakage.
If the flow pump is not running then check the connection between
the flow pump and the FM I/O board P310. Check that there is no
air in the flow pump, and that it is not decoupled. Check the
pump drive circuit IC 49 on the driver board.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 2.06 004 NO CURRENT THROUGH SUCTION PUMP MOTOR [F,T,D]
Unconditional error

General description of conditions for occuring:
There has been a high pressure guard alarm for more than two
seconds, and the current through the suction pump is less than
50 mA.

Technical description of conditions for occuring:
The signal HPGS=1 for more than two seconds.
FRI(FI_SUC$PUMP$CURRENT) < 50.

Some possible explanations why the error has occured:
* The suction pump is decoupled. If it is so, then
FRL(F_SUC$PUMP$DECOUPL) = TRUE.
* There is air in the suction pump.
* The suction pump is broken or not working properly.
* There is a bad connection between the suction pump and the
FM I/O board (K13092) P314.
* There is a bad connection between the FM I/O board (K13092)
P311 and the driver board (K13012) P211.
* IC52, L2 or C39 on the driver board (K13012) is broken.
* The fluid is boiling during heat disinfection as there is unstable
flow through the heater. The pressure regulators before the
heater might be incorrectly calibrated or broken. The inlet
water pressure might be to low.

Some hints of what to do if the error occurs:
* Check the connection between the suction pump and the FM I/O board
P314, and the connection FM I/O P311 to driver board P211.
* Check the pump drive circuit, IC 52 on the driver board.
* Check that there is not air in the pump.
* Check that the suction pump is NOT decoupled.
FRL(F_SUC$PUMP$DECOUPL) = FALSE

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 2.06 005 HPGS ACTIVATED MORE THAN FOUR SECONDS DURING HEAT DISINF [D]
Conditional error.
Confirm the error by pressing the select key.

General description of conditions for occuring:
There has been a high pressure guard alarm for more than four
seconds during heat disinfection.

Technical description of conditions for occuring:
The signal HPGS=1 for more than four seconds.

Some possible explanations why the error has occured:
* The fluid is boiling during heat disinfection as there is an unstable
flow through the heater. The pressure regulators before the heater
might be incorrectly calibrated or broken. The inlet water pressure
might be to low.
* Please refer to the description of FCN2.06.001 for other explanations.

Some hints of what to do if the error occurs:
* Recalibrate the pressure regulators.
* Check the inlet water pressure.
* Please refer to the description of FCN2.06.001 for more hints.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN207.PLM Heater enable

'FCN 2.07 000' - Case error Heater enable function.
Unconditional error. No blood pump enable.
Internal software error.

FCN 2.08, HEATER CONTROL FUNCTION
Purpose:
During treatment:
* Regulates the duty cycle for the heating rod to give the fluid the
correct temperature.
* Compensates for the temperature drop inside the machine.
* Turns off the heater if the fluid temperature is too high.
* Creates a temperature alarm if the fluid temperature is outside the
limits that the operator has set.
During heat disinfection:
* Regulates the duty cycle for the heating rod to give the fluid the
correct temperature.
During the startup tests:
* Regulates the duty cycle for the heating rod to give the fluid the
correct temperature. Checks that it is possible to regulate the
fluid temperature to a wanted value.
* Checks that the fluid temperature decreases fast enough when the
heater enable relay is commanded to disconnect the mains supply from
the heater.
* Turns off the heater and checks that the fluid temperature is not
too high.
During UF calibration:
* Regulates the duty cycle for the heating rod to give the fluid the
correct temperature.
* Checks if the temperature is stable.
During UF calibration, MM90:
* Regulates the duty cycle for the heating rod to give the fluid the
correct temperature.
* Compensates for the temperature drop inside the machine.
* Checks if the temperature is stable.
During BiCart priming:
* Creates a temperature alarm if the fluid temperature is outside the
limits that the operator has set.

FCN 2.08 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 2.08 001 HEATER TIMER ERROR DURING INITIALIZATIONS [F]
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The heater timer is not working properly.

Technical description of conditions for occuring:
The timer 9513 has returned one of the following error messages:
"Timer load to counter error", "Load register error",
"Mode register error" or "Hold register error".

Some possible explanations why the error has occured:
* The timer IC 29 on the CPU board (K13017) is broken.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.08 002 HEATER TIMER ERROR [F,T,D,S]
Please refer to the description of FCN 2.08 001

FCN 2.08 003 HEATER DISABLE ERROR DURING STARTUP TEST [F]
Unconditional error.

General description of conditions for occuring:
The heater enable relay can not disconnect the mains supply from the
heating rods.

Technical description of conditions for occuring:
The heater enable signal HEEN should have disconnected the
mains supply from the heating rods during the startup test.
FRI(FI_REG$TEMP) has decreased less than 300 units (3 degrees Celsius)
during 20 seconds.

Some possible explanations why the error has occured:
One or more heater enable circuits are broken (Signal HEEN).
* The heater enable relay K2 on the relay board (K13095) is broken.
* The driver IC 13 on the driver board (K13012) is broken.
* The outport IC 48 or IC 54 or the PAL IC 50 on the CPU board
(K13017) is broken.
One or more regulator temperature measurement circuits are broken.
* The regulator temperature transducer is uncalibrated or broken.
* There is a bad connection between the temperature transducer and
the temperature transducer board (K11286).
* The amplifier IC 1 or the voltage reference IC 2 on the temperature
transducer board (K11286) is broken.
* There is a bad connection between the temperature transducer board
(K11286) P56 and the FM I/O board (K13092) P305.
* There is a bad connection between the FM I/O board (K13092) P313
and the CPU board (K13017) P102.
* The MUXes IC 42 or IC 47, the amplifier IC 46 or A/D converter 1
IC 38 on the CPU board (K13022) is broken.

Some hints of what to do if the error occurs:
CAUTION! Mains supply is connected to the relay board!
Turn off the mains switch ON THE AC/DC UNIT!
Disconnect the relay board from the AC/DC unit before
touching the relay board or the heater.
Check the heater enable signal HEEN on LED IC93:10 on the CPU board.
Check the heater enable relay K2 on the relay board and the
driver IC 13 on the driver board.
Check that the regulator temperature transducer board fits correctly
into the the FM I/O board.
Logging: FRI(FI_REG$TEMP), FRI(FI_HEATER$TEMP), FRL(F_HEATER$DISABLE)

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.08 004 NO TEMPERATURE RISE DETECTED DURING STARTUP TEST [F]
Unconditional error.

General description of conditions for occuring:
The regulator temperature did not rise when the heater was commanded
to increase the temperature during the startup tests.

Technical description of conditions for occuring:
The heater was commanded to increase FRI(FI_REG$TEMP) 1000 units.
(Regulator temperature should increase 10 degrees Celsius).
FRI(FI_REG$TEMP) has increased less than 900 units (9 degrees Celsius)
after 40 seconds.

Some possible explanations why the error has occured:
* The heater is broken.
Mains supply circuits are broken or not connected.
* There is a bad connection between the AC/DC unit and the relay board
(K13095) P503.
* The relay K1 or K2 on the relay board is broken.
* There is a bad connection between the relay board (K13095) P502
and the heater.
The heater frequency signal HEFQ does not reach the relay K1.
The enable drivers signal ENVH/ might have disabled it.
* IC29, IC48, IC51 or IC54 on the CPU board (K13017) is broken.
* There is a bad connection between the CPU board (K13017) P110
and the driver board (K13012) P204.
* IC4 or IC18 on the driver board (K13012) is broken.
* There is a bad connection between the driver board (K13012) P211
and the FM I/O board (K13092) P311.
* There is a bad connection between the FM I/O board (K13092) P301
and the relay board (K13095) P501.
The heater enable signal HEEN does not reach the relay K2.
The enable drivers signal ENVH/ might have disabled it.
* IC48, IC50, IC51 or IC54 on the CPU board (K13017) is broken.
* There is a bad connection between the CPU board (K13017) P110
and the driver board (K13012) P204.
* IC13 on the driver board (K13012) is broken.
* There is a bad connection between the driver board (K13012) P211
and the FM I/O board (K13092) P311.
* There is a bad connection between the FM I/O board (K13092) P301
and the relay board (K13095) P501.
The 24V supply Z24C to the relay K2 is not connected.
* There is a bad connection between the AC/DC unit and the CPU board
(K13017) P112.
* There is a bad connection between the CPU board (K13017) P111
and the driver board (K13012) P209.
* The 24V relay K1 on the driver board (K13012) is broken.
* There is a bad connection between the driver board (K13012) P211
and the FM I/O board (K13092) P311.
* There is a bad connection between the FM I/O board (K13092) P301
and the relay board (K13095) P501.
* IC48, IC50, IC54 or Q1 on the CPU board (K13017) is broken.
* There is a bad connection between the CPU board (K13017) P110
and the driver board (K13012) P204.
The 24V supply "Z24P" to the relay K1 is not connected.
Please note that this 24V supply is connected to Z24P via the relays
K1 and K2 on the driver board!
* Refer to "The 24V supply Z24C to the relay K2 is not connected".
* The relay K2 on the driver board (K13012) is broken.
* The relay K2 disconnects the 24V supply because the signal HEEN=0
(approximately 0V)
IC48, IC50 or IC54 on the CPU board (K13017) is broken.
There is a bad connection between the CPU board (K13017) P110
and the driver board (K13012) P204.
A hardware overheat alarm has disabled the signal HEEN.
* IC1, IC2, IC3, Q1 or Q2 on the overheat board (K13064) is broken.
* There is a bad connection between the overheat board (K13064) P550
and the FM I/O board (K13092) P302.
* There is a bad connection between the FM I/O board (K13092) P313
and the CPU board (K13017) P102.
* IC 48, IC 51 or IC 55 on the CPU board (K13017) is broken.
One or more regulator temperature measurement circuits are broken.
Please refer to the description of FCN 2.08 003 above.

Some hints of what to do if the error occurs:
CAUTION! Mains supply is connected to the relay board!
Turn off the mains switch ON THE AC/DC UNIT!
Disconnect the relay board from the AC/DC unit before
touching the relay board or the heater.

Check all the connections mentioned in the text above.

Check the enable drivers signal ENVH/ on LED IC93:8 on the CPU board.
Check the heater frequency signal HEFQ on LED IC93:9 on the CPU board.
Check the heater enable signal HEEN on LED IC93:10 on the CPU board.

If the relay K1 on the relay board disconnects the mains supply then
read the following sections above:
* Mains supply circuits are broken or not connected.
* The heater frequency signal HEFQ does not reach the relay K1.
* The 24V supply "Z24P" to the relay K1 is not connected.

Else if the relay K2 on the relay board disconnects the mains supply
then read the following sections above:
* Mains supply circuits are broken or not connected.
* The heater enable signal HEEN does not reach the relay K2.
* The 24V supply Z24C to the relay K2 is not connected.
* A hardware overheat alarm has disabled the signal HEEN.

Else read the following sections above:
* Mains supply circuits are broken or not connected.
* One or more regulator temperature measurement circuits are broken.

Logging: FRI(FI_REG$TEMP), FRI(FI_HEATER$TEMP), FRL(F_HEATER$DISABLE),
FRL(F_RELAY$OFF)

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.08 005 TOO HIGH FLUID TEMPERATURE DURING STARTUP TESTS [F]
Unconditional error.

General description of conditions for occuring:
A too high fluid temperature was detected when the heater was turned
off during the startup tests.

Technical description of conditions for occuring:
The heater was turned off during the startup test
FRI(FI_REG$TEMP) > 9500 units (95 degrees Celsius).

Some possible explanations why the error has occured:
One or more regulator temperature measurement circuits are broken.
Please refer to the description of FCN 2.08 003 above.
Mains supply circuits are broken.
* The relay K1 the relay board is broken.
The heater frequency signal HEFQ is incorrect.
* IC29, IC48, IC51 or IC54 on the CPU board (K13017) is broken.
* IC4 or IC18 on the driver board (K13012) is broken.

Some hints of what to do if the error occurs:
CAUTION! Mains supply is connected to the relay board!
Turn off the mains switch ON THE AC/DC UNIT!
Disconnect the relay board from the AC/DC unit before
touching the relay board or the heater.

Check the heater frequency signal HEFQ on LED IC93:9 on the CPU board.

Check the regulator temperature measurement circuits.
Check the relay K1 on the relay board.

Logging: FRI(FI_REG$TEMP), FRI(FI_HEATER$TEMP), FRL(F_RELAY$OFF)

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.08 006 HEATER EFFICIENCY PRESET OUT OF LIMITS [F]
Unconditional error.

General description of conditions for occuring:
The heater efficiency is presetted outside the allowed interval
0-1800 W.

Technical description of conditions for occuring:
FRI(FI_HEATER$EFFICIENCY) is outside the allowed interval 0 - 1800
during the initializations.

Some possible explanations why the error has occured:
* The heater efficiency preset has an incorrect value.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 2.09, FLOW PUMP CONTROL FUNCTION
Purpose:
* Turns the flow pump on and off.
* Controls the speed of the flow pump.
* Regulates the degassing pressure.
* Regulates the channel 1 flow during UF calibration.
* Regulates the heating rod duty cycle during heat disinfection.
* Runs the flow pump at a constant voltage during startup tests,
disinfection, drain.
* Stops the flow pump for 2 seconds and sets FRL(F_FLOW$PUMP$DECOUPL)=TRUE
during that time if the flow pump has been decoupled (the magnetic
coupling has disconnected the flow pump from the flow pump motor).
* Checks that the degassing pressure is not too high.

FCN 2.09 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 2.09 001 TOO LOW FLOW PUMP CURRENT [F,T,S]
Conditional error.
Confirm the error by pressing the select key.

General description of conditions for occuring:
FCN 2.09 001 can only occur together with FCN 2.09 002.
The flow pump could not create a so low degassing pressure that
was presetted in the preset EI(EEI_DEGASS$PRESS).
The flow pump current was also too low.

Technical description of conditions for occuring:
FRI(FI_DEGASS$PRESS) > -( EI(EEI_DEGASS$PRESS) - 600 ) for 5 minutes.
AND
FRI(FI_FLOW$PUMP$CURRENT) < 50 (50 mA)

Some possible explanations why the error has occured:
* There is air in the flow pump.
* The flow pump is decoupled. ( FRL(F_FLOW$PUMP$DECOUPL)=TRUE )
The flow pump could not follow the flow pump motor rotation. The
magnetic coupling disconnected the pump from the motor. The pump
might be dirty or the flow path might be blocked.
* The flow pump is broken.
One or more flow pump driver circuits are broken or not connected.
* There is a bad connection between the FM I/O board (K13092) P310
and the flow pump motor.
* There is a bad connection between the driver board (K13012) P211
and the FM I/O board (K13092) P311.
* The motor driver circuit IC 49, L1 or C31 on the driver board
(K13012) is broken.
* There is a bad connection between the CPU board (K13017) P110 and
the driver board (K13012) P204.
* The timer IC 29, the counter IC 65, the PAL IC 62 or the ports
IC 48 or IC 55 on the CPU board (K13017) is broken.
There is no 24V supply Z24C to the motor driver circuit IC 49 on the
driver board.
* There is a bad connection between the AC/DC unit and the CPU board
(K13017) P112.
* There is a bad connection between the CPU board (K13017) P111
and the driver board (K13012) P209.
* The 24V relay K1 on the driver board (K13012) is broken.
* IC48, IC50, IC54 or Q1 on the CPU board (K13017) is broken.
* There is a bad connection between the CPU board (K13017) P110
and the driver board (K13012) P204.

Some hints of what to do if the error occurs:
Check if the flow pump is running.
Check the connection between the flow pump and the FM I/O board P310.
Check the flow pump driver circuit, driver board IC 49.
Check that there is fluid in the pump.
Check if the pump is decoupled. Log FRL(F_FLOW$PUMP$DECOUPL).
Check if the pump is dirty, or the fluid path is blocked.
Logging variables: FRI(FI_DEGASS$PRESS), FRI(FI_FLOW$PUMP$CURRENT),
FRI(FI_CH1$RATE), FRL(F_FLOW$PUMP$DECOUPL)

Automatical safety actions:
None (The blood pump is enabled)
(Please refer to "Descriptions of safety actions" below)

郑振寰 · 发表于 2007-1-31 09:30

FCN 2.09 002 DEGASSING PRESSURE CONTROL ERROR [F,T,S]
Conditional error.
Confirm the error by pressing the select key.

General description of conditions for occuring:
The flow pump could not create a so low degassing pressure that
was presetted in the preset EI(EEI_DEGASS$PRESS).

Technical description of conditions for occuring:
FRI(FI_DEGASS$PRESS) > -( EI(EEI_DEGASS$PRESS) - 600 ) for 5 minutes.

Some possible explanations why the error has occured:
* If the error code FCN 2.09 001 also has occured, then please refer
to the description of that code.
* The valve DRVA is leaking.
* The preset EI(EEI_DEGASS$PRESS) has an incorrect value. If the
atmospheric pressure is low, then the preset might have to be changed.
Some degassing pressure measurement circuits are broken or not connected.
* The degassing pressure transducer is broken or uncalibrated.
* There is a bad connection between the transducer and the pressure
transducer board (K11321).
* The pressure transducer board (K11321) is broken.
* There is a bad connection between the pressure transducer board
(K11321) P50 and the FM I/O board (K13092) P304.
* There is a bad connection between the FM I/O board (K13092) P313
and the CPU board (K13017) P102.
* The MUXes IC 42 or IC 47, the amplifier IC 46 or A/D converter 1
IC 38 on the CPU board (K13022) is broken.

Some hints of what to do if the error occurs:
Logging variables: FRI(FI_DEGASS$PRESS), FRI(FI_FLOW$PUMP$CURRENT),
FRI(FI_CH1$RATE), FRL(F_FLOW$PUMP$DECOUPL)
If the error code FCN 2.09 001 also has occured, then please refer
to the description of that code.
If FCN 2.09 001 not has occured, then check if DRVA is leaking and
check the degassing pressure measuring circuits.
Check the atmospheric pressure and the value of the preset
EI(EEI_DEGASS$PRESS).

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.09 003 FLOW PUMP TIMER WRITE ERROR [F]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The flow pump timer is not working properly.

Technical description of conditions for occuring:
The timer 9513 has returned one of the following error messages:
"Timer load to counter error", "Load register error",
"Mode register error" or "Hold register error".

Some possible explanations why the error has occured:
* If the error is repeated after restart of AK 90, then the timer
IC 29 on the CPU board (K13017) is probably broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 2.09 004 MAINFLOW ERROR DURING UF CALIBRATION [S]
Unconditional error.

General description of conditions for occuring:
It was not possible to create the mainflows 500, 400, 300 ml/min
during the UF cell calibration.

Technical description of conditions for occuring:
The flow pump was during the UF cell calibration in service mode
commanded to regulate on the main flows 500 ml/min, 400 ml/min
and 300 ml/min.
FRI(FI_CH1$RATE) was outside the allowed interval 4950-5050
(495-505 ml/min) for 5 minutes.
OR
FRI(FI_CH1$RATE) was outside the allowed interval 3950-4050
(395-405 ml/min) for 5 minutes.
OR
FRI(FI_CH1$RATE) was outside the allowed interval 2950-3050
(295-305 ml/min) for 5 minutes.

Some possible explanations why the error has occured:
* There is air in the flow pump.
* The flow pump is decoupled. ( FRL(F_FLOW$PUMP$DECOUPL)=TRUE )
The flow pump could not follow the flow pump motor rotation. The
magnetic coupling disconnected the pump from the motor. The pump
might be dirty or the flow path might be blocked.
* The flow pump is broken.
* One or more flow pump driver circuits are broken or not connected.
Please refer to the description of FCN 2.09 001.
* There is no 24V supply Z24C to the motor driver circuit IC 49 on the
driver board.
Please refer to the description of FCN 2.09 001.
* The outlet restrictor is dirty or incorrect.
* The suction pump is dirty or broken.
* ZEVA is leaking.
* The UF measuring flow cell is broken or dirty.
* The resistance between one of the flow cell carbon tubes and
the Z0VR at the UF preamp board is greater than 2 ohms.
* UFM PREAMP BOARD (K14013): IC2, IC5, IC6, IC7, IC8, IC9 or IC10 is
broken.

Some hints of what to do if the error occurs:
Please refer to the description of FCN 2.09 001.
Check the restrictor and the outlet restrictor.
Check that there is no dirt in the fluid path.

