Techni-Lux DL-QUADBOX1630TC User manual

Information specifically for:
DL-QUADBOX1630TC
v1.0
This manual contains important information.
Please read before operating fixture.

2
IMPORTANT INFORMATION
Save original packing and documentation for warranty, service and return issues.
Limited Warranty: This warranty covers defects or malfunctions in this equipment. This warranty lasts
for a period of one year from date of purchase. It is the owner’s responsibility to provide invoices for
proof of purchase, purchase date and dealer or distributor. If purchase date can not be provided,
warranty period will start at manufacture date. It is the sole discretion of Techni-Lux to repair or replace
parts or equipment. All shipping will be paid by purchaser. This warranty does not cover lamps, fuses,
belts, power semiconductors, relays, cleaning, standard maintenance adjustments or normal wear items
or any problem resulting from the following: improper wiring, incorrect voltage (including low or over
voltage conditions and lightning), abuse, misuse, improper maintenance or an act of God or damage
resulting from shipping. Warranty will be null and void if the product is altered, modified, misused,
damaged, or subjected to unauthorized repairs. Lamps are covered by relevant manufacturer warranty.
This warranty gives you specific legal rights, and you may also have other rights which vary from state to
state. Any liability for consequential and incidental damages is expressly disclaimed. No other warranty,
expressed or implied is made. Techni-Lux liability in all events is limited to, and shall not exceed, the
purchase price paid.
Returning equipment and Repairs: All returns must be accompanied by a Return Merchandise
Authorization (RMA) number and sent pre-paid. Contact the dealer or Techni-Lux directly to obtain an
RMA. The RMA number must be clearly listed on the shipping label. Due care must be exercised in
packing all merchandise to be returned. All repairs must be accompanied by a written explanation of the
claimed problem or error encountered. Techni-Lux is solely responsible for determining a product’s
eligibility for coverage under warranty. If returning for consideration of credit, all accessories and
documentation, original protective material and cartons must be included and the equipment, packing
and carton must be in new resalable condition. Credit for returned merchandise will be issued at the
lowest current price and is subject to a restocking fee. No returns accepted on discontinued items.
Techni-Lux is not responsible for merchandise damaged in transit and reserves the right to refuse any
return that is damaged by the carrier, not accompanied by a Return Authorization Number (RMA#) or
sent by freight collect.
Claims: All claims must be made within seven (7) days of receipt of merchandise. Any physical damage
must be reported to carrier upon receipt of merchandise.
Please record the following information for future reference:
Model Number (circle): DL-QUADBOX1630TC
Serial Number: ________________________________________
Dealer: ______________________________________________
Date of Purchase: ______________________________________
www.Techni-Lux.com

3
Table of Contents
Specifications .............................................................................................................................4
Unpacking ...................................................................................................................................5
Power...........................................................................................................................................5
Mounting .....................................................................................................................................6
Basic Reference..........................................................................................................................6
Setup and Operation Modes (LCD Display)..............................................................................7
Control Panel Menu & Operation Settings ................................................................................7
Built-in Program Chase Operation (P01-P15)...........................................................................7
Auto Run Operation ..................................................................................................................8
Slave Operation ........................................................................................................................8
Sound Active Operation ............................................................................................................8
DMX Operation .........................................................................................................................8
DMX-512 Control.........................................................................................................................9
DMX Data Connection ..............................................................................................................9
Data Terminator ........................................................................................................................9
Adapter 5-to-3 pin ...................................................................................................................10
DMX Start Address .................................................................................................................10
DMX Channel Assignments .....................................................................................................10
3 Channel Mode......................................................................................................................11
5 Channel Mode......................................................................................................................11
48 Channel Mode....................................................................................................................12
51 Channel Mode....................................................................................................................13
Maintenance..............................................................................................................................15
Accessory Items (sold separately)..........................................................................................15
Troubleshooting .......................................................................................................................16
DMX-512 Background...............................................................................................................16

