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1PSS error classes: 9.3 F-01 = Hardware error (CPU “68000”)......................................................9.3
F-02 = Hardware error (CPU “186”)...........................................................9.3
F-03 = Hardware error (CPU “C165”)........................................................9.4
F-04 = .9.4
F-05 = 9.5
F-07 = 9.10 F-08 = Selective 9.10 F-09 = Word module error (PSS AI)........................................................9.16 F-0C = Scan 9.16 F-12 = Process 9.16 F-14 = Process 9.16 F-20 = Messages on the 9.16 F-21 = 9.18 F-22 = Errors accessing 9.18 F-23 = “Read-only” 9.20 F-24 = Errors on parameterised FB 9.20 F-25 = Indirect 9.23 F-26 = 9.24 F-27 = 9.24 F-28 =
................................................9.24 F-30 = I/O-Group stop triggered 9.24 F-31 = Internal SafetyBUS 9.24 F-32 = SafetyBUS p 9.25 F-33 = SafetyBUS .9.25 F-34 = SafetyBUS p 9.28 F-70 = Operating 9.29 F-71 = 9.31 F-72 = Errors in the 9.32 F-73 = Errors in the process image 9.33 F-74 = Error in the 9.33 F-75 = Errors in 9.36 F-76 = 9.36 F-77 = Program 9.36 F-78 = Program .9.37 F-79 = Errors in the process image 9.37
F-80 = .9.38 F-81 = Block 9.38 F-82 = Test pulse errors (68000 processor)...........................................9.41 F-83 = 9.41 F-84 = XW 9.41 F-90 = Operating system errors (186 processor)..................................9.42 F-91 = Synchronisation errors (186 processor).....................................9.42 F-92 = Error in adjacent CPU (186 processor)......................................9.43 F-93 = Errors in the process image of inputs (186 processor)..
..........9.43 F-94 = Configuration errors (186 processor)..........................................9.43 F-96 = Compiler errors (186 processor)..................................................9.45 F-97 = Program load errors (186 processor)..........................................9.46 F-98 = Program link errors (186 processor)...........................................9.46 F-99 = Errors in the process image of outputs (186 processor)..........9.46 F-A2 = Test pulse errors (186 processor)...............................................9.46 F-A3 = Debug errors (186 processor).....................................................9.47 F-A4 = Word module alignment errors (186 processor).......................9.47 F-B0 = Operating system errors (C165 processor)...............................9.47 F-B1 = Synchronisation errors (C165 processor)..................................9.47 F-B2 = Error in adjacent CPU (C165 processor)...................................9.47 F-B3 = Errors in the process image of inputs (C165 processor).........9.48 F-B4 = Configuration errors (C165 processor)......................................9.48 F-B6 = Compiler errors (C165 processor)..............................................9.50 F-B7 = Program load errors (C165 processor)......................................9.50 F-B9 = Errors in the process image of outputs (C165 processor)......9.50 F-C2 = Test pulse errors (C165 processor)............................................9.50 F-C4 = Word module alignment errors (C165 processor)....................9.51
1.9.52
浙江同志网
2PSS error classes: .9.53
3SafetyBUS p error classes on I/O-Devices (PSS SB
DI8O8, PSS SB DI16)................................................................................9.55
4Pilz standard function blocks: 9.62
September 2000
1PSS error classes: failsafe se ction
F-01 = Hardware error (CPU “68000”)
F-01Error description Remedy
03Unable to clear or program Flash-EPROM 1.Load FS application program into the PSS
again.
06Error while burning the failsafe Flash-EPROM 2.Change the PSS CPU.
07Error while burning the failsafe Flash-EPROM
08Error in operating system ROM.
An incorrect value was detected when calculating the CRC
(check sum)
Change the PSS CPU.
09Unable to write to failsafe RAM memory.
0A Unable to write to standard RAM
0B Error discovered in bit processor.
0C Error during reference voltage test
0D Error discovered in dual port RAM “68”.
0E Error discovered in dual port RAM “61”.
0F Error in failsafe Flash-EPROM.
CRC via executable code incorrect on 68000 processor.1.Load FS application program into the PSS.
2.Change the PSS CPU.
10CRC via executable code incorrect on 186 or C165 processor.
11Error during reference voltage test Change the PSS CPU.
13Uart-Timer not triggering an interrupt during self check.
14Write protection error: 68000 processor able to write to dual port
RAM “86”.
15Write protection error: 68000 processor able to write to dual port
RAM “16”.
16Incorrect programming voltage for Flash-EPROM chips.Change the PSS power supply.
17PSS timer tolerance between 186 and 68000 processor is too
high.
Change the PSS CPU.
18PSS timer tolerance between C165 and 68000 processor is too
high.
19
.
1A
Hardware error
F-02 = Hardware error (CPU “186”)
F-02Error description Remedy
01Unable to clear or program Flash-EPROM 1.Load FS application program into the PSS
again.
02Error while burning the failsafe Flash-EPROM 2.Change the PSS CPU.
03Error in operating system ROM.
