i Series e Users Guide Page 6 of 35
LIT-31903-00
backplane, determines the line frequency, and phase angle firing assignments. The top pair of chips in a 16
pin DIP socket (P5) permanently store all the unique information for the upper control module position. The
bottom pair of chips in a 16 pin DIP socket (P6) permanently store all the unique information for the lower
control module position. The unique information that is stored is the configuration parameters of the
control module itself, backup looks, analog submaster scenes, the panic scene, and the custom patch.
Standard patches are available by setting the address number in the range of ‘1 ‘to ‘15’. Setting the
thumbwheel to ‘0’ invokes the custom patch stored in the EEPOMS on the backplane. The thumbwheel
address positions for standard patches are the following:
Patch Assignments (DMX-512 & Luma-Net Channel Numbers)
Address # i96e / i96Quad i48e/i48Quad i24e w/JP1 In i24e w/JP1 Out
0 Custom Patch Custom Patch Custom Patch Custom Patch
1 1-96 1-48 1-24 361-384
2 97-192 49-96 25-48 385-408
3 193-288 97-144 49-72 409-432
4 289-384 145-192 73-96 433-456
5 385-480 193-240 97-120 456-480
6 481-512 241-288 121-144 481-504
7 LED solid on 289-336 145-168 505-512
8 LED solid on 337-384 169-192 LED solid on
9 LED solid on 385-432 193-216 LED solid on
10 LED solid on 433-480 217-240 LED solid on
11 LED solid on 481-512 241-264 LED solid on
12 LED solid on LED solid on 265-288 LED solid on
13 LED solid on LED solid on 289-312 LED solid on
14 LED solid on LED solid on 313-336 LED solid on
15 LED solid on LED solid on 337-360 LED solid on
In each column is given an address range. This the range of address patched from the control source
(DMX-512 or Luma-Net) to the dimmer number. Dimmer numbers are either sequential or phase balanced.
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