369-HI-R-M-0-0-E  GE  Controller module Brand new

369-HI-R-M-0-0-E GE Controller module Brand new

Unlike the Series 90, the PACSystems CPU’s SNP ID will not appear in 

the Machine Edition programmer Show Status display. Service Request 


Brand: GE                 Model number:369-HI-R-M-0-0-E

Colour:new                  Warranty: 369-HI-R-M-0-0-0-E

Lead Time:3-day working day   Country of origin: USA

Price: Please contact us         Product weight:0.12kg

hipping Port: China

Payment: Bank of Chicago, Bank of Singapore

Express cooperation: fedex, DHL, UPS and your express account 

369-HI-R-M-0-0-E  GE  Controller module Brand new
image.png

The PCM has a default backplane communications timeout value of 5 

seconds. After the PCM has sent a request to the CPU, the PCM 

applies this timeout while waiting on a response back from the CPU. In 

most cases, the CPU will respond well within the 5–second timeout; 

however, in certain instances the CPU can take longer than 5 seconds 

to respond. These cases are limited to LOADs or STOREs of program 

and/or configuration -especially if blocks in the program are larger than 

8 KBytes. Folders containing EXE blocks (again with *.EXE files >8 

KBytes) are most likely to cause problems. To ensure that the PCMs 

do not observe backplane timeouts, a file must be loaded (using termf) 

to the PCM. The file must be a binary file named CPU.ENV. The 

contents of this file are as below (all values are specified in 

hexadecimal):

Once the binary file CPU.ENV (below) is created, use termf to load 

CPU.ENV to the PCM. Then execute a soft reset of the PCM. After 

executing the soft reset, the PCM’s backplane communications 

timeout should be 10 seconds.

Note: A copy of the above CPU.ENV file can be obtained from 

http://www.ge-ip.com/support.

CAUTION

The CPU.ENV file will not be used when a hard reset is performed 

on the PCM. With the CPU.ENV file resident in the PCM, a soft 

reset must be performed after every hard reset of the PCM. Be 

aware that it is possible to issue a soft reset COMMREQ from the 

Ladder Diagram application; therefore, the application can be 

modified to handle the required reset of PCMs after a power cycle 

of the controller system.



GE    DS3800DMEC1B1B    

GE    DS3800DMEC1C1C    

GE    DS3800DMEC1D1D    

GE    DS3800DMPC    

GE    DS3800DMPC1E1C    

GE    DS3800DMPC1F1E    

GE    DS3800DMPK1B1B    

GE    DS3800DMPK1E1D    

GE    DS3800DOAA    

GE    DS3800DPLA1B1A    

GE    DS3800DPSS1B1B    

GE    DS3800DPSS1C1C    

GE    DS3800DPZA1D1D    

GE    DS3800DSHA1A1A    

GE    DS3800DSHA1A1B    

GE    DS3800DSQD1A1A    

GE    DS3800DSWA    

GE    DS3800DXRA    

GE    DS3800DXRA1C1C    

GE    DS3800DXRC    

GE    DS3800DXRC1    

GE    DS3800HACA    

GE    DS3800HACA1A1A    

GE    DS3800HACB    

GE    DS3800HADA    

GE    DS3800HADA1A1A    

GE    DS3800HADA1B1B    

GE    DS3800HAFA1B1D    

GE    DS3800HAFA-1D1E    

GE    DS3800HAIA1D1B    

GE    DS3800HAIA1E1D    

GE    DS3800HAIA1EID    

GE    DS3800HAIC1A1A    

GE    DS3800HAIC1A1A 6BA00C    

GE    DS3800HAIC1A1A6BA00C    

GE    DS3800HAIC1E1C    

GE    DS3800HARA1B1C    

GE    DS3800HCIB    

GE    DS3800HCIB1B    

GE    DS3800HCIB1B1C    

GE    DS3800HCID    

GE    DS3800HCM1A1B    

GE    DS3800HCMA1E1G    

GE    DS3800HCMB    

GE    DS3800HCMB1C1C    

GE    DS3800HCMC    

GE    DS3800HCMC1A1B    

GE    DS3800HCMC-1A1B    

GE    DS3800HCVA1H1G    

GE    DS3800HCVA1J1G    

GE    DS3800HDDD    

GE    DS3800HDID1A1A    

GE    DS3800HDRA    

GE    DS3800HDRA1B    

GE    DS3800HDRA1B1B    

GE    DS3800HDRC1A1A    

GE    DS3800HFPB1F1E    

GE    DS3800HFPC    

GE    DS3800HFPC1L1H    

GE    DS3800HFPE1D1C    

GE    DS3800HFPG1C1B    

GE    DS3800HFPG1D1B    

GE    DS3800HFPG1D1C    

GE    DS3800HFPG1D1D    

GE    DS3800HFPG1E1E    

GE    DS3800HFXA1F1D    

GE    DS3800HFXB    

GE    DS3800HFXB1G1C    

GE    DS3800HFXB1R1H    

GE    DS3800HFXC    

GE    DS3800HFXD    




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