Automatical safety actions:
None.
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 2.10, OVERHEAT SUPERVISION FUNCTION

Purpose:
Reads the hardware overheat alarm signal OHL1.
During the startup tests:
* Checks that the heater temperature is not too high and that there is
no hardware overheat alarm.
* Tests the hardware overheat alarm.
During treatment, disinfection and service mode:
* Sets the logical flags FRL(F_BIC$OVERHEAT), FRL(F_OVERHEAT$AL$HEAT),
or FRL(F_OVERHEAT$AL$SERVICE) if the heater temperature is too high.

FCN 2.10 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 2.10 001 OVERHEAT TEST ERROR [F]
Unconditional error.

General description of conditions for occuring:
The hardware overheat supervision is not responding to the overheat
test signal OHTS.

Technical description of conditions for occuring:
The overheat test signal OHTS was set high.
The negative input pin 3, on the comparator IC 3 on the overheat
board (K13064) should have become approximately 0V and an
overheat alarm OHL1=1 should have appeared.
OHL1 is NOT 1 after 1 second. (No overheat alarm detected)

Some possible explanations why the error has occured:
The overheat test signal OHTS does not reach the overheat board
comparator.
* The outport IC 48 or the inverter IC 51 on the CPU board (K13017)
is broken.
* There is a bad connection between the CPU board (K13017) P102 and
the FM I/O board (K13092) P313.
* There is a bad connection between the FM I/O board (K13092) P302
and the overheat board (K13064) P550.
The overheat signal OHL1 does not reach the CPU board inport.
* There is a bad connection between the FM I/O board (K13092) P302
and the overheat board (K13064) P550.
* There is a bad connection between the CPU board (K13017) P102 and
the FM I/O board (K13092) P313.
* The inport IC 55 or IC 48 on the CPU board (K13017) is broken.
The overheat board or transducer is broken
* IC 1, IC 2, IC 3, Q1 or Q2 on the overheat board is broken.
* There is a bad connection between the heater and the overheat board.
In that case the LED on the overheat board should be lit.
* The temperature transducer in the heating rod is broken.

Some hints of what to do if the error occurs:
CAUTION! Mains supply is connected to the relay board!
Turn off the mains switch ON THE AC/DC UNIT!
Disconnect the relay board from the AC/DC unit before
touching the relay board or the heater.
Check that the overheat board is connected correctly to the FM I/O
board.
Check that the overheat test signal OHTS=1. (overheat board P550:15)
Check the connection between the heating rod and the overheat board
if the LED on the overheat board is lit.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.10 002 TOO HIGH HEATER TEMPERATURE DURING THE STARTUP TESTS [F]
Unconditional error.

General description of conditions for occuring:
A too high heater temperature was detected during the startup tests.

Technical description of conditions for occuring:
The heater regulator should have increased the fluid temperature
measured by the regulator temperature transducer 10 degrees Celsius.
If the regulator incresed less than 9 degrees Celsius during 40s then
the error code FCN 2.08 004 should have occured.
A too high heater temperature was detected.
FRI(FI_HEATER$TEMP) > EI(EEI_OVERHEAT$TEMP$LIM)
OR
There is a hardware overheat alarm, signal OHL1=1

Some possible explanations why the error has occured:
Some heater control circuits are broken (Signal HEFQ).
* The relay K1 the relay board is broken.
* IC29, IC48, IC51 or IC54 on the CPU board (K13017) is broken.
* IC4 or IC18 on the driver board (K13012) is broken.
Some regulator temp. measurement circuits are broken or not connected.
Please refer to the description of FCN 2.08 003 above.
Some hardware overheat alarm circuits or heater temperature
measurement circuits are broken or not connected.
* The heater temperature transducer is uncalibrated or broken.
* There is a bad connection between the heater and the overheat board
(K13064). In that case the LED on the overheat board should be lit.
* IC 1, IC 2, IC 3, Q1 or Q2 on the overheat board (K13064) is broken.
* There is a bad connection between the overheat board (K13064) P550
and the FM I/O board (K13092) P302.
* There is a bad connection between the FM I/O board (K13092) P313
and the CPU board (K13017) P102.
* The MUXes IC 42 or IC 47, the amplifier IC 46, the A/D converter 1
IC 38 or the inport IC 37 on the CPU board (K13022) is broken.
* The inport IC 55 or IC 48 on the CPU board (K13017) is broken.
The overheat temperature limit preset has an incorrect value.
* The preset EI(EEI_OVERHEAT$TEMP$LIM) has a too low value.

Some hints of what to do if the error occurs:
CAUTION! Mains supply is connected to the relay board!
Turn off the mains switch ON THE AC/DC UNIT!
Disconnect the relay board from the AC/DC unit before
touching the relay board or the heater.
Check the enable drivers signal ENVH/ on LED IC93:8 on the CPU board.
Check the heater frequency signal HEFQ on LED IC93:9 on the CPU board.
Check the heater enable signal HEEN on LED IC93:10 on the CPU board.
Log the variables FRI(FI_HEATER$TEMP), EI(EEI_OVERHEAT$TEMP$LIM),
and FRI(FI_REG$TEMP)
Check the hardware overheat alarm signal OHL1.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN211.PLM Conductivity

'FCN 2.11 000' - Case error Conductivity function
Unconditional error. No blood pump enable.
Internal software error.

FCN 2.12, SAFETY GUARD FUNCTION

Purpose:
* Reads and filtrates the signal from the safety guard pressostate, SAGS.
If the SAGS pressure decreases below -74 mmHg then the electrical
signal SAGS=0 and FRL(F_SAGS$STS) = TRUE.
If the SAGS pressure increases above -59 mmHg then the electrical
signal SAGS=1 and FRL(F_SAGS$STS) = FALSE.
* Function check: Checks that there is a SAGS alarm and that the dialysis
pressure is stable when the suction pump creates the dialysis pressure
-100 mmHg.
* Function check: Checks that the SAGS alarm is turned off when the
dialysis pressure is slowly increased from -55 mmHg to -25 mmHg.

FCN 2.12 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 2.12 001 SAGS STATUS ERROR [F]
Unconditional error

General description of conditions for occuring:
The dialysis pressure has been slowly increased from -55 mmHg to
-25 mmHg. The safety bypass switch is still activated. It should
deactivate at the SAGS pressure -59 +/- 7 mmHg
(corresponds to the approximate dialysis pressure -49 mmHg).

Technical description of conditions for occuring:
DIVA and TAVA have been open. BYVA has been closed.
The suction pump has regulated the dialysis pressure at -60 mmHg
for 15 seconds, and then increased the dialysis pressure with 1 mmHg
per second from -55 mmHg to -25 mmHg during 30 seconds.
The error FCN 2.12 001 occurred 10 seconds after the following was
true:
* ( FRI(FI_DIA$REF$PRESS) > -270 ) AND
* FRL(F_SAGS$STS)=TRUE AND
* FRI(FI_DIA$PRESS) differed from FRI(FI_DIA$REF$PRESS) with less
than 100 (10 mmHg) for 5s

Some possible explanations why the error has occured:
* SAGS is not working properly.
* IC 48 or IC 55 on the CPU board (K13017) is broken.
* The dialysis pressure transducer is uncalibrated.
Logging variables: FRL(F_SAGS$STS), FRI(FI_DIA$REF$PRESS),
FRI(FI_DIA$PRESS)

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 2.12 002 DIALYSIS PRESSURE CONTROL ERROR DURING SAGS TEST [F]
Unconditional error

General description of conditions for occuring:
It is not possible to regulate the dialysis pressure at -150 mmHg.

Technical description of conditions for occuring:
The suction pump was commanded to regulate the dialysis pressure
to -150 mmHg.
TAVA and BYVA was open. DIVA was closed.
FRI(FI_DIA$PRESS) had been outside the allowed interval
-1600 - -1400 (-160 mmHg to -140 mmHg) for more than 45 s.

Some possible explanations why the error has occured:
* The dialysis pressure transducer is broken or not working properly.
* There is a bad connection between the dialysis pressure transducer
and the FM I/O board (K13092) P308.
* There is a bad connection between the FM I/O board (K13092) P313
and the CPU board (K13017) P102.
* IC 42, IC 47, IC 46 or IC 38 on the CPU board (K13022) is broken.
Logging variable: FRI(FI_DIA$PRESS)

* The suction pump is decoupled. If it is so, then
FRL(F_SUC$PUMP$DECOUPL) = TRUE.
* There is air in the suction pump.
* The suction pump is broken or not working properly.
* There is a bad connection between the suction pump and the
FM I/O board (K13092) P314.
* There is a bad connection between the FM I/O board (K13092)
P311 and the driver board (K13012) P211.
* IC52, L2 or C39 on the driver board (K13012) is broken.
Logging variables: FRI(FI_SUC$PUMP$CURRENT), FRL(F_SUC$PUMP$DECOUPL).

* The taration valve is closed even if it should not be closed.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 2.12 003 TOO LOW DIALYSIS PRESSURE DURING SAGS TEST [F]
Unconditional error

General description of conditions for occuring:
It is not possible to regulate the dialysis pressure from -60 mmHg
to -25 mmHg.

Technical description of conditions for occuring:
DIVA and TAVA have been open, BYVA has been closed.
The flow pump has been running at normal degassing pressure,
-610 mmHg.
The suction pump should have regulated the dialysis pressure at
-60 mmHg for 15 seconds, and then increased the dialysis pressure
with 1 mmHg per second from -55 mmHg to -25 mmHg during 30 seconds.
The measured dialysis pressure FRI(FI_DIA$PRESS) has differed from
the wanted dialysis pressure FRI(FI_DIA$REF$PRESS) with more than
100 units (10 mmHg) for more than 45 seconds.

Some possible explanations why the error has occured:
* The dialysis pressure transducer is broken or not working properly.
* There is a bad connection between the dialysis pressure transducer
and the FM I/O board (K13092) P308.
* There is a bad connection between the FM I/O board (K13092) P313
and the CPU board (K13017) P102.
* IC 42, IC 47, IC 46 or IC 38 on the CPU board (K13022) is broken.
Logging variables: FRI(FI_DIA$REF$PRESS), FRI(FI_DIA$PRESS)

* The suction pump is decoupled. If it is so, then
FRL(F_SUC$PUMP$DECOUPL) = TRUE.
* There is air in the suction pump.
* The suction pump is broken or not working properly.
* There is a bad connection between the suction pump and the
FM I/O board (K13092) P314.
* There is a bad connection between the FM I/O board (K13092)
P311 and the driver board (K13012) P211.
* IC52, L2 or C39 on the driver board (K13012) is broken.
Logging variables: FRI(FI_SUC$PUMP$CURRENT), FRL(F_SUC$PUMP$DECOUPL).

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN213.PLM TMP

'FCN 2.13 000' - Case error TMP function
Unconditional error. No blood pump enable.
Internal software error.

FCN214.PLM Suction pump control

'FCN 2.14 000' - Case error Suction pump regulator
Unconditional error. No blood pump enable.
Internal software error.

FCN215.PLM Disrinse temperature

'FCN 2.15 000' - Case error Disrinse temperatore function
Unconditional error. No blood pump enable.
Internal software error.

FCN 2.16, HEATER TECHNICAL ERROR FUNCTION
Purpose:
* Sends the error code FCN 2.16 002 and 003. (see below for further details)

FCN 2.16 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 2.16 001 OVERHEAT ALARM ERROR [not active]
Unconditional error.

General description of conditions for occuring:
The overheat supervision function detected an overheat alarm.

Technical description of conditions for occuring:
Alternative 1:
The overheat supervision function FCN 2.10 detected an overheat
alarm during heat disinfection.
Alternative 2:
The overheat supervision function FCN 2.10 detected an overheat
alarm during treatment.
The heater was turned off (signal HEEN=0) for 15 seconds.
The overheat supervision function was still detecting an overheat
alarm after 15 these seconds.
Alternative 3:
The overheat supervision function FCN 2.10 detected an overheat
alarm during treatment.
The heater was turned off (signal HEEN=0) for 15 seconds.
The overheat supervision function did not detect any overheat
alarm after these 15 seconds.
The heater was turned on again.
A second overheat alarm appeared within 15 seconds.

Some possible explanations why the error has occured:
Please refer to the description of FCN 2.10 002 for further details.
* Some heater control circuits are broken.
* Some regulator temp. measurement circuits are broken or not connected.
* Some hardware overheat alarm circuits or heater temperature
measurement circuits are broken or not connected.
* The fluid flow path has been blocked.
* The overheat temperature limit preset has an incorrect value.

Some hints of what to do if the error occurs:
CAUTION! Mains supply is connected to the relay board!
Turn off the mains switch ON THE AC/DC UNIT!
Disconnect the relay board from the AC/DC unit before
touching the relay board or the heater.
Check the enable drivers signal ENVH/ on LED IC93:8 on the CPU board.
Check the heater frequency signal HEFQ on LED IC93:9 on the CPU board.
Check the heater enable signal HEEN on LED IC93:10 on the CPU board.
Check the overheat transducer and the regulator temperature
transducer.
Log the variables FRI(FI_HEATER$TEMP), EI(EEI_OVERHEAT$TEMP$LIM),
FRL(F_HEATER$DISABLE) and FRI(FI_REG$TEMP)
Check the hardware overheat alarm signal OHL1.

Automatical safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 2.16 002 HEATER OVERHEAT ALARM ERROR [T,D]
Unconditional error.

General description of conditions for occuring:
The overheat supervision function detected an overheat alarm.

Technical description of conditions for occuring:
Alternative 1:
The overheat supervision function FCN 2.10 detected an overheat
alarm during heat disinfection.
Alternative 2:
The overheat supervision function FCN 2.10 detected an overheat
alarm during treatment.

Some possible explanations why the error has occured:
Please refer to the description of FCN 2.10 002 for further details.
* Some heater control circuits are broken.
* Some regulator temp. measurement circuits are broken or not connected.
* Some hardware overheat alarm circuits or heater temperature
measurement circuits are broken or not connected.
* The fluid flow path has been blocked.
* The overheat temperature limit preset has an incorrect value.

Some hints of what to do if the error occurs:
CAUTION! Mains supply is connected to the relay board!
Turn off the mains switch ON THE AC/DC UNIT!
Disconnect the relay board from the AC/DC unit before
touching the relay board or the heater.
Check the enable drivers signal ENVH/ on LED IC93:8 on the CPU board.
Check the heater frequency signal HEFQ on LED IC93:9 on the CPU board.
Check the heater enable signal HEEN on LED IC93:10 on the CPU board.
Check the overheat transducer and the regulator temperature
transducer.
Log the variables FRI(FI_HEATER$TEMP), EI(EEI_OVERHEAT$TEMP$LIM),
FRL(F_HEATER$DISIBLE) and FRI(FI_REG$TEMP).
Check the hardware overheat alarm signal OHL1.

Automatical safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 2.16 003 FLUID OVERHEAT ALARM ERROR [T]
Unconditional error.

General description of conditions for occuring:
The heater regulator function detected an too high fluid temperature.

Technical description of conditions for occuring:
Alternative 1:
The heater regulator function FCN 2.08 detected too high fluid
temperature during treatment.
The heater was turned off (signal HEEN=0) for 15 seconds.
The heater regulation function was still detecting high fluid temp-
erature after 15 these seconds.
Alternative 2:
The heater regulation function FCN 2.08 detected too high fluid
temperature during treatment.
The heater was turned off (signal HEEN=0) for 15 seconds.
The heater regulation function did not detect high fluid temperature
after these 15 seconds.
The heater was turned on again.
A second fluid temperature alarm appeared within 15 seconds.

Some possible explanations why the error has occured:
* Some heater control circuits are broken.
* Some regulator or supervision temp. measurement circuits are broken
or not connected.
* The fluid flow path has been blocked.

Some hints of what to do if the error occurs:
CAUTION! Mains supply is connected to the relay board!
Turn off the mains switch ON THE AC/DC UNIT!
Disconnect the relay board from the AC/DC unit before
touching the relay board or the heater.
Check the enable drivers signal ENVH/ on LED IC93:8 on the CPU board.
Check the heater frequency signal HEFQ on LED IC93:9 on the CPU board.
Check the heater enable signal HEEN on LED IC93:10 on the CPU board.
Check the regulator temperature transducer and supervision temperature
transducer.
Log the variables FRL(F_HEATER$DISABLE), FRI(FI_REG$TEMP) and
FRI(FI_SUP$TEMP).

Automatical safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN217.PLM Safety stop

'FCN 2.17 000' - Case error Stop function
Unconditional error. No blood pump enable.
Internal software error.

FCN 2.18, HARDWARE SUPERVISION FUNCTION
Purpose:
During startup test:
* Checks that the total valve current is not too big when the safety
relay is commanded to disconnect the 24V supply to the valves.
* Checks that the regulator temperature, supervision temperature,
degass pressure and dialysis pressure are within allowed limits.
* Checks that the total valve current is not too big when all the valves
are closed. (No current through the valve coils)
* Checks that the valve current is within allowed limits when one valve
is opened. (Current through the valve coils)
* If MM90 is installed: checks that the valve current is below a certain
limit if the BiCart valve (FLVA) is closed.
* If MM90 is installed: checks that the valve current is above a certain
limit if the BiCart valve (FLVA) valve is opened.
* If MM90 is NOT installed: checks that the valve current is below a
certain limit when the program tries to open the valves AIVA or REVA
which are NOT mounted.
During treatment:
* Checks that that the regulator temperature and the supervision
temperature do not differ too much.
During heat disinfection:
* Checks that that the regulator temperature and the supervision
temperature do not differ too much.

FCN 2.18 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 2.18 001 N O T U S E D

FCN 2.18 002 N O T U S E D

FCN 2.18 003 N O T U S E D

FCN 2.18 004 TEMPERATURE DROP TOO BIG [T,D]
Unconditional error.

General description of conditions for occuring:
The difference between the regulator temperature and the supervision
temperature is too big.

Technical description of conditions for occuring:
AK 90B during treatment:
Wait until the regulator temperature has been stable for 30s.
Wait until the supervision temperature has been stable for 30s.
FRI(FI_SUP$TEMP) differs more than 300 units (3 degrees C) from
FRI(FI_REG$TEMP).
AK 90S during treatment:
Wait until the regulator temperature has been stable for 30s.
Wait until the supervision temperature has been stable for 30s.
FRI(FI_SUP$TEMP) differs more than 800 units (8 degrees C) from
FRI(FI_REG$TEMP).
AK 90B or AK 90S during heat disinfection:
Wait until the regulator temperature has been stable for 30s.
Wait until the supervision temperature has been stable for 30s.
FRI(FI_SUP$TEMP) differs more than 1500 units (15 degrees C) from
FRI(FI_REG$TEMP).

Some possible explanations why the error has occured:
The fluid flow is too low.
* The pressure regulator is broken or uncalibrated.
* The flow restrictor is dirty.
* The degass pressure transducer is broken or uncalibrated.
* The flow pump is dirty or broken.

* The regulator temperature transducer is uncalibrated or broken.
* There is a bad connection between the temperature transducer and
the temperature transducer board (K11286).
* The amplifier IC 1 or the voltage reference IC 2 on the temperature
transducer board (K11286) is broken.
* There is a bad connection between the temperature transducer board
(K11286) P56 and the FM I/O board (K13092) P 305.

* The supervision temperature transducer is uncalibrated or broken.
* There is a bad connection between the temperature transducer and
the temperature transducer board (K11286).
* The amplifier IC 1 or the voltage reference IC 2 on the temperature
transducer board (K11286) is broken.
* There is a bad connection between the temperature transducer board
(K11286) P56 and the FM I/O board (K13092) P 306.

* There is a bad connection between the FM I/O board (K13092) P313
and the CPU board (K13017) P102.
* The MUXes IC 42 or 47, the amplifier IC 46 or A/D converter 1 IC 38
on the CPU board (K13022) is broken. (The error code FCN 4.20 044 or
FCN 4.20 054 "A/D converter difference error" will also appear.)

Some hints of what to do if the error occurs:
Check that the transducer boards are placed correctly on the FM I/O
board.
Check the regulator temperature and supervision temperature
transducers.
Logging: FRI(FI_REG$TEMP), FRI(FI_SUP$TEMP)

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 2.18 005 SAFETY RELAY ERROR (24V RELAY) [F]
Unconditional error.

General description of conditions for occuring:
The current through the valves was too high when the safety relay
should have disconnected supply to the valves.

Technical description of conditions for occuring:
The safety relay was commanded to disconnect the 24V supply to the
valves.
FRI(FI_VALVES$CURRENT) > 50 (50 mA) for 200 ms.

Some possible explanations why the error has occured:
A circuit for disconnecting the 24V supply is broken.
* The safety relay K1 on the driver board (K13012) is broken.
* The relay K1 does not disconnect the 24 volt supply because the
signal VMVC/ is approximately 0V. The port IC 48 or IC 54, the PAL
IC 50 or the transistor Q1 on the CPU board (K13017) is broken.
A circuit for detecting the valve current is broken.
* The MUX IC 42 or IC 47, the amplifier IC 46 or the A/D converter
IC 38 on the CPU board (K13022) is broken.
* There is a bad connection between the CPU board (K13017) P110 and
the driver board (K13012) P204.

