M1DBBHR Data Bus Retrofit configuration

[Gerald Schmidt]

Is the following configuration correct?

Branch 1 – JP2 is terminated; M1KP2 keypad connected – JP1 is terminated

Branch 2 – JP3 is not terminated; M1KP2 keypad connected – JP1 is terminated

Branch 3 – JP4 is not terminated; M1XRFTWM transceiver/expander – JP1 is terminated

Branch 4 – JP5 is terminated;  M1XSLC M1-to-Lutron Caseta – JP1 is terminated

Thank you.

[Brad Weeks]

You have just one Bus Device per Branch? If so then JP2 – JP5 should have a terminating Jumper and each device should have a terminating Jumper. If this is the only home run from the M1 to the M1DBHR then you should have JP3 on the M1 terminated and JP1 on the M1DBHR terminated. With the M1 powered off measure the resistance across Data A and Data B at the M1 and across each Branch on the M1DBHR — you should measure ~60-70Ω Ohms of resistance.

[Gerald Schmidt]

Yes, I just have one Bus Device per Branch.  It is a relatively small installation.

I configured the jumpers as you instructed and measured the resistance with the M1 powered off.  Every reading was within the 60 – 70 ohm range.  The M1 was 70 and the branches on the M1DBHR were 63.5 ohms, plus or minus .4 ohms.

Thank you for your quick response and assistance.

[Gerald Schmidt]

After completing the connections as listed above, I am unable to establish a connection between the M1XSLC and my Lutron Smart Bridge Pro.  I have completed all of the instructions for the IP-232 configuration utility.  I have also power-cycled the M1 after updating the IP232.  I have confirmed that all wires and cables between the M1XSLC and M1 are secure.  The Lutron app indicates there are no integrations linked to my Lutron system.   The M1XSLC indicator light is displaying a “Slow blink (1/2 sec.)

[Brad Weeks]

Which Lutron Lighting Technology are you integrating with the M1?

[Author]

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