Identiv RFID Reader Module MELM2

Attach a printer to the Controller or ensure the Controller is attached to a Host PC

Power the system up by connecting the AC power and then the standby battery

Verify the system goes through its self-test and prints the configuration information

Check the printed Expansion Inputs value

Verify the controller version and recognized expansion inputs

Check the Options section for the line indicating the number of AEB8s installed

Use Command 88*2 from the ScramblePad or Host PC software to request Max Users and Options information

If the correct information doesn’t appear on the printouts, power down the Controller and recheck the EBIC connections, then retry the test procedure

Press START * # to request status check

Request Specific Relay and Line Module Input Status

Enter the door relay/line module input number (1 - 8)

Press START * [input number] # to request specific status

Read Status from ScramblePad LEDs

Read the status from the ScramblePad LEDs as per Table 7-13

Refer to 'Troubleshooting the Controller Using Status LEDs' on page 7-379 if needed

Ground yourself by touching the controller enclosure or power supply

Turn off all controller system power by removing connectors for both AC power and the standby battery

Disconnect the main power to the controller

Remove the AC fuse located on the power supply

Remove the screws anchoring the CCM circuit board

Ensure the Mx-1 controller's power remains on during the battery replacement.

Measure the voltage of the current memory battery.

Replace the memory battery with a new one of equivalent specifications.

Verify the following downloads have been completed successfully using Velocity

Is the Mx-1 controller ready to use again?

Connect a printer to the controller

Temporarily connect a ScramblePad at the Controller

Press START 10 * 1 * 100 * 65 #

Enter the test code from each permanently installed ScramblePad