Some hints of what to do if the error occurs:
Check the safety relay K1 on the driver board.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.18 006 TEMPERATURE TRANSDUCER 2 ERROR [F]
Unconditional error.

General description of conditions for occuring:
The regulator temperature (temperature transducer 2) was outside
allowed limits during the startup test.

Technical description of conditions for occuring:
FRI(FI_REG$TEMP) was outside the allowed interval 0-10000
(0-100 degree Celsius) during the startup test.

Some possible explanations why the error has occured:
* The regulator temperature transducer is uncalibrated or broken.
* There is a bad connection between the temperature transducer and
the temperature transducer board (K11286).
* The amplifier IC 1 or the voltage reference IC 2 on the temperature
transducer board (K11286) is broken.
* There is a bad connection between the temperature transducer board
(K11286) P56 and the FM I/O board (K13092) P 305.

* There is a bad connection between the FM I/O board (K13092) P313
and the CPU board (K13017) P102.
* The MUXes IC 42 or 47, the amplifier IC 46 or A/D converter 1 IC 38
on the CPU board (K13022) is broken. (The error code FCN 4.20 044 or
FCN 4.20 054 "A/D converter difference error" will also appear.)

Some hints of what to do if the error occurs:
Check the connection between the temperature transducer board and
the FM I/O board.
Check that the transducer is calibrated.
Logging: FRI(FI_REG$TEMP)

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.18 007 TEMPERATURE TRANSDUCER 1 ERROR [F]
Unconditional error.

General description of conditions for occuring:
The supervision temperature (temperature transducer 1) was outside
allowed limits during the startup test.

Technical description of conditions for occuring:
FRI(FI_SUP$TEMP) was outside the allowed interval 0-10000
(0-100 degree Celsius) during the startup test.

Some possible explanations why the error has occured:
* The supervision temperature transducer is uncalibrated or broken.
* There is a bad connection between the temperature transducer and
the temperature transducer board (K11286).
* The amplifier IC 1 or the voltage reference IC 2 on the temperature
transducer board (K11286) is broken.
* There is a bad connection between the temperature transducer board
(K11286) P56 and the FM I/O board (K13092) P 306.

* There is a bad connection between the FM I/O board (K13092) P313
and the CPU board (K13017) P102.
* The MUXes IC 42 or 47, the amplifier IC 46 or A/D converter 1 IC 38
on the CPU board (K13022) is broken. (The error code FCN 4.20 044 or
FCN 4.20 054 "A/D converter difference error" will also appear.)

Some hints of what to do if the error occurs:
Check the connection between the temperature transducer board and
the FM I/O board.
Check that the transducer is calibrated.
Logging: FRI(FI_SUP$TEMP)

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.18 008 DEGASS PRESSURE TRANSDUCER ERROR [F]
Unconditional error.

General description of conditions for occuring:
The degass pressure was outside allowed limits during the startup
test.

Technical description of conditions for occuring:
FRI(FI_DEGASS$PRESS) was outside the allowed interval -7000 to 5000
(-700 to 500 mmHg) during the startup test.

Some possible explanations why the error has occured:
* The degass pressure transducer is uncalibrated or broken.
* There is a bad connection between the pressure transducer and
the pressure transducer board (K11321).
* The amplifier IC 3 or IC 4 or the voltage reference IC 1 on the
pressure transducer board (K11321) is broken.
* There is a bad connection between the pressure transducer board
(K11321) P50 and the FM I/O board (K13092) P304.

* There is a bad connection between the FM I/O board (K13092) P313
and the CPU board (K13017) P102.
* The MUXes IC 42 or 47, the amplifier IC 46 or A/D converter 1 IC 38
on the CPU board (K13022) is broken. (The error code FCN 4.20 044 or
FCN 4.20 054 "A/D converter difference error" will also appear.)

Some hints of what to do if the error occurs:
Check the connection between the pressure transducer board and
the FM I/O board.
Check that the transducer is calibrated.
Logging: FRI(FI_DEGASS$PRESS)

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.18 009 DIALYSIS PRESSURE TRANSDUCER ERROR [F]
Unconditional error.

General description of conditions for occuring:
The dialysis pressure was outside allowed limits during the startup
test.

Technical description of conditions for occuring:
FRI(FI_DIA$PRESS) was outside the allowed interval -7000 to 5000
(-700 to 500 mmHg) during the startup test.

Some possible explanations why the error has occured:
* The dialysis pressure transducer is uncalibrated or broken.
* There is a bad connection between the pressure transducer and
the pressure transducer board (K11321).
* The amplifier IC 3 or IC 4 or the voltage reference IC 1 on the
pressure transducer board (K11321) is broken.
* There is a bad connection between the pressure transducer board
(K11321) P50 and the FM I/O board (K13092) P308.

* There is a bad connection between the FM I/O board (K13092) P313
and the CPU board (K13017) P102.
* The MUXes IC 42 or 47, the amplifier IC 46 or A/D converter 1 IC 38
on the CPU board (K13022) is broken. (The error code FCN 4.20 044 or
FCN 4.20 054 "A/D converter difference error" will also appear.)

Some hints of what to do if the error occurs:
Check the connection between the pressure transducer board and
the FM I/O board.
Check that the transducer is calibrated.
Logging: FRI(FI_DIA$PRESS)

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

郑振寰 · 发表于 2007-1-31 09:31

FCN 2.18 010 VALVE CURRENT NOT ZERO [F]
Unconditional error.

General description of conditions for occuring:
A too high valve current was detected during the startup test when
all the valves were commanded to be closed.

Technical description of conditions for occuring:
All the valves were commanded to be closed.
FRI(FI_VALVES$CURRENT) > 50 (50 mA) for 200 ms.

Some possible explanations why the error has occured:
A circuit for controlling the valves is broken.
* A valve driver IC 7, IC 13 or IC 18 on the driver board (K13012)
is broken. (there might be a short circuit)
* The outport IC 29 on the driver board (K13013) is broken.
* There is a bad connection between the driver board (K13013) P207
and the CPU board (K13019) P109.
* The outport IC 76 on the CPU board (K13019) is broken.
* There is a bad connection between the CPU board (K13017) P110 and
the driver board (K13012) P204.
* The outport IC 48 or IC 54 or the PAL IC 50 on the CPU board
(K13017) is broken.
A circuit for detecting the valve current is broken.
* The MUX IC 42 or IC 47, the amplifier IC 46 or the A/D converter
IC 38 on the CPU board (K13022) is broken.
* There is a bad connection between the CPU board (K13017) P110 and
the driver board (K13012) P204.

Some hints of what to do if the error occurs:
Logging: FRI(FI_VALVES$CURRENT)

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.18 011 VALVE CONTROL ERROR DRVA [F]
Unconditional error.

General description of conditions for occuring:
The valve current was outside allowed limits when one valve was
commanded to open during the startup test.

Technical description of conditions for occuring:
The valve DRVA was commanded to open, and the other valves were
commanded to be closed.
FRI(FI_VALVES$CURRENT) was been outside the interval 200 to 400
(200 to 400 mA) for 400 ms.

Some possible explanations why the error has occured:
* The valve DRVA is broken so that no current can flow through it.

* There is a bad connection between the valve DRVA and the driver
board (K13012) P206.

The valve enable signal does not enable the valve drivers. In order
to enable the valves drivers ENVH must be approximately 5V and ENVH/
approximately 0V.
* The outport IC48 or the inverter IC51 on the CPU board (K13017)
is broken.
* There is a bad connection between the CPU board (K13017) P110 and
the driver board (K13012) P204.
* The outport IC 4 on the driver board (K13012) is broken.

A circuit for controlling the valves is broken.
* A valve driver IC 7, IC 13 or IC 18 on the driver board (K13012)
is broken.
* The outport IC 29 on the driver board (K13013) is broken.
* There is a bad connection between the driver board (K13013) P207
and the CPU board (K13019) P109.
* The outport IC 76 on the CPU board (K13019) is broken.
* There is a bad connection between the CPU board (K13017) P110 and
the driver board (K13012) P204.
* The outport IC 48 or IC 54 or the PAL IC 50 on the CPU board
(K13017) is broken.

A circuit for detecting the valve current is broken.
* The MUX IC 42 or IC 47, the amplifier IC 46 or the A/D converter
IC 38 on the CPU board (K13022) is broken.
* There is a bad connection between the CPU board (K13017) P110 and
the driver board (K13012) P204.

Some hints of what to do if the error occurs:
Check the connection between the valve and P206 on the driver board.
Check the valve and valve driver circuit.
Check driver enable signal ENVH/ (LED CPU board K13020 IC93 pin 8-13).

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 2.18 012 VALVE CONTROL ERROR EVVA [F]
Please refer to the description of FCN 2.18 011.

FCN 2.18 013 VALVE CONTROL ERROR TAVA [F]
Please refer to the description of FCN 2.18 011.

FCN 2.18 014 VALVE CONTROL ERROR ZEVA [F]
Please refer to the description of FCN 2.18 011.

FCN 2.18 015 VALVE CONTROL ERROR RIVA [F]
Please refer to the description of FCN 2.18 011.

FCN 2.18 016 VALVE CONTROL ERROR INVA [F]
Please refer to the description of FCN 2.18 011.

FCN 2.18 017 VALVE CONTROL ERROR BYVA [F]
Please refer to the description of FCN 2.18 011.

FCN 2.18 018 VALVE CONTROL ERROR DIVA [F]
Please refer to the description of FCN 2.18 011.

FCN 2.18 019 VALVE CONTROL ERROR [F]
Please refer to the description of FCN 2.18 011.

FCN 2.18 020 VALVE CONTROL ERROR REVA [F]
Please refer to the description of FCN 2.18 011.

FCN 2.18 021 VALVE CONTROL ERROR AIVA [F]
Please refer to the description of FCN 2.18 011.

FCN 2.18 022 VALVE CURRENT NOT ZERO ON EXPANSION BOARD [F]
Unconditional error.

General description of conditions for occuring:
The valve current on the expansion board was too high when the
valve FLVA was commanded to be closed.

Technical description of conditions for occuring:
The BiCart valve (FLVA) in the MM 90 module was commanded to close
during the startup test.
The valve current signal VACU was approximately 5V for 200 ms.

Some possible explanations why the error has occured:
Error in controlling the valves on the expansion board.
* The port IC5 on the expansion board (K14716) is broken.
* A valve driver circuit IC4 or Q2 on the expansion board (K14717)
is broken.
Error in the valve current measurement.
* The comparator IC1 on the expansion board (K14717) is broken.
* The port IC5 on the expansion board (K14716) is broken.
There is a bad connection between the CPU board and the expansion
board.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.18 023 VALVE CONTROL ERROR FLVA [F]
Unconditional error.

General description of conditions for occuring:
The valve current on the expansion board was too low when the
BiCart valve (FLVA) was commanded to open during the startup test.

Technical description of conditions for occuring:
The BiCart valve (FLVA) in the MM 90 module was commanded to open
during the startup test.
The valve current signal VACU was approximately 0V for 400 ms.

Some possible explanations why the error has occured:
* The valve FLVA is broken so that no current can flow through it.
* There is a bad connection between the valve FLVA and the expansion
board (K14717) P4.
* The signal WADO/ disables the valve drive circuit IC4 on the expansion
board (K14717).
Error in controlling the valves on the expansion board.
* The port IC5 on the expansion board (K14716) is broken.
* A valve driver circuit IC4 or Q2 on the expansion board (K14717)
is broken.
Error in the valve current measurement.
* The comparator IC1 on the expansion board (K14717) is broken.
* The port IC5 on the expansion board (K14716) is broken.
There is a bad connection between the CPU board and the expansion
board.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 2.18 024 AIVA OR REVA MOUNTED WHEN MM90 NOT IS INSTALLED [F]
Unconditional error.

General description of conditions for occuring:
Valve current was detected through AIVA or REVA which NOT should
have been mounted.

Technical description of conditions for occuring:
The preset EL(EEL_MM90$INSTALLED)=FALSE.
This indicated that MM90 NOT was installed.
One of the valves REVA or AIVA which NOT should have been installed
was commanded to open.
FRI(FI_VALVES$CURRENT) > 200 (200 mA).

Some possible explanations why the error has occured:
* The MM90 hardware is installed, but the preset
EL(EEL_MM90$INSTALLED) has incorrectly the value FALSE.
* MM90 is not intended to be installed, but REVA or AIVA is mounted.
Error in the valve current measurement.
* The comparator IC1 on the expansion board (K14717) is broken.
* The port IC5 on the expansion board (K14716) is broken.

Some hints of what to do if the error occurs:
Check the preset EL(EEL_MM90$INSTALLED).
Check if REVA or AIVA are mounted.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 2.19, BLOOD LEAK FUNCTION
Purpose:
* During startup test:
* Checks that a blood leak alarm is detected when the light emitting
diode (LED) is turned off.
* Turns the LED on and waits for 2 seconds.
* Checks that no blood leak alarm is detected.
* Gives an attention if the blood leak detector has to be cleaned.
* During treatment:
* Checks if there is a blood leak alarm by comparing the A/D converted
blood leak detector value with a limit.
* Turns the blood leak detector LED off for 4 seconds every 5 minutes
to check that a blood leak alarm can be detected.

FCN 2.19 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 2.19 001 BLOOD LEAK RECEIVER DETECTED TOO MUCH LIGHT [F,T]
Unconditional error.

General description of conditions for occuring:
The blood leak receiver detected too much light when the blood leak
transmitter was commanded to be turned off.

Technical description of conditions for occuring:
The blood leak LED was commanded to be turned off.
FRI(FI_BL$LEAK$DET) <= 95.
(FRI(FI_BLOOD$LEAK) = 0 when the fluid is completely transparent and
it is about 120 when the fluid is completely dark.)

Some possible explanations why the error has occured:
* Incorrect blood leak detector calibration.
* The blood leak transmitter was never turned off.
* The outport IC 48 or the inverter IC 51 on the CPU board (K13017)
is broken.
* There is a bad connection between the CPU board (K13017) P102
and the FM I/O board (K13092) P313.
* There is a bad connection between the FM I/O board (K13092) P307
and the blood leak detector board (K11318) P71.
* Q1 on the blood leak detector board (K11318) is broken.
* Blood leak detection error.
* Q1 on the blood leak receiver board (K09232) is broken.
* The MUX IC 42 and IC 47, the amplifier IC 46 or the A/D converter 1
IC 38 on the CPU board (K13022) is broken.

Some hints of what to do if the error occurs:
Check the blood leak detector calibration.
Logging: FRI(FI_BL$LEAK$DET)

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 2.19 002 BLOOD LEAK RECEIVER DETECTED TOO LITTLE LIGHT [F]
Unconditional error.

General description of conditions for occuring:
Too little light was detected when the blood leak LED was turned on
during the startup test.

Technical description of conditions for occuring:
The blood leak LED was turned on during the startup test.
After two seconds too little light was detected.
FRI(FI_BL$LEAK$DET) >= 95
(FRI(FI_BLOOD$LEAK) = 0 when the fluid is completely transparent and
it is about 120 when the fluid is completely dark.)

Some possible explanations why the error has occured:
* Dirty bloodleak detector.
* The bloodleak detector was not filled with fluid when the test was
done.
* Incorrect blood leak detector calibration.
* The blood leak transmitter was never turned on.
* The infra red diode (LED) V1 on the blood leak transmitter board
(K09229) is broken or dirty.
* The outport IC 48 or the inverter IC 51 on the CPU board (K13017)
is broken.
* Q1 or IC 1 on the blood leak detector board (K11318) is broken.
* Blood leak detection error.
* The blood leak photo transistor Q1 on the blood leak receiver board
(K09232) is broken or dirty.
* There is a bad connection between the FM I/O board (K13092) P307
and the blood leak detector board (K11318) P71.
* There is a bad connection between the CPU board (K13017) P102
and the FM I/O board (K13092) P313.
* The MUX IC 42 and IC 47, the amplifier IC 46 or the A/D converter 1
IC 38 on the CPU board (K13022) is broken.

Some hints of what to do if the error occurs:
Check if the blood leak detector is dirty.
Check the blood leak LED and the blood leak photo transistor.
Logging: FRI(FI_BL$LEAK$DET)

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 2.20, FLOW MEASURING FUNCTION
Purpose:
* NORMAL OPERATION: The signal TMO0 is used for the syncronisation of the
UF flow measurement. TMO0 is a 401.44 Hz square wave (50% duty cycle)
with TTL levels. It switches the magnetic field in the UF measuring
unit and controls the sampling of the recieved flowsignals. The two
measured flow signals are amplified at the UF preamplifier board. The
flow signals then passes multiplexers, are amplified and sampled on the
CPU board (K13017). The sampled voltages are converted to frequen-
cies that are measured by two counters that both are contained in IC27
on the CPU board (K13017). FCN 2.20 calibrates the counter values
and creates the variables FRR(FR_CH1$RATE) and FRR(FR_CH2$RATE).
FRR(FR_CH1$RATE) is the flow through channel 1 and it has the unit
ml/min. FRR(FR_CH2$RATE) is the flow through channel 2.
FRR(FR_UF$RATE) is calculated as the difference between the flow
through channel 2 and the flow through channel 1. FRR(FR_UF$RATE) has
the unit 1 l/h.
The UF volume FRR(FR_UF$VOL) is calculated. It has the unit 1 l.
* EVERY 30 MINUTES: A self calibration is done twice an hour.
The normal operation of the self calibration is as follows:
1 The measuring system is calibrated by first grounding the input and
then applying a reference voltage to the input.
2 ZEVA is opened and DIVA/BYVA are closed so that no flow passes the
flow cell. The zero flow signals are measured for 15 seconds and the
program checks that the signals are stable. Flow transducer offsets
are calculated. If neccessary the measurement is prolonged for 15s.
3 BYVA is opened and DIVA/ZEVA are closed so that the same flow passes
through flow channel 1 and flow channel 2. The flow signals are
measured after 5s. The measurement continues for 15s and the
program checks that the signals are stable. If neccessary the
measurement is prolonged for 15s. The program checks that
the parameters FRR(FR_UFR$TOLERANCE) and FRR(FR_UFR$OFFSET) have not
changed too much since the last self calibration. If a self
calibration fails, then it is repeated after 5 minutes.

* CALIBRATION: The calibration is done in service mode, and it consists
of the following steps:

1 Tempered fluid flows through both the flow channels for 10 minutes.
2 The linearity of the UF measuring unit is checked by letting three
different flows flow through both the channels.
3 The offsets are calculated by not having any flow through the
channels.
4 The channel 1 coefficient is calculated by letting the flow through
channel 1 fill a reference volume.
5 The channel 2 coefficient is calculated by having the same flows
through both the channels.
6 The calibration parameters are verified.

If "Internal" mode is selected to update offset's and channel 2
coefficient then only steps 1,3 and 5 is performed.

NOTE! The channel 1 flow signal is forwarded through the VFC channel 2
and vice versa.

FCN 2.20 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000.

FCN 2.20 001 INVALID CHANGE OF MUX ADDRESS [F,T,D,S]
Transient error.
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The UF measurement multiplexers are not selecting the correct data.

Technical description of conditions for occuring:
One part of the flowmeasuring code CALC_UF_VFC_VAL updates the
variable MUX$CHANNEL with data that will be output on the outport
The procedure FETCH_UF_VFC_VAL is activated by an interrupt
once a second. It selects which data should be let through
the MUXes IC 35, IC 36, IC 41 on the CPU board (K13017).
This is done by giving the variable FM$OUTPORT$B$M the data from
the variable MUX$CHANNEL, and then putting out that data on the
outport IC 48 on the CPU board (K13017). (Signals UIS0-UIS4).

Another part of the code (CALC_UF_VFC_VAL) has detected that the
5 lowest bits of the varible FM$OUTPORT$B$M have incorrect values.

Some possible explanations why the error has occured:
* SOFTWARE: The program is not executing correctly.
* CPU BOARD: The procedure FETCH_UF_VFC_VAL has not been activated
by any interrupt.
* The counter IC 27 on the CPU board (K13017) is broken so that
there is no 1 Hz frequency on signal IRUF.
* The interrupt controller IC 79 on the CPU board (K13020) is broken.
* CPU BOARD: The RAM, IC66 is broken. (drawing K13020)

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 002 TIMER ERROR [F,T,D,S]
Transient error.
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The UF measuring timer is not working properly.

Technical description of conditions for occuring:
The timer 9513 has returned one of the following error messages:
"Timer load to counter error", "Load register error",
"Mode register error" or "Hold register error".

