LumaStream Trinity Power Cord - Manual (Page 11)

Document: 66APPMAN-PC Rev: C 18 of 28
10.7 STANDALONE TEST MODES

Test modes are specified by address location and may be used to
debug network connections or provide standalone color changing
options without the need for a DMX controller. Colours are assuming
LED loads are connected in RGB configuration as shown on page 15,
section 9.4)
ADDRESS FUNCTION/SEQUENCE
000 NO FUNCTION
001-512 DMX ADDRESS MODE
513 GREEN ON
514 RED ON
515 BLUE ON
516 BLUE & RED ON (MAGENTA)
517 BLUE & GREEN ON (CYAN)
518 GREEN & RED ON (YELLOW)
519 ALL OUTPUTS AT 5%
520 EACH COLOR RAMPING UP AND DOWN INDIVIDUALLY – SPEED 1
521 EACH COLOR RAMPING UP AND DOWN INDIVIDUALLY – SPEED 2
522 CROSS FADE BETWEEN COLOURS (RED UP, GREEN UP, RED
DOWN, BLUE UP ETC.) – SPEED 1
523 CROSS FADE BETWEEN COLOURS (RED UP, GREEN UP, RED
DOWN, BLUE UP ETC.) – SPEED 2
524 CROSS FADE BETWEEN COLOURS (RED UP, GREEN UP, RED
DOWN, BLUE UP ETC.) – SPEED 3
525 CROSS FADE BETWEEN COLOURS (RED UP, GREEN UP, RED
DOWN, BLUE UP ETC.) – SPEED 4
526 CROSS FADE BETWEEN COLOURS (RED UP, GREEN UP, RED
DOWN, BLUE UP ETC.) – SPEED 5
530 ALL ON
531 CHANNEL 1 ON
532 CHANNEL 2 ON
533 CHANNEL 3 ON
534 CHANNEL 4 ON
535 CHANNEL 5 ON
536 CHANNEL 6 ON
537 CHANNEL 7 ON
538 CHANNEL 8 ON
539 CHANNEL 9 ON
540 CHANNEL 10 ON
541 CHANNEL 11 ON
542 CHANNEL 12 ON
Document: 66APPMAN-PC Rev: C 11 of 28
8.0 OUTPUT CHANNEL REQUIREMENTS
8.1 Electrical Output Specifications:
Output specifications are defined in table 2 on page 4 of this manual.
Actual output currents and maximum voltages are dependant on the
model configuration, see table 6, 8 or table 10 at the beginning of this
manual for configuration options.
8.2 Output Wiring Requirements

WARNING: All output channels are isolated from each other and
require a separate 2 wire twisted pair for each output LED load.

When connecting LED loads to output cables observe ‘+’ and ‘-‘ po-
larity connections to prevent damage to loads. To reduce risk of fire or
electric shock, do not interconnect output terminations.

A common anode or cathode wiring method for multiple LED
loads cannot be used for the TRINITY PC.

All output wires should be connected to their respective LED loads
before power up to prevent inadvertent shorting of outputs. Shorting of
outputs (+ve to –ve only) will result in a hiccup mode of operation with
automatic recovery after removal of a short.

Output Class 2 circuit wiring must comply with NEC Article 725 wir-
ing methods or to CEC section 16-210 wiring methods.

Output cabling should be overall shielded cables with twisted pair
conductors (18 AWG ) to minimize cross talk between channels and mini-
mize Electromagnetic Interference (EMI).

Consult your local Electrical Safety Authority for acceptability in
your end use application.

With appropriate cabling, the TRINITY PC may be remote mounted
up to 150 feet (45 meters) from the LED loads.
7.0 INPUT REQUIREMENTS
7.1 Electrical Input Specifications:
Input specifications are defined in table 1 on page 4 of this
CAUTION
RISK OF DAMAGE:

DO NOT connect input of power unit to a phase cut dimmer or dim-
ming panel. It will cause internal damage to the power unit