Detailed function table – Gotham Incito DMX512_RDM Field Rev. E User Manual

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DETAILED FUNCTION TABLE

Function 1 - Enable Button Override (aka Button Mode, Focus)

4 blinks = button override disabled

5 blinks = button override enabled

When button override is enabled, each short button press (not in programming mode) will step the
output through an OFF, 50%, 100% light level cycle.

Note: A button press longer that a quick tap will put the unit in programming mode. Take care not to
accidentally put the unit in programming mode.

Function 2 = Set DMX Address

The LED will blink each digit of the current DMX address. (the digits will blink twice a second.)

Blink 1st digit, 1 second pause - blink 2nd digit, 1 second pause - blink 3rd digit, 3 second pause –
repeat

The new address is set by pressing desired digit change during the flashing of that digit.

For example:

• the most significant digit for address 206 it’s “2”.

• address 8 (or 008, sometimes DMX addresses are documented with all three digits) is “8”

• address 17 (or 017) is “1”

If changing the MSD from “0” to “2”, while the HPEPP is flashing the MSD 10 times (zero), press the

CJ520003 Rev. E

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If changing the MSD from “0” to “2”, while the HPEPP is flashing the MSD 10 times (zero), press the
button twice. Once done entering the first digit (most significant digit) do not press the button for 3
seconds. The unit will then confirm the first digit by blinking the LED twice. Next, enter the second
digit the same way as the first while the second digit is flashing. (if applicable), then the third digit. (if
applicable) Once all digits are entered, press and hold the button to exit programming mode and
confirm the changes. (See step 5 above).

Note: 0 is indicated by 10 blinks. If you change any of the digits, the HPEPP will flash the new value
for the digit and process to next lower byte.

Function 3 = Configure DMX Channel Footprint/RDM Personality

1 blink = 8-Bit Linear No Relay(1 chan)

2 blinks = 16-Bit Linear No Relay((2 chan)

3 blinks = 8-Bit Log No Relay(1 chan)

4 blinks = 16-Bit Log No Relay(2 chan)

5 blinks = 8-Bit Linear w/Relay(2 chan)

6 blinks = 8-Bit Log w/Relay(2 chan)

7 blinks = 16-Bit Linear w/Relay(3 chan)

8 blinks = 16-Bit Log w/Relay(3 chan)