Some possible explanations why the error has occured:
* CPU BOARD: The timer IC27 is broken (drawing K13017).

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 003 VFC CHANNEL 1 PULSE COUNTER OVERFLOW [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
The pulse counter for VFC channel 1 has counted up to its maximum
value.
Note! VFC channel 1 takes care of flow measurement signals CH2P
and CH2N!

Technical description of conditions for occuring:
The pulse counter for VFC channel 1 (IC 27, counter 3) has counted up
to its maximum value 5 times during 5 seconds
OR
The pulse counter has counted up to a value greater than 32768 5 times
during 5 seconds.

The counter was set to 0 after each time the error occured.

Some possible explanations why the error has occured:
* CPU BOARD (K13017): The VFC, IC28 or some of the components around
it are broken.

Some hints of what to do if the error occurs:
Check the UF A/D system channel 1 function.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 004 VFC CHANNEL 2 PULSE COUNTER OVERFLOW [F,T,D,S]
Unconditional error.

Please refer to the description of FCN 2.20 003
Note!
VFC channel 2 takes care of flow measurement signals CH1P and CH1N.

Some hints of what to do if the error occurs:
Check the UF A/D system channel 2 function.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 005 TIMER ERROR [F,T,D,S]
Transient error.
Unconditional error if more than three errors during one treatment.

Please refer to the description of FCN 2.20 002.

FCN 2.20 006 VFC CHANNEL 1 REFERENCE MEASUREMENT ERROR [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
The VFC channel 1 has been connected to the reference voltage.
The pulse counter (IC27 counter 3) has measured a frequency that
differs too much from the frequency that usually is measured when
the reference voltage is connected.

Technical description of conditions for occuring:
VFC1.VALUE > 0.86241*VFC1.OFFSET for 2s
OR
VFC1.VALUE < 0.82859*VFC1.OFFSET for 2s

VFC1.OFFSET = VFC value when 0V is connected.

Some possible explanations why the error has occured:
* CPU BOARD (K13017): The VFC, IC28 or some of the passive components
around it is broken. Problems have been noted if
the capacitors C20 and C26 are of ceramic type
(yellow caps). These capacitors have been
changed to a polypropylene type (100 116 003).
* CPU BOARD (K13017): IC 29 is broken so that timer 1 does not output
any frequency.
* CPU BOARD (K13017): IC 27 is broken so that timer 1 and 2 do not
output correct frequencies. The pulse duration
should be 50 microseconds and the pulse
repetition time should be 2.49 milliseconds.
* CPU BOARD (K13017): The sample and hold circuit IC39 or IC40 are
broken.
* CPU BOARD (K13017): The multiplexer IC35 or IC41 is broken.
* CPU BOARD (K13017): The amplifier IC34, IC31 or some of the
components around it are broken.
* CPU BOARD (K13022): The voltage reference IC 45 is broken.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 007 VFC CHANNEL 2 REFERENCE MEASUREMENT ERROR [F,T,D,S]
Unconditional error.

Please refer to the description of FCN 2.20 006.

Some possible explanations why the error has occured:
* CPU BOARD (K13017): The VFC, IC30 or some of the passive components
around it is broken. Problems have been noted if
the capacitors C20 and C26 are of ceramic type
(yellow caps). These capacitors have been
changed to a polypropylene type (100 116 003).
* CPU BOARD (K13017): IC 29 is broken so that timer 1 does not output
any frequency.
* CPU BOARD (K13017): IC 27 is broken so that timer 1 and 2 do not
output correct frequencies. The pulse duration
should be 50 microseconds and the pulse
repetition time should be 2.49 milliseconds.
* CPU BOARD (K13017): The sample and hold circuit IC32 or IC33 are
broken.
* CPU BOARD (K13017): The multiplexer IC35 or IC36 is broken.
* CPU BOARD (K13017): The amplifier IC34, IC31 or some of the
components around it are broken.
* CPU BOARD (K13022): The voltage reference IC 45 is broken.

FCN 2.20 008 VFC CHANNEL 1 OFFSET MEASUREMENT ERROR [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
The VFC channel 1 has been connected to 0V.
The pulse counter has measured a frequency that differs too much from
the frequency that usually is measured when 0V is connected.

Technical description of conditions for occuring:
VFC1.VALUE has been outside the allowed interval 6907-10907 for 2s

Some possible explanations why the error has occured:
* CPU BOARD (K13017): The VFC, IC28 or some of the passive components
around it is broken. Problems have been noted if
the capacitors C20 and C26 are of ceramic type
(yellow caps). These capacitors have been
changed to a polypropylene type (100 116 003).
* CPU BOARD (K13017): IC 29 is broken so that timer 1 does not output
any frequency.
* CPU BOARD (K13017): IC 27 is broken so that timer 1 and 2 do not
output correct frequencies. The pulse duration
should be 50 microseconds and the pulse
repetition time should be 2.49 milliseconds.
* CPU BOARD (K13017): The sample and hold circuit IC39 or IC40 are
broken.
* CPU BOARD (K13017): The multiplexer IC35 or IC41 is broken.
* CPU BOARD (K13017): The amplifier IC34, IC31 or some of the
components around it are broken.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 009 VFC CHANNEL 2 OFFSET MEASUREMENT ERROR [F,T,D,S]
Unconditional error.

Please refer to the description of FCN 2.20 008

Some possible explanations why the error has occured:
* CPU BOARD (K13017): The VFC, IC30 or some of the passive components
around it is broken. Problems have been noted if
the capacitors C20 and C26 are of ceramic type
(yellow caps). These capacitors have been
changed to a polypropylene type (100 116 003).
* CPU BOARD (K13017): IC 29 is broken so that timer 1 does not output
any frequency.
* CPU BOARD (K13017): IC 27 is broken so that timer 1 and 2 do not
output correct frequencies. The pulse duration
should be 50 microseconds and the pulse
repetition time should be 2.49 milliseconds.
* CPU BOARD (K13017): The sample and hold circuit IC32 or IC33 are
broken.
* CPU BOARD (K13017): The multiplexer IC35 or IC36 is broken.
* CPU BOARD (K13017): The amplifier IC34, IC31 or some of the
components around it are broken.

FCN 2.20 010 MEASURED MAGNETISATION CURRENT INCORRECT [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
Measured magnetisation current differs to much from typical value.

Technical description of conditions for occuring:
UF coil current is outside the limits 0.18 A - 0.28 A for 5 seconds.
UF coil current is calculated in three ways:
* AD system.
UF coil current [A] =
15 second average of FRI(FI_UF$COIL$CU)/10000.0
* Voltage to frequency converter 1.
UF coil current [A] =
(VFC1.VALUE-VFC1.OFFSET)*FRI(FI_AD$REF$COEFF)*5.0/VFC1.REF/16667.0
* Voltage to frequency converter 2.
UF coil current [A] =
(VFC2.VALUE-VFC2.OFFSET)*FRI(FI_AD$REF$COEFF)*5.0/VFC2.REF/16667.0
One or more of these UF coil currents have been out of limits.

Some possible explanations why the error has occured:
* CABLINGS: There is a bad connection between the UFM PREAMP BOARD 2
(K14013) P54 and the UFM DRIVER BOARD (K11195) P51. There could also
be a short circuit.
* UFM DRIVER BOARD (K11195): Q1,Q2,Q3,Q4,Q5, IC1,IC2,IC3,IC4,IC5 or IC6
are broken.
* CABLINGS: There is a bad connection between the UFM DRIVER BOARD
(K11195) P52 and the UF magnetisation coil. There could also
be a short circuit.
* UF MAGNETISATION COIL: Broken or short circuit.
* CABLINGS: There is a bad connection between the UFM PREAMP BOARD 2
(K14013) P53 and the CPU BOARD (K13017) P105. There could also
be a short circuit.
* UFM PREAMP BOARD 2 (K14013): The voltage reference IC3 or the
amplifier IC1 are broken.
* CPU BOARD (K13017): IC 29 is broken so that timer 1 does not output
any frequency.
* CPU BOARD (K13017): IC 27 is broken so that timer 1 and 2 do not
output correct frequencies. The pulse duration
should be 50 microseconds and the pulse
repetition time should be 2.49 milliseconds.
It is also possible that counter 3 or 4 is not
counting a correctly.
* CPU BOARD (K13017): The VFC, IC28 or IC30 is broken.
* CPU BOARD (K13017): The sample and hold circuit IC32, IC33, IC39 or
IC40 are broken.
* CPU BOARD (K13017): The multiplexer IC35, IC36 or IC41 is broken.
* CPU BOARD (K13017): The amplifier IC34, IC31 or some of the
components around it are broken.
* CPU BOARD (K13017): The outport IC48 is broken.
* CPU BOARD (K13017): The outport IC54 is broken. The signal UFFQ is not
present or the levels are out of the TTL
specification (low level<0.5 Volt, high>2.4 Volt).
The signal UFFQ is called TMO0 on the UFM PREAMP
BOARD 2 and on the UFM DRIVER BOARD.
* UF DRIVER BOARD,TMO0: TMO0 short circuit. If TMO0 becomes correct when
the flow transducer is disconnected then the error is probably caused
by a broken IC2 of the UF driver board K11195.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 011 SELF CALIBRATION PARAMETERS DIFFER TOO MUCH FROM
THE LAST SELF CALIBRATION [T]
Unconditional error.

General description of conditions for occuring:
A self calibration was run. It failed as the values of the variables
FRR(FR_UFR$TOLERANCE) and FRR(FR_UFR$OFFSET) had changed too much since
the last self calibration. A new self calibration was run after 5
minutes. It did also fail for the same reason.

Technical description of conditions for occuring:
The following parts of the self calibration executed successfully
without any errors:
VFC channel 1 reference measurement (NO error 2.20 006)
VFC channel 2 reference measurement (NO error 2.20 007)
VFC channel 1 offset measurement (NO error 2.20 008)
VFC channel 2 offset measurement (NO error 2.20 009)
Flow offset calibration (NO error 2.20 015)
Differential flow calibration. The same flow through channel 1 and
channel 2. The following parts succeded:
NO error 2.20 015
NO error 2.20 014

CALIBR DIFF FLOWnew differed more than 1 ml/min from CALIBR DIFF
FLOWold

A new self calibration was done after 5 minutes.

CALIBR DIFF FLOWagain differed more than 1.0 ml/min from CALIBR DIFF
FLOWnew AND CALIBR DIFF FLOWagain differed more than 1.0 ml/min from
CALIBR DIFF FLOWold

EXPLANATIONS:
CALIBR DIFF FLOW is the calibrated differential flow. It is stored
in the variable FRR(FR_UF$RATE) and has the unit l/h. The following
equation is used to calculate it:
CALIBR DIFF FLOW =
0.048 * ( UNCALIBR DIFF FLOW +
FRR(FR_UFR$TOLERANCE) * UNCALIBR CH1 FLOW -
FRR(FR_UFR$OFFSET) )

0.048 is an approximate value that varies for different flow
measuring units.
UNCALIBR DIFF FLOW has the unit 0.08 ml/min.
UNCALIBR CH1 FLOW has the unit 0.08 ml/min.
NOTE! VFC channel 2 takes care of flow channel 1.

CALIBR DIFF FLOWold is a CALIBR DIFF FLOW that is calculated using
the values of FRR(FR_UFR$TOLERANCE) and FRR(FR_UFR$OFFSET) from the
last self calibration. (If there is no last self calibration then the
values that are stored in the E2PROM are used, and the difference is
allowed to be 1.5 ml/min instead of 1 ml/min.)

CALIBR DIFF FLOWnew is a CALIBR DIFF FLOW that is calculated using
the values of FRR(FR_UFR$TOLERANCE) and FRR(FR_UFR$OFFSET) from the
main self calibration.

CALIBR DIFF FLOWagain is a CALIBR DIFF FLOW that is calculated using
the values of FRR(FR_UFR$TOLERANCE) and FRR(FR_UFR$OFFSET) from the
self calibration that is done 5 minutes after the main self
calibration.

Some possible explanations why the error has occured:
* FLOW CELL: The flow cell has been coated by dirt.
* FLOW CELL: The flow cell is broken.
* FLOW CELL: The resistance between one of the flow cell carbon tubes and
the Z0VR on the UF preamp board is greater than 2 ohms.
* DIVA: The direct valve is leaking.
* BYVA: The bypass valve is leaking.
* UFM PREAMP BOARD (K14013): IC2, IC5, IC6, IC7, IC8, IC9 or IC10 is
broken.

Some hints of what to do if the error occurs:
Clean the UF cell with a chemical disinfection and calibrate it.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

郑振寰 · 发表于 2007-1-31 09:32

FCN 2.20 012 SELF CALIBRATION PARAMETERS DIFFER TOO MUCH FROM THE [T]
VALUES STORED IN EEPROM
Unconditional error.

General description of conditions for occuring:
A self calibration was run. It failed as the value of the variable
FRR(FR_UFR$TOLERANCE) differed too much from the value that was
stored in the EEPROM or estimated at the last performed self
calibration.

Technical description of conditions for occuring:
The following parts of the self calibration executed successfully
without any errors:
VFC channel 1 reference measurement (NO error 2.20 006)
VFC channel 2 reference measurement (NO error 2.20 007)
VFC channel 1 offset measurement (NO error 2.20 008)
VFC channel 2 offset measurement (NO error 2.20 009)
Flow offset calibration (NO error 2.20 015)
Differential flow calibration. The same flow through channel 1 and
channel 2. The following parts succeded:
NO error 2.20 015
NO error 2.20 014

CALIBR DIFF FLOWnew differed more than 7.5 ml/min from CALIBR DIFF
FLOWold

EXPLANATIONS:
CALIBR DIFF FLOW is the calibrated differential flow. It is stored in
the variable FRR(FR_UF$RATE) and has the unit l/h. The following
equation is used to calculate it:
CALIBR DIFF FLOW =
0.048 * ( UNCALIBR DIFF FLOW +
FRR(FR_UFR$TOLERANCE) * UNCALIBR CH1 FLOW -
FRR(FR_UFR$OFFSET) )

0.048 is an approximate value that varies for different flow
measuring units.
UNCALIBR DIFF FLOW has the unit 0.08 ml/min.
UNCALIBR CH1 FLOW has the unit 0.08 ml/min.
NOTE! VFC channel 2 takes care of flow channel 1.

CALIBR DIFF FLOWnew is a CALIBR DIFF FLOW that is calculated using
the values of FRR(FR_UFR$TOLERANCE) and FRR(FR_UFR$OFFSET) from the
current self calibration.

CALIBR DIFF FLOWold is a CALIBR DIFF FLOW that is calculated using
the value of FRR(FR_UFR$TOLERANCE) that was stored in the eeprom or
estimated at the previous self calibration and FRR(FR_UFR$OFFSET)
from the current self calibration.

Some possible explanations why the error has occured:
* FLOW CELL: The flow cell has been coated by dirt.
* FLOW CELL: Leakage in flow cell (and positive dialysate pressure)
* FLOW CELL: The flow cell is broken.
* FLOW CELL: The resistance between one of the flow cell carbon tubes and
the Z0VR at the UF preamp board is greater than 2 ohms.
* DIVA: The direct valve is leaking.
* BYVA: The bypass valve is leaking.
* UFM PREAMP BOARD (K14013): IC2, IC5, IC6, IC7, IC8, IC9 or IC10 is
broken.

Some hints of what to do if the error occurs:
Clean the UF cell with a chemical disinfection and calibrate it.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 013 N O T U S E D

FCN 2.20 014 TOO LOW SELF CALIBRATION FLOW [T]
Unconditional error.

General description of conditions for occuring:
The flow measuring unit measured a flow through channel 1 that was
less than 100 ml/min.

Technical description of conditions for occuring:
The following parts of the self calibration have executed successfully
without any errors:
VFC channel 1 reference measurement (NO error 2.20 006)
VFC channel 2 reference measurement (NO error 2.20 007)
VFC channel 1 offset measurement (NO error 2.20 008)
VFC channel 2 offset measurement (NO error 2.20 009)
Flow offset calibration (NO error 2.20 015)
Differential flow calibration. The same flow through channel 1 and
channel 2. The following parts succeded:
NO error 2.20 015

FRR(FR_CH1$RATE) < 100.0 ml/min.
The self calibration was repeated after 5 minutes and the tests above
did not fail.
FRR(FR_CH1$RATE) < 100.0 ml/min.

Some possible explanations why the error has occured:
* PRESSURE REGULATOR: Uncalibrated or broken.
* FLOW RESTRICTOR: Dirty.
* OUTLET RESTRICTOR: Dirty.
* FLOW PUMP: Dirty or broken.
* SUCTION PUMP: Dirty or broken.
* DEGASSING PRESSURE TRANSDUCER: broken or uncalibrated.
* ZEVA: Leaking.
* RIVA: Leaking.
* FLOW CELL: The flow cell has been coated by dirt.
* FLOW CELL: The flow cell is broken.
* FLOW CELL: The resistance between one of the flow cell carbon tubes and
the Z0VR at the UF preamp board is greater than 2 ohms.
* UFM PREAMP BOARD (K14013): IC2, IC5, IC6, IC7, IC8, IC9 or IC10 is
broken.

Some hints of what to do if the error occurs:
Check that the flow pump is running.
Check that ZEVA or RIVA are not leaking.
Check the flow rates. Logging: FRI(FI_CH1$RATE), FRI(FI_CH2$RATE)

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 015 UNSTABLE FLOW SIGNALS DURING SELF CALIBRATION [T]
Unconditional error.

General description of conditions for occuring:
The self calibration failed because at least one of the measured flow
signals varied too much. A new self calibration that was done 5 minutes
later did also fail because at least one of the measured flow signals
varied too much.

Technical description of conditions for occuring:
The following conditions occured twice, and there was 5
minutes between the two attempts:
The calibration of the measuring system was successful.
The zero flow signals were measured for 15s.
Variance of the flow signals were calculated.
Flow channel 1 variance > 146.5 OR
Flow channel 2 variance > 146.5
( The measuring of zero flow signals was continued for 15s.
Variance of flow signals were calculated from 30s data.
Flow channel 1 variance > 293.0 OR
Flow channel 2 variance > 293.0 )
OR
( New zero flow signals were measured for 15s.
Variance of flow signals were calculated from 15s data.
Flow channel 1 variance > 146.5 OR
Flow channel 2 variance > 146.5 )
OR
The following conditions occured twice, and there was 5 minutes
between the two attempts:
The calibration of the measuring system was successful.
The calibration of the offset flow was successful.
Wait for 5s.
The differential flow signals were measured for 15s.
Variance of the differential flow signal was calculated.
Differential flow variance > 585.9.
( The measuring of differential flow signals was continued for 15s.
Variance of the differential flow signal was calculated from 30s
data.
Differential flow variance > 1171.9.
OR
( New measurement of differential flow.
Variance of the differential flow signal was calculated from 15s
data.
Differential flow variance > 585.9. )

The same flow went through both the flow channels while the
differential flow was measured.
The unit of the variances is 0.0064*(ml/min)*(ml/min)
Note! VFC channel 2 takes care of flow channel 1!

Some possible explanations why the error has occured:
* Air is flowing through flow channel 1. There is too much air in the
inlet water.
* VALVES: RIVA, ZEVA, DIVA or TAVA are leaking.
* FLOW CELL: The flow cell is dirty.
* FLOW CELL: The flow cell is broken.
* FLOW RESTRICTOR: The restrictor is dirty.
* FLOW PUMP: The pump is not working properly.
* CONCENTRATE FEEDING PUMPS: Leaking.
* DEGASSING CHAMBER: The O-ring at the top of the chamber is not in its
correct position. Fluid is leaking.
* DEGASSING PRESSURE TRANSDUCER: Not working properly.

Some hints of what to do if the error occurs:
Check the flow rates. Logging: FRI(FI_CH1$RATE), FRI(FI_CH2$RATE)
Check that RIVA, ZEVA, DIVA and TAVA are not leaking.
Check the rest of the flow path for leakage.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 016 SELF CALIBRATION TIME OUT [T]
Unconditional error.

General description of conditions for occuring:
The self calibration executed for a too long time.

Technical description of conditions for occuring:
SELF CALIBRATION TIME > MAX SELF CALIBRATION TIME
MAX SELF CALIBRATION TIME = 15s - 68s.

Some possible explanations why the error has occured:
* Secondary error to the error FCN 2.20 006.
* Secondary error to the error FCN 2.20 007.
* Secondary error to the error FCN 2.20 008.
* Secondary error to the error FCN 2.20 009.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 017 SELF CALIBRATION TIME OUT WHEN MEASURING CH1 OFFSET [T,S]
Please refer to the description of FCN 2.20 008.

