Stanley Homelink Garage Door Status Indicator instructions

Mike,

This may or may not help - it's something I posted to CHA a few years back. If it doesn't help, I _may_ have a copy of the original instructions stowed somewhere. Most of these had very poor RF range. You can improve it quite simply. See this link...

The next last paragraph below explains how to "enroll" the units. IIRC, you just send any code to the unit numbers noted. Stanley Homelink Garage Door Status Indicator =============================================

The Homelink Garage Door Status Transmitters send RF commands to the Vehicle Interface which then sends Type 29 (hex 1D) extended code commands over the powerline to the Garage Door Status Indicator. The unit code of the Status Indicator changes with the number of sensors.

Here's an example log snippet:

17:57:56 RX: H5 Extended Data [10,1D] 17:57:57 RX: H5 Extended Data [10,1D] 17:58:01 RX: H5 Extended Data [11,1D] 17:58:02 RX: H5 Extended Data [11,1D]

The first hex byte indicates which sensor is sending and the open/closed state of the door(s). Bits 0-2 indicate the open/closed states and bits 4-6 indicate the active door sensor. In the above example, 10 indicates the door is closed and 11 indicates the door is open.

With one sensor, the unit code is 1 and the possible codes are:

Hex Binary Sender State 10,1D 0001 0000 1 CLOSED 11,1D 0001 0001 1 OPEN

With two sensors, the unit code is 5:

Hex Binary Sender States 2, 1 10,1D 0001 0000 1 CLOSED CLOSED 11,1D 0001 0001 1 CLOSED OPEN 12,1D 0001 0010 1 OPEN CLOSED 13,1D 0001 0011 1 OPEN OPEN 20,1D 0010 0000 2 CLOSED CLOSED 21,1D 0010 0001 2 CLOSED OPEN 22,1D 0010 0010 2 OPEN CLOSED 23,1D 0010 0011 2 OPEN OPEN

With three sensors, the unit code is 9:

Hex Binary Sender States 3, 2, 1 10,1D 0001 0000 1 CLOSED CLOSED CLOSED 11,1D 0001 0001 1 CLOSED CLOSED OPEN 12,1D 0001 0010 1 CLOSED OPEN CLOSED 13,1D 0001 0011 1 CLOSED OPEN OPEN 14,1D 0001 0100 1 OPEN CLOSED CLOSED 15,1D 0001 0101 1 OPEN CLOSED OPEN 16,1D 0001 0110 1 OPEN OPEN CLOSED 17,1D 0001 0111 1 OPEN OPEN OPEN 20,1D 0010 0000 2 CLOSED CLOSED CLOSED 21,1D 0010 0001 2 CLOSED CLOSED OPEN 22,1D 0010 0010 2 CLOSED OPEN CLOSED 23,1D 0010 0011 2 CLOSED OPEN OPEN 24,1D 0010 0100 2 OPEN CLOSED CLOSED 25,1D 0010 0101 2 OPEN CLOSED OPEN 26,1D 0010 0110 2 OPEN OPEN CLOSED 27,1D 0010 0111 2 OPEN OPEN OPEN 40,1D 0100 0000 3 CLOSED CLOSED CLOSED 41,1D 0100 0001 3 CLOSED CLOSED OPEN 42,1D 0100 0010 3 CLOSED OPEN CLOSED 43,1D 0100 0011 3 CLOSED OPEN OPEN 44,1D 0100 0100 3 OPEN CLOSED CLOSED 45,1D 0100 0101 3 OPEN CLOSED OPEN 46,1D 0100 0110 3 OPEN OPEN CLOSED 47,1D 0100 0111 3 OPEN OPEN OPEN

The Status Indicator requires that the sensors be "enrolled" by first sending a signal to unit code 1 for the first sensor, then to unit code 5 for the second sensor, then to unit code 9 for the third sensor.

The RF signal from the sensor units appears to follow the same 32-bit format used by other X-10 security RF transmitters with the exception that it repeats immediately without the 40mS gap between copies used by most transmitters.

=A0 =A0 =A0 =A0|

I posted what I thought was the sequence some time back...

-- Marc

Then I would modify the paragraph I cited to read...

The Status Indicator requires that the sensors be "enrolled" by first sending a signal FROM the first sensor (to unit code 1), then FROM the second sensor, (to unit code 5) then FROM the third sensor (to unit code 9).

bstrome had written this in response to

:

5circles wrote:

Mike, I found a copy , I can send you a PDF.

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