LΩGIC™ 16X36 Quick Reference Guide
LΩGIC™ 16X36 QRG 10 RGB Mode Menu Options Main Programming Steps Instructions 1. Play auto RGB 1~10 SPEED 1~255 Choose from 20 automatic programs
LΩGIC™ 16X36 QRG 11 Continued from previous page Main Programming Steps Instructions 8. Settings (Cont.) CALIBRATION WHITE 1~9 R G B 0~255 Modify th
LΩGIC™ 16X36 QRG 12 RGB Mode DMX Values EFFECT Channel Function Value Percent/Setting 1 Red 000 ó 255 0~100% Step Time When CUS. 01-10 in CH. 7 i
LΩGIC™ 16X36 QRG 13 Continued from previous page DMX Mode (Cont.) Channel Function Value Percent/Setting 9 Zone Selection 000 ó 009 010 ó 029 03
LΩGIC™ 16X36 QRG 14 Continued from previous page RGB+DMS (Cont.) Channel Function Value Percent/Setting 5 Color Macro + White Balance (Cont.) 21
LΩGIC™ 16X36 QRG 15 Control Panel Description Button Function <MENU> Exits from the current menu or function <ENTER> Enables the curren
LΩGIC™ 16X36 QRG 16 Contact Us General Information ILUMINARC® 5200 NW 108th Avenue Sunrise, FL 33351 Voic
LΩGIC™ 16X36 QRG 2 About this Guide The LΩGIC ™ 16X36 Quick Reference Guide (QRG) only contains the product’s connection and mounting information, a
LΩGIC™ 16X36 QRG 3 Features 1, 2, 3, 4, 6, 9, or 48-channel DMX control Operating modes: 1-channel: RGB, dimmer (no individual RGB adjustments) 3-ch
LΩGIC™ 16X36 QRG 4 AC Power The LΩGIC™ 16X36 has an auto-ranging power supply that can work with an input voltage range of 100~240 VAC, 50/60 Hz. Ma
LΩGIC™ 16X36 QRG 5 Mounting Before mounting this product, read the safety notes at the beginning of the LΩGIC™ 16X36 User Manual and follow the
LΩGIC™ 16X36 QRG 6 CAT5 Linking The LΩGIC™ 16X36 controller uses a signal patch implemented with a CAT5/6 cable to link to other LΩGIC™ 16X36 co
LΩGIC™ 16X36 QRG 7 Cable Connections RJ-45 Plug 3-pin XLR Male 5-pin XLR Male Pin 1: Not Used Pin 2: Not Used Pin 3: Not Used Pi
LΩGIC™ 16X36 QRG 8 Product Connection Diagram Connect the DMX controller to the first LΩGIC™ 16X36 using a DMX to RJ-45 adapter cable. Link eac
LΩGIC™ 16X36 QRG 9 Fixture Internals To understand the maximum load allowed per output line, it is important to know how the internal components are
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