FCN 2.20 018 SELF CALIBRATION TIME OUT WHEN MEASURING VFC 2 OFFSET [T,S]
Please refer to the description of FCN 2.20 009.

FCN 2.20 019 SELF CALIBRATION TIME OUT WHEN MEASURING VFC 1 REF [T,S]
Please refer to the description of FCN 2.20 006.

FCN 2.20 020 SELF CALIBRATION TIME OUT WHEN MEASURING VFC 2 REF [T,S]
Please refer to the description of FCN 2.20 007.

FCN 2.20 021 MEASURED MAGNETISATION CURRENT INCORRECT [T,S]
Please refer to the description of FCN 2.20 010.

FCN 2.20 022 UNSTABLE SIGNAL DURING UF CALIB LINEARITY TEST [S]
Unconditional error.

General description of conditions for occuring:
The channel 1 flow and the differential flow varied too much during the
linearity test in service mode.

Technical description of conditions for occuring:
The following occured twice during the linearity test in the UF
calibration in service mode:
The calibration of the measuring system was correct.
The linearity test was started and the same flow should flow through
both the UF measuring channels.
The variance of the channel 1 flow and the variance of the differen-
tial flow were calculated at the times stated below while the
linearity test was going on.
CHANNEL 1 FLOW VARIANCE > 293.0 after 30s OR
DIFFERENTIAL FLOW VARIANCE > 293.0 after 30s
AND
CHANNEL 1 FLOW VARIANCE > 439.5 after 45s OR
DIFFERENTIAL FLOW VARIANCE > 439.5 after 45s
AND
CHANNEL 1 FLOW VARIANCE > 585.9 after 60s OR
DIFFERENTIAL FLOW VARIANCE > 585.9 after 60s
AND
CHANNEL 1 FLOW VARIANCE > 732.4 after 75s OR
DIFFERENTIAL FLOW VARIANCE > 732.4 after 75s
AND
CHANNEL 1 FLOW VARIANCE > 878.9 after 90s A N D
DIFFERENTIAL FLOW VARIANCE > 878.9 after 90s

The variances have the unit 0.0064*(ml/min)*(ml/min).
Note! VFC channel 2 takes care of flow channel 1!

Some possible explanations why the error has occured:
* Air is flowing through flow channel 1. There is too much air in the
inlet water.
* TAVA: The taration valve is leaking.
* DIVA: The direct valve is leaking.
* FLOW CELL: The flow cell is dirty.
* FLOW CELL: The flow cell is broken.
* FLOW RESTRICTOR: The restrictor is dirty.
* FLOW PUMP: The pump is not working properly.
* CONCENTRATE FEEDING PUMPS: Leaking.
* DEGASSING CHAMBER: The O-ring at the top of the chamber is not in its
correct position. Fluid is leaking.
* DEGASSING PRESSURE TRANSDUCER: Not working properly.

Some hints of what to do if the error occurs:
Check that there is no leakage in valves and other parts of the
flow path. Check the pumps.

Automatical safety actions:
None.
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 023 UNSTABLE SIGNAL DURING UF CALIB LINEARITY TEST [S]
Unconditional error.

General description of conditions for occuring:
The channel 1 flow varied too much during the linearity test in the UF
calibration in service mode.

Technical description of conditions for occuring:
The following occured twice during the linearity test in the UF
calibration in service mode:
The calibration of the measuring system was correct.
The linearity test was started and the same flow should flow through
both the UF measuring channels.
The variance of the channel 1 flow and the variance of the differen-
tial flow were calculated at the times stated below while the
linearity test was going on.
CHANNEL 1 FLOW VARIANCE > 293.0 after 30s OR
DIFFERENTIAL FLOW VARIANCE > 293.0 after 30s
AND
CHANNEL 1 FLOW VARIANCE > 439.5 after 45s OR
DIFFERENTIAL FLOW VARIANCE > 439.5 after 45s
AND
CHANNEL 1 FLOW VARIANCE > 585.9 after 60s OR
DIFFERENTIAL FLOW VARIANCE > 585.9 after 60s
AND
CHANNEL 1 FLOW VARIANCE > 732.4 after 75s OR
DIFFERENTIAL FLOW VARIANCE > 732.4 after 75s
AND
CHANNEL 1 FLOW VARIANCE > 878.9 after 90s

The variances have the unit 0.0064*(ml/min)*(ml/min).
Note! VFC channel 2 takes care of flow channel 1!

Some possible explanations why the error has occured:
* Air is flowing through flow channel 1. There is too much air in the
inlet water.
* ZEVA: The zero setting valve is leaking.
* FLOW RESTRICTOR: The restrictor is dirty.
* FLOW PUMP: The pump is not working properly.
* DEGASSING PRESSURE TRANSDUCER: Not working properly.

Some hints of what to do if the error occurs:
Check that there is no leakage in valves and other parts of the
flow path. Check the pumps.

Automatical safety actions:
None.
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 024 UNSTABLE SIGNAL DURING UF CALIB DIFFERENTIAL FLOW [S]
Unconditional error.

General description of conditions for occuring:
The differential flow varied too much during the differential flow
calibration in service mode.

Technical description of conditions for occuring:
The following has occured twice during the differential calibration in
the UF calibration in service mode:
The calibration of the measuring system was correct.
The differential flow calibration was started and the same flow
should flow through both the UF measuring channels.
The variance of the differential flow was calculated at the times
stated below while the differential flow calibration was going on.
DIFFERENTIAL FLOW VARIANCE > 293.0 after 30s
AND
DIFFERENTIAL FLOW VARIANCE > 439.5 after 45s
AND
DIFFERENTIAL FLOW VARIANCE > 585.9 after 60s
AND
DIFFERENTIAL FLOW VARIANCE > 732.4 after 75s
AND
DIFFERENTIAL FLOW VARIANCE > 878.9 after 90s

The variance has the unit 0.0064*(ml/min)*(ml/min).

Some possible explanations why the error has occured:
* Air is flowing through flow channel 1. There is too much air in the
inlet water.
* TAVA: The taration valve is leaking.
* DIVA: The direct valve is leaking.
* FLOW CELL: The flow cell is dirty.
* FLOW CELL: The flow cell is broken.
* FLOW RESTRICTOR: The restrictor is dirty.
* FLOW PUMP: The pump is not working properly.
* CONCENTRATE FEEDING PUMPS: Leaking.
* DEGASSING CHAMBER: The O-ring at the top of the chamber is not in its
correct position. Fluid is leaking.
* DEGASSING PRESSURE TRANSDUCER: Not working properly.

Some hints of what to do if the error occurs:
Check that there is no leakage in valves and other parts of the
flow path. Check the pumps.

Automatical safety actions:
None.
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 025 UNSTABLE SIGNAL DURING UF OFFSET CALIBRATION [S]
Unconditional error.

General description of conditions for occuring:
The channel 1 flow signal and the channel 2 flow signal varied too much
during the mainflow offset calibration in service mode. There should be
no flow through the measuring cells.

Technical description of conditions for occuring:
The following has occured twice during the mainflow offset calibration
in the UF calibration in service mode:
The calibration of the measuring system was correct.
The mainflow offset calibration was started and no flow should flow
through the UF measuring channels.
The variance of the channel 1 flow and the variance of the channel 2
flow were calculated at the times stated below while the mainflow
offset calibration was going on.
CHANNEL 1 FLOW VARIANCE > 293.0 after 30s OR
CHANNEL 2 FLOW VARIANCE > 293.0 after 30s
AND
CHANNEL 1 FLOW VARIANCE > 439.5 after 45s OR
CHANNEL 2 FLOW VARIANCE > 439.5 after 45s
AND
CHANNEL 1 FLOW VARIANCE > 585.9 after 60s OR
CHANNEL 2 FLOW VARIANCE > 585.9 after 60s
AND
CHANNEL 1 FLOW VARIANCE > 732.4 after 75s OR
CHANNEL 2 FLOW VARIANCE > 732.4 after 75s
AND
CHANNEL 1 FLOW VARIANCE > 878.9 after 90s OR
CHANNEL 2 FLOW VARIANCE > 878.9 after 90s

The variances have the unit 0.0064*(ml/min)*(ml/min).
Note! VFC channel 2 takes care of flow channel 1!

Some possible explanations why the error has occured:
* FLOW CELL: The flow cell is dirty.
* FLOW CELL: The flow cell is broken.
* BYVA: The bypass valve is leaking.
* DIVA: The direct valve is leaking.
* TAVA: The taration valve is leaking.

Automatical safety actions:
None.
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 026 CHANNEL 1 FLOWS TOO CLOSE DURING LINEARITY TEST [S]
Unconditional error.

General description of conditions for occuring:
The minimum and maximum channel 1 flows differed to little during the
linearity test in service mode OR
The medium and maximum channel 1 flows differed to little during the
linearity test in service mode.

Technical description of conditions for occuring:
( MINIMUM CHANNEL 1 FLOW > 0.75 * MAXIMUM CHANNEL 1 FLOW OR
MEDIUM CHANNEL 1 FLOW > 0.88 * MAXIMUM CHANNEL 1 FLOW )

Note! VFC channel 2 takes care of flow channel 1!

Some possible explanations why the error has occured:
* FLOWCELL: The channel 1 part of the flow cell is broken.
* UFM PREAMP BOARD 2 (K14013): IC2, IC5, IC6, IC9 or IC10 is broken.

Automatical safety actions:
None.
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 027 CHANNEL 2 FLOWS TOO CLOSE DURING LINEARITY TEST [S]
Unconditional error.

Please refer to the description of 2.20 026.
Note! VFC channel 1 takes care of flow channel 2!

Automatical safety actions:
None.
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 028 FLOWS TOO CLOSE DURING LINEARITY TEST [S]
Unconditional error.

General description of conditions for occuring:
The minimum and maximum channel 1 flows differed to little during the
linearity test in service mode OR
The medium and maximum channel 1 flows differed to little during the
linearity test in service mode.
AND
The minimum and maximum channel 2 flows differed to little during the
linearity test in service mode. OR
The medium and maximum channel 2 flows differed to little during the
linearity test in service mode.

Technical description of conditions for occuring:
( MINIMUM CHANNEL 1 FLOW > 0.75 * MAXIMUM CHANNEL 1 FLOW OR
MEDIUM CHANNEL 1 FLOW > 0.88 * MAXIMUM CHANNEL 1 FLOW )
AND
( MINIMUM CHANNEL 2 FLOW > 0.75 * MAXIMUM CHANNEL 2 FLOW OR
MEDIUM CHANNEL 2 FLOW > 0.88 * MAXIMUM CHANNEL 2 FLOW )

Note! VFC channel 2 takes care of flow channel 1!

Some possible explanations why the error has occured:
* FLOW PUMP RESTRICTOR: dirty.
* FLOW PUMP: not working properly.
* DEGASSING PRESSURE TRANSDUCER: not working properly.
* FLOW CELL: The resistance between one of the flow cell
carbon tubes and the Z0VR at the UF preamp board is greater than 2
ohms.
* FLOW CELL: The channel 1 part AND the channel 2 part of the flow cell
are broken.

Some hints of what to do if the error occurs:
Check during linearity test if the three different linearity test flow
rates can be observed at the drain. If that is the case, then the flow
cell is out of order. Otherwise the flow generation is not working
properly.

Automatical safety actions:
None.
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 029 UF CALIB REF VOLUME OUT OF LIMITS [S]
Unconditional error.

General description of conditions for occuring:
The reference volume was outside its specified limits during the UF
calibration in service mode.

Technical description of conditions for occuring:
ORI(OI_UF$CAL$REF$VOL) < PI(EPI_UF$CAL$REF$VOL$LL)
OR
ORI(OI_UF$CAL$REF$VOL) > PI(EPI_UF$CAL$REF$VOL$HL)

ORI(OI_UF$CAL$REF$VOL) has the unit 0.1 ml.

Some possible explanations why the error has occured:
* CPU BOARD (K13020): The RAM, IC66 is broken.

Automatical safety actions:
None.
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 030 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000.

Note! There is the following bug in AK 90 PROM 9.2 and older versions:
UF PULSE TIMER INIT ERROR is incorrectly coded as FCN 2.20 030
instead of as FCN 2.20 033 as it should. Please also refer to the
description of that error!

FCN 2.20 031 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000.

Note! There is the following bug in AK 90 PROM 9.2 and older versions:
UF INTERRUPT TIMER INIT ERROR is incorrectly coded as FCN 2.20 031
instead of as FCN 2.20 034 as it should. Please also refer to the
description of that error!

FCN 2.20 032 SOFTWARE ERROR [T]
Please refer to the description of FCN 1.06 000.

FCN 2.20 033 UF PULSE TIMER INIT ERROR [F]
Transient error.
Unconditional error if more than three errors during one treatment.

Note! There is the following bug in AK 90 PROM 9.2 and older versions:
UF PULSE TIMER INIT ERROR is incorrectly coded as FCN 2.20 030
instead of as FCN 2.20 033 as it should.

General description of conditions for occuring:
The UF pulse timer is not working properly.

Technical description of conditions for occuring:
The timer 9513 has returned one of the following error messages:
"Timer load to counter error", "Load register error",
"Mode register error" or "Hold register error".

Some possible explanations why the error has occured:
* CPU BOARD: The timer IC29 is broken (drawing K13017).

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 034 UF INTERRUPT TIMER INIT ERROR [F]
Transient error.
Unconditional error if more than three errors during one treatment.

Note! There is the following bug in AK 90 PROM 9.2 and older versions:
UF INTERRUPT TIMER INIT ERROR is incorrectly coded as FCN 2.20 031
instead of as FCN 2.20 034 as it should.

General description of conditions for occuring:
The UF interrupt timer is not working properly.

Technical description of conditions for occuring:
The timer 9513 has returned one of the following error messages:
"Timer load to counter error", "Load register error",
"Mode register error" or "Hold register error".

Some possible explanations why the error has occured:
* CPU BOARD: The timer IC27 is broken (drawing K13017).

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 035 VFC BUFFER FULL ERROR [F,T,D,S]
Transient error.
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The UF interrupt procedure has filled the VFC data buffer.

Technical description of conditions for occuring:
The UF interrupt timer, timer 5 in IC27 on the CPU board creates
interrupts that the interrupt controller IC79 handles.
Each time an interrupt occurs the procedure FETCH_UF_VFC_VAL is
executed. VFC data is put in a databuffer. It can contain data
from 16 interrupts. The procedure CALC_UF_VFC_VAL is executed
shortly after the interrupt procedure is executed.
If FETCH_UF_VFC_VAL has executed 17 times more than CALC_UF_VFC_VAL,
then the databuffer is full, and this error occurs.

Some possible explanations why the error has occured:
* The UF interrupt timer IC 27, timer 5 on the CPU board (K13017) is
creating too many interrupts. The interrupts should come once a
second. It might be broken or incorrectly initiated.
* The interrupt controller IC 79 on the CPU board (K13020) is broken.
* Software error.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 036 VFC BUFFER OVERFLOW ERROR [F,T,D,S]
Transient error.
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The program attempted to fetch data in a software VFC buffer
while there was no data to fetch.

Technical description of conditions for occuring:
The UF interrupt timer, timer 5 in IC27 on the CPU board creates
interrupts that the interrupt controller IC79 handles.
Each time an interrupt occurs the procedure FETCH_UF_VFC_VAL is
executed. VFC data is put in a databuffer. It can contain data
from 16 interrupts. The procedure CALC_UF_VFC_VAL is executed
shortly after the interrupt procedure is executed.
If CALC_UF_VFC_VAL attempts to get data from the buffer while
FETCH_UF_VFC_VAL has NOT executed and put any data in the buffer,
then this error occurs.

Some possible explanations why the error has occured:
* Software error.

Automatical safety actions:
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 2.20 037 MUX MISSMATCH OCCURED TOO MANY TIMES [F,T,D,S]
Transient error.
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
A MUX channel software variable has changed its value too often.

Technical description of conditions for occuring:
The UF interrupt timer, timer 5 in IC27 on the CPU board creates
interrupts that the interrupt controller IC79 handles.
Each time an interrupt occurs the procedure FETCH_UF_VFC_VAL is
executed. VFC data is put in a databuffer. It can contain data
from 16 interrupts. The procedure CALC_UF_VFC_VAL is executed
shortly after the interrupt procedure is executed.
The procedure CALC_UF_VFC_VAL has updated the variable MUX$CHANNEL
with data that shall be output on signals UIS0-UIS4 from the outport
IC 48 on the CPU board.
This variable has changed its value more than 8 times during 8
seconds.

Some possible explanations why the error has occured:
* Software error.

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN221.PLM UF-rate filter

'FCN 2.21 000' - Case error UF-rate filter function
Unconditional error. No blood pump enable.
Internal software error.

FCN222.PLM UF regulator

'FCN 2.22 000' - Case error UF-rate regulator
Unconditional error. No blood pump enable.
Internal software error.

FCN223.PLM Dia pressure

'FCN 2.23 000' - Case error Dia pressure function
Unconditional error. No blood pump enable.
Internal software error.

FCN224.PLM Service suctionpump regulator

'FCN 2.24 000' - Case error
Service suctionpump regulator function
Unconditional error. No blood pump enable.
Internal software error.

FCN225.PLM RUN TIME METER

'FCN 2.25 000' - Case error Run time meter function
Unconditional error. No blood pump enable.
Internal software error.

FCN226.PLM UF VOLUMES ACCUMULATION

'FCN 2.26 000' - Case error UF volumes accumulation function
Unconditional error. No blood pump enable.
Internal software error.

FCN227.PLM Disinfection valves

'FCN 2.27 000' - Case error disinfection valves function
Unconditional error. No blood pump enable.
Internal software error.

FCN 2.28, CONDUCTIVITY CONTROL FUNCTION
Purpose:
If the preset EL(EEL_MM90$INSTALLED)=TRUE then
* Controls the stepper motor for the A-part conductivity.
* Controls the stepper motor for the acetate or B-part conductivity.
* Checks that the conducivity is within allowed limits.
* Reads if the BiCart latch is open or not.
* Reads if concentrate nipple A and concentrate nipple B are connected
to MM90.
If the preset EL(EEL_MM90$INSTALLED)=FALSE then
* Checks that the MM90 conductivity hardware is not installed.

郑振寰 · 发表于 2007-1-31 09:33

FCN 2.28 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 2.28 001 CONDUCTIVITY PUMP TIMER ERROR [F,T,D,S]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The conductivity pump timer is not working properly.

Technical description of conditions for occuring:
The timer 9513 has returned one of the following error messages:
"Timer load to counter error", "Load register error",
"Mode register error" or "Hold register error".

Some possible explanations why the error has occured:
* The timer IC 2 on the expansion board (K14716) is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 2.28 002 CONDUCTIVITY HARDWARE PRESENT WHEN MM90 NOT INSTALLED [F]
Unconditional error.

General description of conditions for occuring:
The conductivity pump hardware is present even if the MM90 installed
preset is set to FALSE.

Technical description of conditions for occuring:
The preset EL(EEL_MM90$INSTALLED)=FALSE, which means that the MM90
hardware NOT should be installed.
The program tried to initialize the conductivity pump timer which
should NOT have been present.
The attempt to initialize the conductivity pump timer IC 2 on the
expansion board (K14716) did NOT fail.

Some possible explanations why the error has occured:
* The MM90 hardware is installed, but the preset
EL(EEL_MM90$INSTALLED) has incorrectly the value FALSE.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN229.PLM Conductivity supervision

'FCN 2.29 000' - Case error conductivity supervision function
Unconditional error. No blood pump enable.
Internal software error.
FCN230.PLM Remaining disinfection time calculation.

'FCN 2.30 000' - Case error remaining didinfection time calculation.
Unconditional error. No blood pump enable.
Internal software error.

FCN231.PLM BiCart valve function(FLVA).

'FCN 2.31 000' - Case error BiCart valve function
Unconditional error. No blood pump enable.
Internal software error.

Function group 3 : OPCOM functions.

FCN302.PLM Keyboard

'FCN 3.02 000' - Case error Keyboard function.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.02 001' - Spurreous interrupt. Error caused by keyboard
controler IC 87, interrupt controler IC 79 or
noise disturbance.
Transient error.
If more than 3 during one treatment =>
Unconditional error. Blood pump enabled.

FCNBAR.PLM Bargraphs

'FCN 3.03 000' - Case error Venous pressure bargraph.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.04 000' - Case error Blood flow bargraph.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.05 000' - Case error Conductivity bargraph.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.06 000' - Case error Temperature bargraph.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.07 000' - Case error Extra pressure bargraph.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.08 000' - Case error TMP bargraph.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.09 000' - Case error UF-volume bargraph.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.10 000' - Case error UF-rate bargraph.
Unconditional error. No blood pump enable.
Internal software error.

