Because RFL™ and Hubbell® have a policy of continuous product improvement, we reserve the right to change designs and specifications without notice.
RFL Status Module RFL Electronics Inc.
July 15, 2007 4 (973)
334-3100
For normal operation each terminal end must have a different Module Adapter as
shown below:
System Type End A End B
8-point unidirectional
16-point unidirectional
8-point bidirectional
106140-1 (MA-601)
106140-3 (MA-603)
106140-5 (MA-605)
106140-2 (MA-602)
106140-4 (MA-604)
106140-6 (MA-606)
Make sure the Module Adapters you are installing are the correct ones for the
desired application.
4. Once the Module Adapters have been selected (one for each end), insert each one into the rear
of the shelf directly behind the module slot where the Status Module will be installed. Secure
the module with the two or four screws provided.
The Module Adapters will take up one or two slots in the multiplexer shelf
depending on the Module Adapter selected. The 8 Input or 8 Output versions will
take up one module slot, and all other versions will take up two module slots. This
must be taken into consideration when selecting module slots.
6. Connect the user equipment to the Module Adapters using the connector pin assignments
detailed in Figures 2 and 3 as applicable. Refer to Figure 1 for a typical connection diagram.
7. Refer to Figure 5 for the location of switches and jumpers on the Status Module.
8. Using DIP switch SW1, set the module address of the Status Module.
For remote access, each channel module in an IMUX 2000 multiplexer shelf
must have a distinct module address. For this module, valid module addresses
are the numbers “1” to “31”, which correspond to the codes shown in Table 2.
The module address is usually set to the number of the physical slot in the
shelf that the module will occupy; it can be set to any number from 1 to 31 that
is not already being used by another module in the same multiplexer shelf.
9. Set toggle switch SW2 to the desired setting.
Set the switch in the UP position to unlock the outputs. Set the switch to the
down position to lock the outputs. This will keep the outputs from changing
after the switch is placed in the locked position.
10. Install the Status Logic module into the IMUX 2000 chassis and allow a few seconds for the
board to complete its power-up process and to ensure that the common module has read all
configuration data from the module.
11. Verify performance of the module using loopback testing.
12. When the configuration and performance of the Status Logic module has been verified, the
module is ready to be placed in service.
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