4
Specifications
Fixture Overview
•Compact 4 x 4 design
•Powerful 16 x 30w RGB COB LEDs
•Individual control of 16 LEDS
•Beam Angle – 60°
•Rugged Housing
•Operating modes: DMX, Auto Run, Chases, Sound Active, Master/Slave
•Precise DMX control using 3, 5, 48, or 51 channels
•Both 3 and 5 Pin XLR DMX connectors
•Static and 13 Built-in programs
•Digital LCD display menu for settings
•Quiet operation
Physical
Color Black
Size 13.58” x 14.96” x 6.5”
Weight 17.2 lbs (7.8 kgs)
Housing Material Steel
Environmental
Location Indoor
Max. ambient temperature 113°F (45°C)
Min. distance to flammable surface 3.3ft (1m)
Min. distance to illuminated surface 1ft (0.3m)
Electrical
Voltage Auto Ranging 100 - 250vAC, 50-60Hz
Rated Power 560W
Fuses 6.3 amp mini size: 5x20mm
Control
Digital Protocol USITT DMX512 (1990)
Channels 3, 5, 48 or 51 maximum
Data I/O 3 or 5 Pin XLR (Cannon)
Modes DMX512 or Stand-Alone
Optics
Light Source 16 RGB 30 watt COB LEDS
Beam Angle 60°
Rigging
Orientation Any
Mounting Points Adjustable mounting bracket, with clamp bolt mounting holes..

5
Unpacking
Immediately upon receipt, carefully unpack and inspect the fixture to verify that all parts are
present and have been received in good condition. If any parts appear damaged from shipping
or the shipping carton shows signs of mishandling, notify the shipper immediately. Retain
carton and all packing material for inspection. In the event that the merchandise is to be
returned, the original carton and packing must be used. The customer will be billed for a new
carton and packing if merchandise is received without the original carton and packing.
Claims
Physical damage must be reported to the Freight Carrier or Shipping Company upon
receipt of merchandise. Damage incurred in shipping is the responsibility of the Freight
Carrier or Shipping Company. It is the customer’s obligation in the event that
merchandise is received damaged, to notify the Freight Carrier or Shipping Company
immediately. All other claims not related to damage incurred during shipping must be
made to the Dealer or Distributor within 7 days of receiving merchandise.
Returns
Returned merchandise must be in the original packing with a Return Merchandise
Authorization number (RMA) clearly listed on the shipping label. Items sent by Freight
Collect or without a RMA number will be refused. Call your sales person and request a
RMA prior to shipping. Be prepared to provide the model number, serial number and
description of the nature of the return. Shipping damage resulting from inadequate
packaging is the customer’s responsibility. Customer will be charged additional shipping
charges to return products received in non original packing and or cartons.
Power
Do not apply power to the fixture until power source is verified.
For protection against electric shock, fixture must be connected to suitable earth ground.
Make sure fixture is disconnected from power mains before any service.
The mains voltage and frequency of this fixture is automatically set. It may operate on an input
AC voltage ranging from 100 to 250volts, 50/60Hz. The listed power rating is its average
wattage under normal conditions. All fixtures must be powered directly from a switched circuit.
This fixture cannot be run on a rheostat or dimmer circuit even if used solely for a 0% to 100%
switching. Before applying power to a fixture, check that the fixture’s input voltage matches the
power source voltage. Consult a qualified electrician if there are any concerns about proper
connection to power.

6
Mounting
Always consult a qualified professional when rigging. Consider access for routine maintenance
when selecting a mounting position. This fixture may be mounted in any position provided there
is adequate room for movement and ventilation. Mount the fixture securely using proper
hardware, clamps and a safety cables. This fixture features a universal mounting bracket that
allows adjustment and positioning when mounted. Mounting holes are provided on each bracket
to help accommodate a clamp. Always keep cords out of the way, thus preventing any trip
hazards. Secure all cables properly. Do not mount where the fixture will be exposed to any
water or rain, high humidity, extreme temperature changes or restricted ventilation. Do not
obstruct any vents or heat-sinking.
Basic Reference
Safety Cable
Point
LCD Display
Fuse Holder 3 and 5 Pin Data
XLR In/Out
PowerCon Output
Pass-Thru
PowerCon Power
Input
Safety Cable Menu Setting Buttons
Point