FCNLMP.PLM Lamps
All lamps broken or shortcircuit errors
are minor errors.
No stop of treatment.

'FCN BGPH 001' - Backlight lamp broken
(Ven.-press & Blood flow bargraph)
'FCN BGPH 002' - Backlight lamp shortage
(Ven.-press & Blood flow bargraph)
'FCN BGPH 011' - Backlight lamp broken
(Cond. & Temp bargraph)
'FCN BGPH 012' - Backlight lamp shortage
(Cond. & Temp bargraph)
'FCN BGPH 021' - Backlight lamp broken
(TMP & UF-vol bargraph)
'FCN BGPH 022' - Backlight lamp shortage
(TMP & UF-vol bargraph)
'FCN BGPH 031' - Backlight lamp broken
(UF-rate & Extra press bargraph)
'FCN BGPH 032' - Backlight lamp shortage
(UF-rate & Extra press bargraph)

'FCN 3.11 000' - Case error ON/OFF-lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.11 001' - Lamp broken
'FCN 3.11 002' - Shortage ( High load ).

'FCN 3.12 000' - Case error Disinfection/Rinse lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.12 001' - Lamp broken
'FCN 3.12 002' - Shortage ( High load ).

'FCN 3.13 000' - Case error Reset lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.13 001' - Lamp broken
'FCN 3.13 002' - Shortage ( High load ).

'FCN 3.14 000' - Case error Single needle mode lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.14 001' - Lamp broken
'FCN 3.14 002' - Shortage ( High load ).

'FCN 3.15 000' - Case error Isol-UF mode lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.15 001' - Lamp broken
'FCN 3.15 002' - Shortage ( High load ).

'FCN 3.16 000' - Case error UF mode lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.16 001' - Lamp broken
'FCN 3.16 002' - Shortage ( High load ).

'FCN 3.17 000' - Case error Venous pressure lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.17 001' - Lamp broken
'FCN 3.17 002' - Shortage ( High load ).

'FCN 3.18 000' - Case error Blood flow lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.18 001' - Lamp broken
'FCN 3.18 002' - Shortage ( High load ).

'FCN 3.19 000' - Case error Single needle limits lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.19 001' - Lamp broken
'FCN 3.19 002' - Shortage ( High load ).

'FCN 3.20 000' - Case error Conductivity lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.20 001' - Lamp broken
'FCN 3.20 002' - Shortage ( High load ).

'FCN 3.21 000' - Case error Temperature lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.21 001' - Lamp broken
'FCN 3.21 002' - Shortage ( High load ).

'FCN 3.22 000' - Case error Heparin lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.22 001' - Lamp broken
'FCN 3.22 002' - Shortage ( High load ).

'FCN 3.23 000' - Case error Time lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.23 001' - Lamp broken
'FCN 3.23 002' - Shortage ( High load ).

'FCN 3.24 000' - Case error Extra pressure lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.24 001' - Lamp broken
'FCN 3.24 002' - Shortage ( High load ).

'FCN 3.25 000' - Case error TMP lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.25 001' - Lamp broken
'FCN 3.25 002' - Shortage ( High load ).

'FCN 3.26 000' - Case error UF-volume lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.26 001' - Lamp broken
'FCN 3.26 002' - Shortage ( High load ).

'FCN 3.27 000' - Case error UF-rate lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.27 001' - Lamp broken
'FCN 3.27 002' - Shortage ( High load ).

'FCN 3.28 000' - Case error Air detector lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.28 001' - Lamp broken
'FCN 3.28 002' - Shortage ( High load ).

'FCN 3.29 000' - Case error Arterial pressure lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.29 001' - Lamp broken
'FCN 3.29 002' - Shortage ( High load ).

'FCN 3.30 000' - Case error Attention lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.30 001' - Lamp broken
'FCN 3.30 002' - Shortage ( High load ).

'FCN 3.31 000' - Case error Technical error lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.31 001' - Lamp broken
'FCN 3.31 002' - Shortage ( High load ).

'FCN 3.32 000' - Case error Inlet valve lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.32 001' - Lamp broken
'FCN 3.32 002' - Shortage ( High load ).

'FCN 3.33 000' - Case error Blood leak lamp
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.33 001' - Lamp broken
'FCN 3.33 002' - Shortage ( High load ).

'FCN 3.34 000' - Case error Blood pump lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.34 001' - Lamp broken
'FCN 3.34 002' - Shortage ( High load ).

'FCN 3.35 000' - Case error Alarms bypass lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.35 001' - Lamp broken
'FCN 3.35 002' - Shortage ( High load ).

'FCN 3.36 000' - Case error Mute lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.36 001' - Lamp broken
'FCN 3.36 002' - Shortage ( High load ).

'FCN 3.37 000' - Case error Fluid bypass lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.37 001' - Lamp broken
'FCN 3.37 002' - Shortage ( High load ).

'FCN 3.38 000' - Case error Start stop lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.38 001' - Lamp broken
'FCN 3.38 002' - Shortage ( High load ).

'FCN 3.39 000' - Case error Hold lamp.
Unconditional error.
No blood pump enable.
Internal software error.
'FCN 3.39 001' - Lamp broken
'FCN 3.39 002' - Shortage ( High load ).

'FCN 3.40 000' - Case error Select lamp.
Unconditional error.
No blood pump enable.
Internal software error.
'FCN 3.40 001' - Lamp broken
'FCN 3.40 002' - Shortage ( High load ).

'FCN 3.62 000' - Case error Priming lamp.
Unconditional error.
No blood pump enable.
Internal software error.
'FCN 3.62 001' - Lamp broken
'FCN 3.62 002' - Shortage ( High load ).

'FCN 3.41 000' - Case error Blood flowpath lamp
Unconditional error.
No blood pump enable.
Internal software error.
'FCN 3.41 001' - Lamp 46 broken
'FCN 3.41 002' - Lamp 46 shortage ( High load ).
'FCN 3.41 011' - Lamp 47 broken
'FCN 3.41 012' - Lamp 47 shortage ( High load ).
'FCN 3.41 021' - Lamp 48 broken
'FCN 3.41 022' - Lamp 48 shortage ( High load ).
'FCN 3.41 031' - Lamp 49 broken
'FCN 3.41 032' - Lamp 49 shortage ( High load ).

'FCN 3.42 000' - Case error Fluid flowpath lamp.
Unconditional error.
No blood pump enable.
Internal software error.
'FCN 3.42 001' - Lamp 53 broken
'FCN 3.42 002' - Lamp 53 shortage ( High load ).
'FCN 3.42 011' - Lamp 54 broken
'FCN 3.42 012' - Lamp 54 shortage ( High load ).
'FCN 3.42 021' - Lamp 55 broken
'FCN 3.42 022' - Lamp 55 shortage ( High load ).
'FCN 3.42 031' - Lamp 56 broken
'FCN 3.42 032' - Lamp 56 shortage ( High load ).
'FCN 3.42 041' - Lamp 57 broken
'FCN 3.42 042' - Lamp 57 shortage ( High load ).
'FCN 3.42 051' - Lamp 58 broken
'FCN 3.42 052' - Lamp 58 shortage ( High load ).
'FCN 3.42 061' - Lamp 50 broken
'FCN 3.42 062' - Lamp 50 shortage ( High load ).
'FCN 3.42 071' - Lamp 51 broken
'FCN 3.42 072' - Lamp 51 shortage ( High load ).
'FCN 3.42 081' - Lamp 52 broken
'FCN 3.42 082' - Lamp 52 shortage ( High load ).

'FCN 3.67 000' - Case error Auto priming lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.67 001' - Lamp broken
'FCN 3.67 002' - Shortage ( High load ).

'FCN 3.73 000' - Case error Acetate mode lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.73 001' - Lamp broken
'FCN 3.73 002' - Shortage ( High load ).

'FCN 3.74 000' - Case error Bicarbonate mode lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.74 001' - Lamp broken
'FCN 3.74 002' - Shortage ( High load ).

'FCN 3.75 000' - Case error Chemical disinfection lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.75 001' - Lamp broken
'FCN 3.75 002' - Shortage ( High load ).

'FCN 3.76 000' - Case error Heat disinfection lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.76 001' - Lamp broken
'FCN 3.76 002' - Shortage ( High load ).

'FCN 3.77 000' - Case error Rinse back lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.77 001' - Lamp broken
'FCN 3.77 002' - Shortage ( High load ).

'FCN 3.78 000' - Case error pH lamp.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.78 001' - Lamp broken
'FCN 3.78 002' - Shortage ( High load ).

FCN 3.43, INFORMATION DISPLAY FUNCTION
Purpose:
* Displays text on the information display.

FCN 3.43 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 3.43 0xx SOFTWARE ERROR (SUB STATE ERROR FOR MAIN STATE xx) [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
Internal software error.

Technical description of conditions for occuring:
The information display function has received an undefined command
from another part of the software.
The main state variable O$FCN$STATE(OF_INFO$DISP$MAIN) had the value
"xx" as in the error code. The sub state variable
O$FCN$STATE(OF_INFO$DISP$SUB) was out of limits for that main state.

Some possible explanations why the error has occured:
* Software error.
* RAM error.

Some hints of what to do if the error occurs:
Please report the error to Gambro Sweden.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 3.43 256 TEXT INDEX OUT OF RANGE [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
Internal software error.

Technical description of conditions for occuring:
The information display function was commanded to display an undefined
text.

Some possible explanations why the error has occured:
* Software error.
* RAM error.

Some hints of what to do if the error occurs:
Report the error to Gambro Sweden.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 3.43 257 SERVICE TEXT INDEX OUT OF RANGE [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
Internal software error.
The error code can occur also in other modes than service mode if
the internal logging is activated.

Technical description of conditions for occuring:
The information display function was commanded to display an undefined
service text.

Some possible explanations why the error has occured:
* Software error.
* RAM error.

Some hints of what to do if the error occurs:
Report the error to Gambro Sweden.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN344.PLM Manual input

'FCN 3.44 000' - Main case error. Manual input function.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.44 xxx' - Sub case error in main case xxx.
Unconditional error. No blood pump enable.
Internal software error.

FCN345.PLM Bloodpump knob

'FCN 3.45 000' - Case error. Blood pump knob function.
Unconditional error. No blood pump enable.
Internal software error.

'FCN 3.45 001' - Blood tube diameter out of limits.

FCN346.PLM Venous pressure autolimit

'FCN 3.46 000' - Case error. Venous pressure autolimit function.
Unconditional error. No blood pump enable.
Internal software error.

FCN347.PLM TMP autolimit

'FCN 3.47 000' - Case error. TMP autolimit function.
Unconditional error. No blood pump enable.
Internal software error.

FCN348.PLM Extra pressure autolimit

'FCN 3.48 000' - Case error. Extra pressure autolimit function.
Unconditional error. No blood pump enable.
Internal software error.

FCN349.PLM Passed time

'FCN 3.49 000' - Case error. Passed time function.
Unconditional error. No blood pump enable.
Internal software error.

FCN350.PLM Remaining time

'FCN 3.50 000' - Case error. Remaining time function.
Unconditional error. No blood pump enable.
Internal software error.

FCN351.PLM Non diffusion time

'FCN 3.51 000' - Case error. Non diffusion time function.
Unconditional error. No blood pump enable.
Internal software error.

FCN352.PLM Disrinse time

'FCN 3.52 000' - Case error. Disinfection/rinse time function.
Unconditional error. No blood pump enable.
Internal software error.

FCN 3.53, BUZZER CONTROL FUNCTION
Purpose:
* During startup test:
Turns on the main buzzer and checks that sound is detected.
Turns off the main buzzer.
Turns on the extra buzzer and checks that sound is detected.
During normal operation:
Turns the main buzzer on and off.
Turns the main buzzer off when the operator has pressed the mute key.
The main buzzer sound can be permanent or intermediate. A third
possible buzzer sound is a short beep every two minutes.

FCN 3.53 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 3.53 001 EXTRA BUZZER NOT ON [F]
Unconditional error.

General description of conditions for occuring:
There was no sound detected when the extra buzzer was turned on.

Technical description of conditions for occuring:
During the startup test:
The main buzzer was turned off (BUZR/=1)
The extra buzzer was turned on (BUZE =1)
The buzzer verify signal BUZV/=1 after 100ms

Some possible explanations why the error has occured:
* Extra buzzer circuits broken.
* The buzzer H1 on the driver board (K13014) is broken.
* The outport IC 43 on the CPU board (K13022) is broken.
* The inverter IC 51 on the CPU board (K13022) is broken.
* Sound detection circuits broken.
* The microphone M1 on the driver board (K13014) is broken.
* IC 54, Q10, V25 or V26 on the driver board (K13014) is broken.
* There is a bad connection between the driver board (K13014) P207
and the CPU board (K13019) P109.
* The inport IC 74 on the CPU board (K13019) is broken.

Some hints of what to do if the error occurs:
If there comes two beeps during the startup test, and both error
codes FCN 3.53 001 and FCN 3.53 101 occurs, then refer to the section
"Sound detection circuits broken" above.
Check the signal BUZE from IC 43 on the CPU board to the buzzer H1
on the driver board. There should come a 100 ms long pulse during
the startup test.
Check the buzzer H1 on the driver board.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 3.53 101 MAIN BUZZER NOT ON [F,T,D,S]
Conditional error.
Confirm the error by pressing the select key.

General description of conditions for occuring:
There was no sound detected when the main buzzer was turned on.

Technical description of conditions for occuring:
During startup test:
The main buzzer was turned on (BUZR/=0)
The extra buzzer was turned off (BUZE =0)
The buzzer verify signal BUZV/=1 after 100ms
At normal operation:
The main buzzer was commanded to be on (BUZR/=0)
The buzzer verify signal BUZV/=1 after 700ms

Some possible explanations why the error has occured:
* Main buzzer circuits broken.
* The buzzer H2 on the driver board (K13014) is broken.
* The optocoupler IC 39 on the driver board (K13014) is broken.
* The outport IC 35 on the driver board (K13013) is broken.
* The inverter IC 47 on the driver board (K13014) is broken.
* The mute signal MUKY/ from the mute key is always 0V.
* The PAL IC 43 on the driver board (K13014) is broken.
* IC 44 or V 19 on the driver board (K13014) is broken so that
the buzzer H2 does not get any 5V supply.
* Sound detection circuits broken.
* The microphone M1 on the driver board (K13014) is broken.
* IC 54, Q10, V25 or V26 on the driver board (K13014) is broken.
* There is a bad connection between the driver board (K13014) P207
and the CPU board (K13019) P109.
* The inport IC 74 on the CPU board (K13019) is broken.

Some hints of what to do if the error occurs:
If there comes two beeps during the startup test, and both error
codes FCN 3.53 001 and FCN 3.53 101 occurs, then refer to the section
"Sound detection circuits broken" above.
Check the signal BUZR/ from IC 35 on the driver board to the buzzer
H2 on the driver board. There should come a 100 ms long pulse during
the startup test.
Check the buzzer H2 and the opto coupler IC 39 on the driver board.

Automatical safety actions:
None (The blood pump is enabled)
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN354.PLM Time display

'FCN 3.54 000' - Case error. Time display function.
Unconditional error.
No blood pump enable.
Internal software error.

FCN355.PLM Machine off

'FCN 3.55 000' - Case error Machine off function.
Unconditional error. No blood pump enable.
Internal software error.
'FCN 3.55 001' - Impossible to shut down the AK 90
with the on/off key.
Unconditional error.
Blood pump enabled.
Check the machine off function.
'FCN 3.55 002' - Power PLD unrequested off.
No error, used for hardware diagnostic.
Pin 12 on IC-1 on power fail extension board
has been detected low for more than 5 sedconds.
Check the connections and function of the power
fail extension board.

FCN356.PLM CDS Disrinse communication

'FCN 3.56 000' - Case error CDS disinfection/rinse communication.
Unconditional error. No blood pump enable.
Internal software error.

FCN357.PLM CDS chem dis communication

'FCN 3.57 000' - Case error CDS chemical disinfection communication.
Unconditional error. No blood pump enable.
Internal software error.

FCN358.PLM CDS heat dis communication

'FCN 3.58 000' - Case error CDS heat disinfection communication.
Unconditional error. No blood pump enable.
Internal software error.

FCN359.PLM CDS external alarm communication

'FCN 3.59 000' - Case error CDS external alarm communication.
Unconditional error. No blood pump enable.
Internal software error.

FCN360.PLM Heparine autostop limit

'FCN 3.60 000' - Case error. Heparin autostop limit function.
Unconditional error.
No blood pump enable.
Internal software error.

FCN 3.61, UF GAIN CONTROL FUNCTION
Purpose:
* Calculates the needed UF rate to obtain the set UF volume during
the remaining treatment time.
* Creates an attention if the calculated UF rate is out of limits.

FCN 3.61 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 3.61 001 N O T U S E D A N Y L O N G E R [T]
Software error in isolated UF mode.
Please refer to the description of FCN 1.06 000

FCN 3.61 002 N O T U S E D A N Y L O N G E R [T]
Software error in normal diffusion mode.
Please refer to the description of FCN 1.06 000

FCN363.PLM Access control

'FCN 3.63 000' - Case error. Access control function.
Unconditional error. No blood pump enable.
Internal software error.

FCN364.PLM CDS rinse communication

'FCN 3.64 000' - Case error CDS rinse communication.
Unconditional error. No blood pump enable.
Internal software error.

FCN365.PLM Calibration function

'FCN 3.65 000' - Case error Calibration function.
Unconditional error. No blood pump enable.
Internal software error.

FCN366.PLM Rinse time calculation function

'FCN 3.66 000' - Case error Rinse time calculation function.
Unconditional error. No blood pump enable.
Internal software error.

FCN368.PLM UF autocalibration function

'FCN 3.68 000' - Case error UF auto calibration function.
Unconditional error. No blood pump enable.
Internal software error.

FCN369.PLM Reset set values and limits function

'FCN 3.69 000' - Case error
Reset set values and limits function.
Unconditional error. No blood pump enable.
Internal software error.

FCN370.PLM Disinfection timer function

'FCN 3.70 000' - Case error Disinfection timer function.
Unconditional error. No blood pump enable.
Internal software error.

FCN371.PLM Cleaning timer function

'FCN 3.71 000' - Case error Cleaning timer function.
Unconditional error. No blood pump enable.
Internal software error.

FCN 3.79, CONCENTRATE BANK SELECT FUNCTION
Purpose:
* In acetate mode: Reads the variable ORB(OB_AC$CONC$BANK$SEL) and gives
one of the variables ORL(O_CONC$BANK$0), ORL(O_CONC$BANK$1) or
ORL(O_CONC$BANK$2) the value TRUE.
* In bicarbonate mode: Reads the variable ORB(OB_BC$CONC$BANK$SEL) and
gives one of the variables ORL(O_CONC$BANK$0), ORL(O_CONC$BANK$1) or
ORL(O_CONC$BANK$2) the value TRUE.

FCN 3.79 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 3.79 001 ACETATE CONCENTRATE BANK SELECT OUT OF LIMIT [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
Internal software error.

Technical description of conditions for occuring:
The variable ORB(OB_AC$CONC$BANK$SEL) has a value which is not
0, 1 or 2.
The variable gets a value when the operator selects one of three
available acetate concentrate banks.

Some possible explanations why the error has occured:
* RAM error.

Some hints of what to do if the error occurs:
Log the variable ORB(OB_AC$CONC$BANK$SEL).
Try to select another acetate concentrate bank.
Check if the RAM is broken.
If the RAM is OK then report the error to Gambro.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 3.79 002 BICARBONATE CONCENTRATE BANK SELECT OUT OF LIMIT [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
Internal software error.

Technical description of conditions for occuring:
The variable ORB(OB_BC$CONC$BANK$SEL) has a value which is not
0, 1 or 2.
The variable gets a value when the operator selects one of three
available bicarbonate concentrate banks.

Some possible explanations why the error has occured:
* RAM error.

Some hints of what to do if the error occurs:
Log the variable ORB(OB_BC$CONC$BANK$SEL).
Try to select another bicarbonate concentrate bank.
Check if the RAM is broken.
If the RAM is OK then report the error to Gambro.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN380.PLM Attention function

'FCN 3.80 000' - Case error attention display function.
Unconditional error. No blood pump enable.
Internal software error.

'FCN 3.80 001' - Case error attention evaluation function.
Unconditional error. No blood pump enable.
Internal software error.

'FCN 3.80 002' - Attention evaluation function.
Attention state is corrupt.
Unconditional error. No blood pump enable.
Internal software error.

'FCN 3.80 003' - Attention evaluation function.
Attention queue is full, no more space.
Unconditional error. No blood pump enable.
Internal software error.