An incorrect value was detected when calculating the CRC
(check sum)
Change the PSS CPU.
04Unable to write to failsafe RAM memory.
F-02Error description Remedy 05Error discovered in bit processor.
06Error discovered in dual port RAM “86”.
07Error discovered in dual port RAM “81”.
08Error in failsafe Flash-EPROM.
CRC via executable code incorrect on 186 processor.1.Load FS application program into the PSS.
2.Change the PSS CPU.
09CRC via executable code incorrect on 186 or C165 processor.
11Error during reference voltage test Change the PSS CPU.
13Uart-Timer not triggering an interrupt during self check.
0A Write protection error: 186 processor able to write to dual port
RAM “18”.
0B Write protection error: 186 processor able to write to dual port
RAM “68”.
0D Incorrect programming voltage for Flash-EPROM chips.Change the PSS power supply.
0E PSS timer tolerance between 68000 and 186 processor is too
high.
Change the PSS CPU.
0F PSS timer tolerance between C165 and 186 processor is too
high.
F-03 = Hardware error (CPU “C165”)
F-03Error description Remedy
01Error while burning the failsafe Flash-EPROM 1.Load FS application program into the PSS
again.盖达尔
2.Change the PSS CPU.
02Error in operating system ROM.
An incorrect value was detected when calculating the CRC
(check sum)
Change the PSS CPU.
03Error in failsafe Flash-EPROM.
CRC via executable code incorrect on 68000 processor.1.Load FS application program into the
PSS again.
2.Change the PSS CPU.
04Error in failsafe Flash-EPROM.
CRC via executable code incorrect on C165 or 186 processor.
0C Error discovered in dual port RAM “16”.Change the PSS CPU.
0D Error discovered in dual port RAM “18”.
0E Write protection error: C165 processor able to write to dual port
RAM “61”.
0F Write protection error: C165 processor able to write to dual port
RAM “81”.
10Incorrect programming voltage for Flash-EPROM chips.Change the PSS power supply.
11
.
28
Hardware error Change the PSS CPU.
F-04 = Battery error
F-04Error description Remedy
01Battery is depleted.Change battery with the power still applied.
F-05 = Configuration error
F-05Error description Remedy
01Module configuration error on start-up:
Actual configuration does not match registered hardware .Check the configuration of the module rack plus the details in DB 002 (configuration).
02Module configuration error while in RUN mode:
Actual configuration does not match registered hardware .
(Information in DB 002 has been lost.)
Change the PSS CPU. F-06 = Module error
F-06Error description Remedy
01Error during switch-off test of the dual-pole outputs.
Short circuit to +24 V or 0 V in the module / wiring.1.If addr.: #.# + (FFFE):
Check wiring for short circuit to +24 V.公用电话
2.If addr.: #.# - (FEFF):
Check wiring for short circuit to 0 V. 3.Change the PSS DIO Z*.
02Error on the reset latch of the dual-pole outputs.Change the PSS DIO Z*.
03Error on the protection circuit of the dual-pole outputs.Change the PSS DIO Z*.
04Error during switch-on test of the dual-pole outputs. 1.Check wiring for open circuit to the actuator.
2.Change the PSS DIO Z*.
05The output signal (PIO) on the dual-pole outputs of the output transistor “T-” cannot be uploaded.
Short circuit to 0 V in the module / wiring.1.Check wiring for short circuit to 0 V.
2.Check wiring for open circuit from the
output to the actuator.
恐怖主义3.Change the PSS DIO Z*.
06The monitoring optocoupler “+” on dual-pole outputs is not at ‘0’-Signal.
Short circuit to +24 V in the module / wiring.1.Check wiring for short circuit to +24 V.
2.Change the PSS DIO Z*.
07The output signal (PIO) on the dual-pole outputs of the output transistor “T+” cannot be uploaded.
Short circuit to +24 V in the module / wiring or open circuit
between output and actuator.1.Check wiring for short circuit to +24 V.
2.Check wiring for open circuit from the
output to the actuator.
3.Change the PSS DIO Z*.
08The monitoring optocoupler “-” on dual-pole outputs is not at ‘0’-Signal.
Short circuit to +24 V in the module / wiring.1.Check wiring for short circuit to +24 V.
2.Change the PSS DIO Z*.
09On PSS start-up, the internal auxiliary voltage and/or relay on the dual-pole outputs has not dropped out. Supply voltage may
be missing.1.Check the +24 V supply voltage on the
dual-pole output module.
2.Change the PSS DIO Z*.
0A On PSS start-up, the internal auxiliary voltage and/or relay on
the dual-pole outputs has energised while the watchdog was
triggered.
心无旁骛抓落实Change the PSS DIO Z*.
0B On PSS start-up, unable to generate the internal auxiliary
voltage on the dual-pole outputs.
0C Internal auxiliary voltage on the dual-pole outputs has energised
although the watchdog has dropped out.
0D Internal auxiliary voltage on the dual-pole outputs has been
triggered without releasing the reset lock.
0E Error while testing the protection circuit on the dual-pole
outputs.
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