FCN381.PLM Preset concentrate calculation fcn

'FCN 3.81 000' - Case error Preset concentrate calculation fcn.
Unconditional error. No blood pump enable.
Internal software error.

FCN382.PLM Preset alternative & mode fcn

'FCN 3.82 000' - Case error Preset alternative & mode fcn.
Unconditional error. No blood pump enable.
Internal software error.

FCN383.PLM Preset disinfection alternative, type and mode. [F,S]

'FCN 3.83 000' - Case error, Preset disinfection alternative,
type and mode fcn. Unconditional error.
No blood pump enable.
Internal software error.

FCN384.PLM Chem disinfection bank. [F,T]

'FCN 3.84 000' - Case error, Chem disinfection bank fcn.
Unconditional error. No blood pump enable.
Internal software error.

Function group 4 : A/D, E2PROM, WATCHDOG functions.

FCN 4.04, MM 90 A/D CONVERTER FUNCTION
Purpose:
This function does only execute if the preset EL(EEL_MM90$INSTALLED) has
the value TRUE.
A voltage to frequency converter and a timer is used for the A/D
conversion.
* Reads A/D channel and A/D value from a buffer.
* Uses the offset voltage and the reference voltage to compensate the
raw data.
* Filters the raw data.
* Scales the raw data.

FCN 4.04 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 4.04 001 MM 90 A/D CONVERTER BUFFER POINTER ERROR [F,T,D,S]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The MM 90 A/D converter interrupt function puts data in a buffer
and incrementes an input pointer. The MM 90 A/D converter function
fetches data from that buffer and increments an output pointer.
One of these pointers had an incorrect value.

Technical description of conditions for occuring:
ALTERNATIVE 1:
The MM 90 A/D converter interrupt function should have
stored A/D converter data in a buffer and should have changed
the value of ADMM_IN_PTR to a value that was not the same as
ADMM_OUT_PTR. The MM 90 A/D converter interrupt routine had not
executed.
The MM 90 A/D converter function FCN 404 detected that
ADMM_OUT_PTR = ADMM_IN_PTR for 10s.
ALTERNATIVE 2:
The MM 90 A/D converter function FCN 404 should all the time give
the variable ADMM_OUT_PTR even values (0,2,4,....)
FCN 404 detected that
ADMM_OUT_PTR was not even.
ALTERNATIVE 3:
The MM 90 A/D converter interrupt routine detected that the MM 90
A/D converter function had fetched too much data from the
A/D converter buffer.
ADMM_OUT_PTR = ADMM_IN_PTR+4
ALTERNATIVE 4:
The MM 90 A/D converter interrupt routine should all the time give
the variable ADMM_IN_PTR values dividable by 4 (0,4,8,....)
The MM 90 A/D converter interrupt routine detected that
ADMM_IN_PTR had a value which was NOT 0,4,8,...

Some possible explanations why the error has occured:
ALTERNATIVE 1:
* The timer IC 2 on the expansion board (K14716) is broken.
* There is a bad connection between the expansion board (K14716) P2
and the CPU board (K13020) P107.
* The CPU IC 89 on the CPU board (K13020) is broken.
ALTERNATIVE 2, 3, 4:
* RAM error.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

郑振寰 · 发表于 2007-1-31 09:33

FCN 4.04 002 MM 90 A/D CONVERTER OFFSET ERROR [F,T,D,S]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The zero voltage value differed too much from the exspected value.

Technical description of conditions for occuring:
An offset measurement was done.
The A/D converter value differed more than 320 units from the expected
value 2066.

Some possible explanations why the error has occured:
* The timer IC 2 or the inverter IC 9 on the expansion board (K14716)
is broken.
* There is a bad connection between the MM 90 distribution board
(K14713) P1 and the expansion board (K14716) P5. (Signal ADFQ)
* The MUX IC 3, the amplifier IC 5, the voltage to frequency converter
IC 6 or the inverter IC 2 is broken.

Some hints of what to do if the error occurs:
Check the signal ADFQ.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.04 003 MM 90 A/D CONVERTER REFERENCE VOLTAGE ERROR [F,T,D,S]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The A/D converter reference voltage value differed too much from
the exspected value.

Technical description of conditions for occuring:
A reference voltage measurement was done.
The A/D converter reference voltage value differed more than 320
units from FRI(FI_MM90$AD$REF$COEFF).

Some possible explanations why the error has occured:
* The MM 90 A/D converter is uncalibrated.
* The timer IC 2 or the inverter IC 9 on the expansion board (K14716)
is broken.
* There is a bad connection between the MM 90 distribution board
(K14713) P1 and the expansion board (K14716) P5. (Signal ADFQ)
* The voltage reference IC 7, MUX IC 3, the amplifier IC 5, the voltage
to frequency converter IC 6 or the inverter IC 2 on the distribution
board (K14713) is broken.

Some hints of what to do if the error occurs:
Calibrate the MM 90 A/D converter.
Check the signal ADFQ.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.04 004 MM 90 TIMER ERROR [F]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The MM 90 timer is not working properly.

Technical description of conditions for occuring:
The timer 9513 has returned one of the following error messages:
"Timer load to counter error", "Load register error",
"Mode register error" or "Hold register error".

Some possible explanations why the error has occured:
* The timer IC 2 on the expansion board (K14716) is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 4.04 005 MM 90 FREQ. SELECTION ERROR. [F]
The program can not determine the sampling freq. of the MM90
ad system.
Transient error.

The A/D system identifies which frequency the VFC32 is working with.
The identification procedure begins as soon as the A/D task starts. Thei
frequency selection is always done before the normal work of the A/D
task starts.

The selection procedure uses ten measuring values for offset and
reference values. A mean value is calculated for both offset and ref.
If the mean values are with in the limits the selection is done. If
the mean values are outside the limits the other frequency is chosen.
The procedure is repeated 100 times before an error code is issued.

The limits used by the frequency selection procedure are based on the
following table:

Reference voltage:

Meas freq./ Cap 150 pF 330 pF
max. 4353 1978
38 norm 3660 1663
min. 3134 1424

max. 9577 4353
20 norm 8053 3660
min. 6896 3134

Offset voltage:

Meas freq./ Cap 150 pF 330 pF
max. 2271 1032
38 norm 2024 920
min. 1822 828

max. 4998 2271
20 norm 4453 2024
min. 4008 1822

The limits are for reference voltage max. 4400 and min. 3100 and for
offset voltage 2200 and 1800.

The timer value is selected from the following theory.
The capacitor is changed from 330 pF to 150 pF. According to the data
book for the VFC32 some capacitance is present on the input to the
VFC32. An assumption is made that extra capacitors are present in the
design. The additionally capacitor gives a one-shot capacitor of 150 pF
+ 20 pF. The gate time for the A/D system is then selected to give the
same accuracy as before , 30.25 uV/bit.

FCN 4.10, A/D CONVERTER 1 FUNCTION

Purpose:
* Reads A/D channel and A/D value from a buffer.
* Uses the offset voltage and the reference voltage to compensate the
raw data.
* Filters the raw data.
* Scales the raw data.

FCN 4.10 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 4.10 001 A/D CONVERTER 1 BUFFER POINTER ERROR [F,T,D,S]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
Data has not been read from A/D converter 1 (IC 38) on the CPU board.

Technical description of conditions for occuring:
The A/D converter 1 interrupt function FCN 411 should have
stored A/D converter data in a buffer and should have changed
the value of ADA_IN_PTR to a value that is not the same as
ADA_OUT_PTR. The A/D converter 1 interrupt routine had not executed.
ADA_OUT_PTR = ADA_IN_PTR for 10s.

Some possible explanations why the error has occured:
* The A/D converter 1 IC 38 on the CPU board (K13022) is broken.
* The PAL IC 94 on the CPU board (K13022) is broken.
* The inverter IC 51 on the CPU board (K13022) is broken.
* The interrupt controller IC 79 on the CPU board (K13020) is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.10 002 A/D CONVERTER 1 OFFSET ERROR [F,T,D,S]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The zero voltage value differed too much from the exspected value.

Technical description of conditions for occuring:
An offset measurement was done.
The A/D converter value differed more than 5 mV from the zero voltage
value. (was outside the interval 1881-2215)

Some possible explanations why the error has occured:
* The A/D converter IC 38 on the CPU board (K13022) is broken.
* The amplifier IC 46 on the CPU board (K13022) is broken.
* The multiplexer IC 42 or IC 47 is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.10 003 A/D CONVERTER 1 REFERENCE VOLTAGE ERROR [F,T,D,S]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The A/D converter reference voltage value differed too much from
the exspected value.

Technical description of conditions for occuring:
The A/D converter reference voltage value differed more than 50
units (1.5 mV) from FRI(FI_AD$REF$COEFF).

Some possible explanations why the error has occured:
* The A/D converter system is uncalibrated.
* The voltage regulator IC 45 on the CPU board (K13022) is broken.
* The A/D converter IC 38 on the CPU board (K13022) is broken.
* The amplifier IC 46 on the CPU board (K13022) is broken.
* The multiplexer IC 42 or IC 47 is broken.

Some hints of what to do if the error occurs:
Calibrate the A/D system.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN411.ASM A/D converter 1, interupt

'FCN 4.11 001' - A/D 1 interrupt during interrupt.
Internal software error.
'FCN 4.11 002' - A/D 1 task not started.
Internal software error.
'FCN 4.11 003' - A/D 1 task stopped. Internal software error.
Transient errors.
If more than 3 during one treatment =>
Unconditional error. Blood pump enable.

FCN 4.20, A/D CONVERTER 2 FUNCTION

Purpose:
* Supervises A/D converter 1 by doing the same calculations and comparing
the results. This is done for the parameters degass pressure,
dialysis pressure, arterial pressure, venous pressure, heater
temperature 1 (supervision temperature), heater temperature 2
(regulator temperature), overheat temperature, flow motor
current, suction motor current, conductivity and cond temperature.
Conductivity and cond temperature are related to the conductivity cell
which is an option in AK90B.
* Reads A/D channel and A/D value from a buffer.
* Uses the offset voltage and the reference voltage to compensate the
raw data.
* Filters the raw data.
* Reads, compensates, filters and scales raw data for UF coil current,
priming detector and board temperature.

FCN 4.20 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 4.20 001 A/D CONVERTER 2 BUFFER POINTER ERROR [F,T,D,S]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
Data has not been read from A/D converter 2 (IC 44) on the CPU board.

Technical description of conditions for occuring:
The A/D converter 2 interrupt function FCN 421 should have
stored A/D converter data in a buffer and should have changed
the value of ADB_IN_PTR to a value that is not the same as
ADB_OUT_PTR. The A/D converter 2 interrupt routine had not executed.
ADB_OUT_PTR = ADB_IN_PTR for 10s.

Some possible explanations why the error has occured:
* The A/D converter 2 IC 44 on the CPU board (K13022) is broken.
* The PAL IC 94 on the CPU board (K13022) is broken.
* The inverter IC 51 on the CPU board (K13022) is broken.
* The interrupt controller IC 79 on the CPU board (K13020) is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.20 002 A/D CONVERTER 2 OFFSET ERROR [F,T,D,S]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The zero voltage value differed too much from the exspected value.

Technical description of conditions for occuring:
An offset measurement was done.
The A/D converter value differed more than 5 mV from the zero voltage
value. (was outside the interval 1881-2215)

Some possible explanations why the error has occured:
* The A/D converter IC 44 on the CPU board (K13022) is broken.
* The amplifier IC 58 on the CPU board (K13022) is broken.
* The multiplexer IC 59 or IC 60 is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.20 003 A/D CONVERTER 2 REFERENCE VOLTAGE ERROR [F,T,D,S]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The A/D converter reference voltage value differed too much from
the exspected value.

Technical description of conditions for occuring:
The A/D converter reference voltage value differed more than 50
units (1.5 mV) from FRI(FI_AD$REF$COEFF).

Some possible explanations why the error has occured:
* The A/D converter system is uncalibrated.
* The voltage regulator IC 45 on the CPU board (K13022) is broken.
* The A/D converter IC 44 on the CPU board (K13022) is broken.
* The amplifier IC 58 on the CPU board (K13022) is broken.
* The multiplexer IC 59 or IC 60 is broken.

Some hints of what to do if the error occurs:
Calibrate the A/D system.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.20 004 A/D CONVERTER DIFFERENCE ERROR, DEGASS PRESSURE [F,T,D,S]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
The A/D converter 1 and A/D converter 2 values differed too much for
the degass pressure.

Technical description of conditions for occuring:
The compensated and filtered voltage from A/D converter 1 differed
more than 3 mV from the compensated and filtered voltage from A/D
converter 2 for more than 500 ms.

Some possible explanations why the error has occured:
* A/D converter 1 circuits broken
* The amplifier IC 46 on the CPU board (K13022) is broken.
* The multiplexer IC 42 or IC 47 is broken.
* The A/D converter IC 38 on the CPU board (K13022) is broken.
* A/D converter 2 circuits broken
* The amplifier IC 58 on the CPU board (K13022) is broken.
* The multiplexer IC 59 or IC 60 is broken.
* The A/D converter IC 44 on the CPU board (K13022) is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.20 014 A/D CONVERTER DIFFERENCE ERROR, DIALYSIS PRESSURE [F,T,D,S]
Please refer to the description of FCN 4.20 004

FCN 4.20 024 A/D CONVERTER DIFFERENCE ERROR, ARTERIAL PRESSURE [F,T,D,S]
Please refer to the description of FCN 4.20 004

FCN 4.20 034 A/D CONVERTER DIFFERENCE ERROR, VENOUS PRESSURE [F,T,D,S]
Please refer to the description of FCN 4.20 004

FCN 4.20 044 A/D CONVERTER DIFFERENCE ERROR, HEATER TEMP 1 [F,T,D,S]
Please refer to the description of FCN 4.20 004

FCN 4.20 054 A/D CONVERTER DIFFERENCE ERROR, HEATER TEMP 2 [F,T,D,S]
Please refer to the description of FCN 4.20 004

FCN 4.20 064 A/D CONVERTER DIFFERENCE ERROR, OVERHEAT TEMP [F,T,D,S]
Please refer to the description of FCN 4.20 004

FCN 4.20 074 A/D CONVERTER DIFFERENCE ERROR, FLOW PUMP CURRENT [F,T,D,S]
Please refer to the description of FCN 4.20 004

FCN 4.20 084 A/D CONVERTER DIFFERENCE ERROR, SUCTION PUMP CURRENT[F,T,D,S]
Please refer to the description of FCN 4.20 004

FCN 4.20 094 A/D CONVERTER DIFFERENCE ERROR, CONDUCTIVITY [F,T,D,S]
Please refer to the description of FCN 4.20 004

FCN 4.20 104 A/D CONVERTER DIFFERENCE ERROR, COND TEMPERATURE [F,T,D,S]
Please refer to the description of FCN 4.20 004

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN421.ASM A/D converter 2, interupt

'FCN 4.21 001' - A/D 2 interrupt during interrupt.
Internal software error.
'FCN 4.21 002' - A/D 2 task not started.
Internal software error.
'FCN 4.21 003' - A/D 2 task stopped.
Internal software error.
Transient errors.
If more than 3 during one treatment =>
Unconditional error. Blood pump enable.

FCN 4.30, I2C COMMUNICATION FUNCTION
Purpose:
During startup:
* Reads EEPROM data to RAM.
During startup, treatment and disinfection:
* Increments run time meter variables and writes them to EEPROM.
During service mode:
* Initializes EEPROM data with data from PROM upon request from the
operator.
* Initializes the transducer type, bus number and logical address EEPROM
data with data from PROM upon request from the operator.
* Writes data to EEPROM upon request from the operator.

The error codes are are written FCN 4.30 xxe. "xx" identifies the
EEPROM as follows:
xx=11: Venous pressure transducer.
xx=12: UF cell transducer.
xx=13: Conductivity cell transducer.
xx=14: Extra pressure transducer.
xx=21: Supervision temperature transducer.
xx=22: Regulator temperature transducer.
xx=23: Blood leak detector transducer.
xx=24: Heater temperature transducer.
xx=25: Dialysis pressure transducer.
xx=26: Degassing pressure transducer.
xx=27: Priming detector.
xx=33: MM 90 conductivity cell A.
xx=41: MM 90 conductivity cell B 2.
xx=42: MM 90 conductivity cell B 1.
xx=45: MM 90 A/D converter.
"e" identifies the kind of error as described for FCN 4.30 111 - 11B below.

FCN 4.30 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 4.30 111 NO ACKNOWLEDGE PULSE RETURNED FROM SERIAL EEPROM [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
The serial EEPROM is not answering when the program attempts to send
commands to it.

Technical description of conditions for occuring:
The program sent a command to the serial EEPROM on the venous pressure
transducer board. The EEPROM should have returned an acknowledge pulse.
No such acknowledge pulse was detected.

Some possible explanations why the error has occured:
* There is a bad connection between the BM I/O board (K13002) P411 and
the pressure transducer board (K11321) P50.
* There is a bad connection between the CPU board (K13021) P103 and
the BM I/O board (K13002) P401.
* An I2C communication circuit IC 37, IC 43 or IC 57 on the CPU board
(K13022) is broken.
* The serial EEPROM IC 2 on the pressure transducer board (K11321) is
broken.

Some hints of what to do if the error occurs:
Check the connection between the venous pressure transducer board
and the BM I/O board.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.30 112 INCORRECT INPUT DATA TO THE I2C DRIVER FUNCTION [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
Internal software error.

Technical description of conditions for occuring:
The function I2C$DRV has been called with incorrect input data:
Another command than read or write
OR
EEPROM address is not 1010xxxx
OR
(Start byte address + Number of bytes) >= 256

Some possible explanations why the error has occured:
* Internal software error.
* RAM error.

Some hints of what to do if the error occurs:
Report the error to Gambro Sweden.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.30 113 SERIAL EEPROM CHECKSUM ERROR [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
The serial EEPROM data check failed.

Technical description of conditions for occuring:
The program read the serial EEPROM on the venous pressure transducer
board.
The checksum of the read data was incorrect.

Some possible explanations why the error has occured:
* The serial EEPROM IC 2 on the pressure transducer board (K11321) is
not initialized.
* The serial EEPROM IC 2 on the pressure transducer board (K11321) is
broken.
* An I2C communication circuit IC 37, IC 43 or IC 57 on the CPU board
(K13022) is broken.

Some hints of what to do if the error occurs:
Change the venous pressure transducer board to another calibrated
transducer board.
It might be necessary to initialize the transducer ID.
OR
Initialize the venous pressure serial EEPROM.
Note! The old calibration data is destroyed!
Calibrate venous pressure.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.30 114 TRANSDUCER BOARD TYPE ERROR [F,S]
Unconditional error.

General description of conditions for occuring:
The serial EEPROM contains incorrect transducer type data.

Technical description of conditions for occuring:
The program read the first byte from the serial EEPROM.
It should contain a code for transducer type.
The transducer type was not the expected one.

Some possible explanations why the error has occured:
* An incorrect transducer board is put in the venous pressure
connection P411 on the BM I/O board (K13002).
* The transducer ID is not initialized.
* The transducer board is not initialized.

Some hints of what to do if the error occurs:
Check that the correct transducer board is put in the venous pressure
connection.
OR
If you are completely sure that the correct transducer board is mounted
then try to initialize the transducer ID.
OR
Change the venous pressure transducer board to another calibrated
transducer board.
It might be necessary to initialize the transducer ID.
OR
Initialize the venous pressure serial EEPROM.
Note! The old calibration data is destroyed!
Calibrate venous pressure.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.30 115 TRANSDUCER BOARD POSITION ERROR [F,S]
Unconditional error.

General description of conditions for occuring:
The serial EEPROM contains incorrect transducer position data.

Technical description of conditions for occuring:
The program read the second and third bytes from the serial EEPROM.
They should contain codes for I2C bus number and I2C bus address.
The bus number or the bus address were not the expected ones.

Some possible explanations why the error has occured:
* An incorrect transducer board is put in the venous pressure
connection P411 on the BM I/O board (K13002).
* The transducer ID is not initialized.
* The transducer board is not initialized.

Some hints of what to do if the error occurs:
Please refer to the description of FCN 4.30 114.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.30 116 TRANSDUCER OFFSET ERROR [F,S]
Unconditional error.

General description of conditions for occuring:
The venous pressure calibration offset is out of limits.

Technical description of conditions for occuring:
The offset variable ORI(OI_CAL$OFFS$0) is out of limits.

Some possible explanations why the error has occured:
* The venous pressure transducer is uncalibrated.
* The transducer was calibrated, and the calibration routine checked
that the offset was in limits. It is now not in limits any longer.
The FCN 4.30 limits might be narrower than the limits that were used
by the calibration routine.
* RAM error.

Some hints of what to do if the error occurs:
Change the venous pressure transducer board to another calibrated
transducer board.
It might be necessary to initialize the transducer ID.
OR
Calibrate venous pressure.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.30 117 TRANSDUCER COEFFICIENT ERROR [F,S]
Unconditional error.

General description of conditions for occuring:
The venous pressure calibration coefficient is out of limits.

Technical description of conditions for occuring:
The offset variable ORI(OI_CAL$SENS$0) is out of limits.

Some possible explanations why the error has occured:
* The venous pressure transducer is uncalibrated.
* The transducer was calibrated, and the calibration routine checked
that the coefficient was in limits. It is now not in limits any longer.
The FCN 4.30 limits might be narrower than the limits that were used
by the calibration routine.
* RAM error.

Some hints of what to do if the error occurs:
Change the venous pressure transducer board to another calibrated
transducer board.
It might be necessary to initialize the transducer ID.
OR
Calibrate venous pressure.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.30 118 REFERENCE TRANSDUCER BOARD CONNECTED [F,S]
Unconditional error.

General description of conditions for occuring:
The serial EEPROM contains incorrect transducer type data.

Technical description of conditions for occuring:
The program read the first byte from the serial EEPROM.
It should contain a code for transducer type.
The code indicated that a reference transducer board was connected.

Some possible explanations why the error has occured:
* An incorrect transducer board is put in the venous pressure
connection P411 on the BM I/O board (K13002).
* The transducer ID is not initialized.
* The transducer board is not initialized.

Some hints of what to do if the error occurs:
Check that the correct transducer board is put in the venous pressure
connection.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.30 119 INCORRECT BUS NUMBER [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
Internal software error.

Technical description of conditions for occuring:
One part of the I2C software, FCN 4.40 or I2C DRV has called another
part of the software with an I2C bus number which is not 1, 2, 3 or 4.

Some possible explanations why the error has occured:
* Software error.
* RAM error.

Some hints of what to do if the error occurs:
Report the error to Gambro Sweden.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.30 11A EEPROM WRITE VERIFICATION ERROR [S]
Unconditional error.

General description of conditions for occuring:
The write to the serial EEPROM failed.

Technical description of conditions for occuring:
The program wrote data to the EEPROM.
The program read that data from the EEPROM.
The read back data was not the same as the data to write.

Some possible explanations why the error has occured:
* The serial EEPROM IC2 on the pressure transducer board (K11321) is
broken.
* RAM error.

Some hints of what to do if the error occurs:
Turn the machine off and on again, and check if the error is repeated.
Change the venous pressure transducer board to another calibrated
transducer board.
It might be necessary to initialize the transducer ID.
OR
Change the venous pressure transducer board to another uncalibrated
transducer board.
Initialize the venous pressure serial EEPROM.
Note! The old calibration data is destroyed!
Calibrate venous pressure.

Automatical safety actions:
None. (The blood pump is enabled.)
(Please refer to "Descriptions of safety actions" below)

FCN 4.30 11B INTERNAL DATA TABLE ERROR [F,S]
Unconditional error.

General description of conditions for occuring:
Internal software error.

Technical description of conditions for occuring:
Some data does not correspond to the internal datatables E2TAB and
INITTAB at the beginning of FCN 4.30.

Some possible explanations why the error has occured:
* Software error.
* RAM error.

Some hints of what to do if the error occurs:
Report the error to Gambro Sweden.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

郑振寰 · 发表于 2007-1-31 09:33

FCN 4.30 xx1 NO ACKNOWLEDGE PULSE RETURNED FROM SERIAL EEPROM [F,T,D,S]
Please refer to the description of "xx" and of FCN 4.30 111 above.

FCN 4.30 xx2 INCORRECT INPUT DATA TO THE I2C DRIVER FUNCTION [F,T,D,S]
Please refer to the description of "xx" and of FCN 4.30 112 above.

FCN 4.30 xx3 SERIAL EEPROM CHECKSUM ERROR [F,T,D,S]
Please refer to the description of "xx" and of FCN 4.30 113 above.

FCN 4.30 xx4 TRANSDUCER BOARD TYPE ERROR [F,S]
Please refer to the description of "xx" and of FCN 4.30 114 above.

FCN 4.30 xx5 TRANSDUCER BOARD POSITION ERROR [F,S]
Please refer to the description of "xx" and of FCN 4.30 115 above.

FCN 4.30 xx6 TRANSDUCER OFFSET ERROR [F,S]
Please refer to the description of "xx" and of FCN 4.30 116 above.

FCN 4.30 xx7 TRANSDUCER COEFFICIENT ERROR [F,S]
Please refer to the description of "xx" and of FCN 4.30 117 above.

FCN 4.30 xx8 REFERENCE TRANSDUCER BOARD CONNECTED [F,S]
Please refer to the description of "xx" and of FCN 4.30 118 above.

FCN 4.30 xx9 INCORRECT BUS NUMBER [F,T,D,S]
Please refer to the description of "xx" and of FCN 4.30 119 above.

FCN 4.30 xxA EEPROM WRITE VERIFICATION ERROR [S]
Please refer to the description of "xx" and of FCN 4.30 11A above.

FCN 4.30 xxB INTERNAL DATA TABLE ERROR [F,S]
Please refer to the description of "xx" and of FCN 4.30 11B above.

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN 4.40, WATCHDOG CONTROL FUNCTION
Purpose:
* Continously:
Supervices that the program executes correctly. If the program
does not send commands to (trigs) the watchdog at certain time
intervals, then the watchdog resets the CPU, turns off the power
supply to the blood pump, heparin pump, clamps, suction pump,
flow pump, closes the direct valve and turns off the heater.
(Signals RESI/=0 and WADO=1)
* During startup:
Initializes the watchdog trig time interval.
Sets the signal WADO=0 (no watchdog alarm).
(FCN 1.07 tests that the clamps are open.)
Sets the signal WADO=1 (watchdog alarm).
(FCN 1.07 tests that the clamps are closed.)
Trigs the watchdog at an incorrect time to test that it can reset the
CPU.
Initializes the watchdog trig time interval.
* At certain error conditions:
Commands the watchdog to reset the system.
The program communicates with the watchdog via an I2C bus, signals
I2C0 and I2D0.
The LED IC 93:1 flashes each time the watchdog is trigged.
It is permanently on if the watchdog or the AC/DC unit resets
the CPU. (RESI/=0)
The LED IC 93:7 is normally on. It is turned off during a watchdog alarm
(WADO=1)

FCN 4.40 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 4.40 066 VERIFICATION ERROR DURING WATCHDOG INITIALIZATION [F]
Unconditional error.

General description of conditions for occuring:
A verification of a watchdog initialization failed during startup.

Technical description of conditions for occuring:
The program attempted to write the values of the variables
PB(EPB_WD$TRIG$TIME) and PB(EPB_WD$WINDOW) to the watchdog.
The watchdog should have sent back the same data as an acknowledge.
The same data was not sent back.

Some possible explanations why the error has occured:
* An I2C communication circuit IC 37, IC 43 or IC 52 on the CPU board
(K13022) is broken.
* The watchdog IC 72 on the CPU board (K13020) is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.40 067 WATCHDOG CIRCUIT PROGRAM EXECUTION ERROR [F]
Unconditional error.

General description of conditions for occuring:
The watchdog circuit has returned an error code.

Technical description of conditions for occuring:
The watchdog has returned the internal error code 17.
The program in the watchdog circuit is not executing correctly.

Some possible explanations why the error has occured:
* The watchdog IC 72 on the CPU board (K13020) is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.40 068 WATCHDOG CIRCUIT INTERNAL RAM CHECKSUM ERROR [F]
Unconditional error.

General description of conditions for occuring:
The watchdog circuit has returned an error code.

Technical description of conditions for occuring:
The watchdog has returned the internal error code 19.
The internal RAM in the watchdog circuit is broken.

Some possible explanations why the error has occured:
* The watchdog IC 72 on the CPU board (K13020) is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.40 069 WATCHDOG CIRCUIT INTERRUPT ERROR [F]
Unconditional error.

General description of conditions for occuring:
The watchdog circuit has returned an error code.

Technical description of conditions for occuring:
The watchdog has returned the internal error code 20.
The watchdog circuit has received a software interrupt which it can
not handle.

Some possible explanations why the error has occured:
* The watchdog IC 72 on the CPU board (K13020) is broken.
* Software error.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.40 076 VERIFICATION ERROR DURING WATCHDOG INITIALIZATION [F]
Unconditional error.

General description of conditions for occuring:
A verification of a watchdog initialization failed during startup.

Technical description of conditions for occuring:
The program attempted to write the number of allowed resetattempts
to the watchdog.
The watchdog should have sent back the same data as an acknowledge.
The same data was not sent back.

Some possible explanations why the error has occured:
* An I2C communication circuit IC 37, IC 43 or IC 52 on the CPU board
(K13022) is broken.
* The watchdog IC 72 on the CPU board (K13020) is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.40 096 VERIFICATION ERROR DURING WATCHDOG INITIALIZATION [F]
Please refer to the description of FCN 4.40 076.

FCN 4.40 201 NO ACKNOWLEDGE PULSE RETURNED FROM THE WATCHDOG [F]
Unconditional error.

General description of conditions for occuring:
The watchdog is not answering when the program attempts to send
commands to it.

Technical description of conditions for occuring:
The program sent a command to the watchdog. The watchdog should
have returned a positive pulse on I2D0 as an acknowledge.
No such acknowledge pulse was detected.

Some possible explanations why the error has occured:
* An I2C communication circuit IC 37, IC 43 or IC 52 on the CPU board
(K13022) is broken.
* The watchdog IC 72 on the CPU board (K13020) is broken.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 4.40 202 WATCHDOG PROGRAM SOFTWARE ERROR [F]
Unconditional error.

General description of conditions for occuring:
One part of the watchdog program FCN 4.40 has given incorrect data
to another part of the same program.

Technical description of conditions for occuring:
Incorrect indata to the procedure WDDRV.
WD$COMMAND > 11
OR
(WD$COMMAND = 5) AND (WD$OPTION > 4)
OR
(WD$COMMAND = 10) AND (WD$OPTION > 3)

Some possible explanations why the error has occured:
* Software error.
* RAM error.

Some hints of what to do if the error occurs:
Report the error to Gambro in Lund.

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

Function group 8 : System functions

FCN 8.00, SYSTEM ERROR LOGGER TASK

FCN 8.00 001 PERMANENT BUFFER FULL [F,T,D,S]
General description of conditions for occuring:
The Permanent error buffer is full.

Some possible explanations why the error has occured:
* It have occured 19 or more errors since the monitor was
turned on.

Some hints of what to do if the error occurs:
Erase the Permanent error buffer.
The Permanent error buffer is automatically erased if the monitor
is shut off.

FCN 8.02, SAFE MEMORY FUNCTION
Purpose:
* During init: Gives the safe memory varibles default values from PROM.
NOTE! Presets and A/D calibration are lost!
* During write: Checks that the safe memory checksum is OK.
Writes data to the safe memory.
Updates the safe memory checksum.
* Continously: Checks that the safe memory checksum is OK.
The safe memory is IC 66 in PROM version 9.0 and later versions.
(The circuit is used both as RAM and as safe memory).
The safe memory is IC 61 in older versions.

FCN 8.02 000 SOFTWARE ERROR [F,T,D,S]
Please refer to the description of FCN 1.06 000

FCN 8.02 001 SAFE MEMORY BATTERY ERROR [F]
Unconditional error.

General description of conditions for occuring:
The first attempt to write data to the safe memory during the startup
test failed.

Technical description of conditions for occuring:
The safe memory variable BATTERYTEST is inverted and written to the
variable X.
X is written to the variable BATTERYTEST in the safe memory.
BATTERYTEST <> X

Some possible explanations why the error has occured:
* The safe memory battery voltage is too low.
* The safe memory is broken.

Some hints of what to do if the error occurs:
Change the safe memory.
Initialize the safe memory.
NOTE! Presets and A/D calibration are lost!

Automatical safety actions:
Fluid unit stop
(Please refer to "Descriptions of safety actions" below)

FCN 8.02 002 SAFE MEMORY CHECKSUM ERROR DURING STARTUP TEST [F]
Unconditional error.

General description of conditions for occuring:
A safe memory data check during the startup test failed.

Technical description of conditions for occuring:
The number of safememory variables had not changed AND
The safe memory checksum was incorrect.
OR
The number of safememory variables had changed as a new PROM had
been installed AND
The old safe memory checksum was incorrect.
OR
The number of safememory variables had changed as a new PROM had
been installed AND
The new safe memory checksum was incorrect after the safe memory
was reorganized and the checksum was updated.

Some possible explanations why the error has occured:
* The data in the safe memory has been destroyed.
* The safe memory is broken.

Some hints of what to do if the error occurs:
Initialize the safe memory.
NOTE! Presets and A/D calibration are lost!
If this does not help then:
Change the safe memory.
Initialize the safe memory.
NOTE! Presets and A/D calibration are lost!

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 8.02 003 SAFE MEMORY CHECK SUM ERROR DURING INIT VARIABLES [F,S]
Unconditional error.

General description of conditions for occuring:
It is not possible to write data to the safe memory.

Technical description of conditions for occuring:
The safe memory function was commanded to initialize the safe memory.
A new checksum was created and written to the safe memory.
The new safe memory checksum was checked.
(If it was not correct then the error code FCN 8.02 004 was given)
The safe memory checksum was checked once again.
If the checksum was not correct then error code FCN 8.02 003 was given.

Some possible explanations why the error has occured:
* The safe memory is broken.

Some hints of what to do if the error occurs:
Change the safe memory.
Initialize the safe memory.
NOTE! Presets and A/D calibration are lost!

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 8.02 004 SAFE MEMORY CHECK SUM ERROR DURING WRITE OR INIT [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
It is not possible to write data to the safe memory.

Technical description of conditions for occuring:
Data was written to the safe memory during write or init.
A new checksum was created and written to the safe memory.
The new safe memory checksum was checked, but was NOT correct.

Some possible explanations why the error has occured:
* The safe memory is broken.

Some hints of what to do if the error occurs:
Change the safe memory.
Initialize the safe memory.
NOTE! Presets and A/D calibration are lost!

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 8.02 006 SAFE MEMORY CHECK SUM ERROR [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
A safe memory data check failed.

Technical description of conditions for occuring:
The safe memory function was commanded to check the checksum.
The checksum was incorrect.
The checksum check is done continously during program execution.

Some possible explanations why the error has occured:
* The data in the safe memory has been destroyed.
* The safe memory is broken.

Some hints of what to do if the error occurs:
Initialize the safe memory.
NOTE! Presets and A/D calibration are lost!
If this does not help then:
Change the safe memory.
Initialize the safe memory.
NOTE! Presets and A/D calibration are lost!

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 8.02 009 SOFTWARE ERROR, (STATE 65) [S]
Please refer to the description of FCN 1.06 000

FCN 8.02 010 SOFTWARE ERROR, (STATE 81) [S]
Please refer to the description of FCN 1.06 000

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

FCN803.PLM Recover data save function

'FCN 8.03 000' - Case error recover function
Unconditional error. No blood pump enable.
Internal software error.

FCN 8.09, TASK SUPERVISION FUNCTION
Purpose:
* Supervises every 100 milliseconds that all parts of the software
(all tasks) are executing within certain time intervalls.
Commands the watchdog function FCN 4.40 to trig the watchdog.
* Calculates and checks the PROM checksums when the program is not
executing anything else.

FCN 8.09 TS2 A/D CONVERSION TASK TOO SLOW [F,T,D,S]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
Internal software error.

Technical description of conditions for occuring:
The time interval from one execution of the A/D conversion task to
the next execution was too long.

Some possible explanations why the error has occured:
* The software timing is incorrect.

Some hints of what to do if the error occurs:
Restart AK 90 with the mains switch.
For correction in new program versions it is very important that
the error is reported to Gambro Sweden.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 8.09 TS3 N O T U S E D A N Y L O N G E R

FCN 8.09 TS4 BLOOD TRANSITION CONTROLLER TASK TOO SLOW [F,T,D,S]
Please refer to the description of FCN 8.09 TS2.

FCN 8.09 TS5 FLUID TRANSITION CONTROLLER TASK TOO SLOW [F,T,D,S]
Please refer to the description of FCN 8.09 TS2.

FCN 8.09 TS6 FUNCTION TASK 0 TOO SLOW [F,T,D,S]
Please refer to the description of FCN 8.09 TS2.

FCN 8.09 TS7 FUNCTION TASK 1 TOO SLOW [F,T,D,S]
Please refer to the description of FCN 8.09 TS2.
Check the UF A/D interrupt.

FCN 8.09 TS8 FUNCTION TASK 2 TOO SLOW [F,T,D,S]
Please refer to the description of FCN 8.09 TS2.

FCN 8.09 TS9 FUNCTION TASK 3 TOO SLOW [F,T,D,S]
Please refer to the description of FCN 8.09 TS2.

FCN 8.09 TSA FUNCTION TASK 4 TOO SLOW [F,T,D,S]
Please refer to the description of FCN 8.09 TS2.

FCN 8.09 TSB N O T U S E D A N Y L O N G E R

FCN 8.09 TF2 A/D CONVERSION TASK TOO FAST [F,T,D,S]
Transient error. (No safety action)
Unconditional error if more than three errors during one treatment.

General description of conditions for occuring:
Internal software error.

Technical description of conditions for occuring:
The time interval from one execution of the A/D conversion task to
the next execution was too short.

Some possible explanations why the error has occured:
* The software timing is incorrect.

Some hints of what to do if the error occurs:
Restart AK 90 with the mains switch.
For correction in new program versions it is very important that
the error is reported to Gambro Sweden.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 8.09 TF3 N O T U S E D A N Y L O N G E R

FCN 8.09 TF4 BLOOD TRANSITION CONTROLLER TASK TOO FAST [F,T,D,S]
Please refer to the description of FCN 8.09 TF2.

FCN 8.09 TF5 N O T U S E D A N Y L O N G E R
FCN 8.09 TF6 FUNCTION TASK 0 TOO FAST [F,T,D,S]
Please refer to the description of FCN 8.09 TF2.

FCN 8.09 TF7 FUNCTION TASK 1 TOO FAST [F,T,D,S]
Please refer to the description of FCN 8.09 TF2.
Check the UF A/D interrupt.

FCN 8.09 TF8 FUNCTION TASK 2 TOO FAST [F,T,D,S]
Please refer to the description of FCN 8.09 TF2.

FCN 8.09 TF9 FUNCTION TASK 3 TOO FAST [F,T,D,S]
Please refer to the description of FCN 8.09 TF2.

FCN 8.09 TFA FUNCTION TASK 4 TOO FAST [F,T,D,S]
Please refer to the description of FCN 8.09 TF2.

FCN 8.09 TFB N O T U S E D A N Y L O N G E R

FCN 8.09 SE- N O T U S E D A N Y L O N G E R

FCN 8.09 SO- N O T U S E D A N Y L O N G E R

FCN 8.09 001 PROGRAM MEMORY CHECKSUM ERROR IN UPPER PROM [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
A PROM data check failed.

Technical description of conditions for occuring:
The checksum check of the PROM IC 2 on the PROM module board failed.

Some possible explanations why the error has occured:
* The PROM IC 2 on the PROM module board (K16040) is broken.

Some hints of what to do if the error occurs:
Change the PROM IC 2 on the PROM module board.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

FCN 8.09 002 PROGRAM MEMORY CHECKSUM ERROR IN LOWER PROM [F,T,D,S]
Unconditional error.

General description of conditions for occuring:
A PROM data check failed.

Technical description of conditions for occuring:
The checksum check of the PROM IC 1 on the PROM module board failed.

Some possible explanations why the error has occured:
* The PROM IC 1 on the PROM module board (K16040) is broken.

Some hints of what to do if the error occurs:
Change the PROM IC 1 on the PROM module board.

Automatical safety actions:
Blood unit stop
Fluid unit stop
Safety relay off
(Please refer to "Descriptions of safety actions" below)

Descriptions of safety actions:
Blood unit stop
The blood pump is stopped.
The arterial and venous clamps are closed.
Fluid unit stop
The heater is turned off.
INVA, DIVA and BYVA are closed.
The flow pump and suction pump are stopped.
The valve and heater drivers are disabled.
Safety relay off
The 24V supply is disconnected from the blood pump,
the heparin pump, the heater relay and the valves.
The arterial and venous clamps are closed.

		自动登录	找回密码
密码			立即注册

AK90错误信息综述

注册登录才能更好的浏览或提问。

浏览过的版块