7
Setup and Operation Modes (LCD Display)
The following refers to the different modes that are available on this fixture via the LCD Control
Panel display. All functions are selectable from the display menu located at the back of the
fixture.
Note: The actual fixture may vary from the illustrations shown in this manual.
Control Panel Menu & Operation Settings
Use the fixture’s Control Panel to access the Control Menu. The MODE Key puts the
fixture in the settings menu itself. The UP/DOWN moves through the menu options and
allows the assignment of a value. The ENTER key is used to enter that option and
confirms the selection once the UP/DOWN is used to adjust the value. Settings are
stored and recalled on subsequent power cycles. R, G, B, refers to Red, Green and Blue
respectively. DMX and master/slave modes require data cables to be connected between
fixtures. Manual and some stand-alone modes do not require data cables for
independent use of the fixture.
Built-in Program Chase Operation (P01-P15)
A program is a sequence of different steps that will be called up one after another in a
continuous loop. With the DL-OCTOBAR830TC fixture, you can select one static color or
from 14 different program chases. Each program is described in the table below.
To select a program:
Press the MODE button to select the internal PROGRAM Mode. Select the desired
chase from P01 to P14 using the UP/DOWN buttons. Press the ENTER button to select
speed and flash settings, respectively. You can select the desired values via the
UP/DOWN buttons. Speed is from slowest 00 to fastest at 99. Set strobe flashing from
none at 00 to fastest at 99. Press the ENTER button to confirm and to exit the STAND
ALONE Mode.
P1 STATIC COLOR
CL:RGB Flash 00-99
Blackout, Red-Green-Blue-Yellow-Cyan-Purple-White
Flash strobe speed adjustable.
P2 DREAM
Speed 00-99 Flash 00-99
Seven color dreaming
Speed & Flash strobe adjustable
P3 METEOR
Speed 00-99 Flash 00-99
Seven color flow
Speed & Flash strobe adjustable
P4 FADE
Speed 00-99 Flash 00-99
Seven color fade
Speed & Flash strobe adjustable
P5 CHANGE
Speed 00-99 Flash 00-99
Seven color change
Speed & Flash strobe adjustable
P6 FLOW 1
Speed 00-99 Flash 00-99
Seven color chase 1
Speed & Flash strobe adjustable
P7 FLOW 2
Speed 00-99 Flash 00-99
Seven color chase 2
Speed & Flash strobe adjustable
P8 FLOW 3
Speed 00-99 Flash 00-99
Seven color chase 3
Speed & Flash strobe adjustable

8
P9 FLOW 4
Speed 00-99 Flash 00-99
Seven color chase 4
Speed & Flash strobe adjustable
P10 FLOW 5
Speed 00-99 Flash 00-99
Seven color chase 5
Speed & Flash strobe adjustable
P11 FLOW 6
Speed 00-99 Flash 00-99
Seven color chase 6
Speed & Flash strobe adjustable
P12 FLOW 7
Speed 00-99 Flash 00-99
Seven color chase 7
Speed & Flash strobe adjustable
P13 FLOW 8
Speed 00-99 Flash 00-99
Seven color chase 8
Speed & Flash strobe adjustable
P14 FLOW 9
Speed 00-99 Flash 00-99
Seven color chase 9
Speed & Flash strobe adjustable
P15 FLOW 10
Speed 00-99 Flash 00-99
Seven color chase 10
Speed & Flash strobe adjustable
Auto Run Operation
In Auto Mode the programs are called up automatically in a continuous loop.
Press the MODE button to select the AUTO Mode. Press the ENTER button to select the
desired frequency of the loops. The desired frequency of the loops (Frequency = FQN
01-99) can be selected using the UP/DOWN buttons. Please press the ENTER button to
confirm and to exit the AUTO Mode.
Slave Operation
The master/slave operation enables several LED bars to be synchronized and controlled
by one master device. For slave operation to function, XLR data cables must be used to
connect fixtures together. To set this mode, press the MODE button to select the SLAVE
mode. Any devices set in this manner can now be controlled by the master unit. Press
the ENTER button to confirm and to exit the SLAVE Mode.
Sound Active Operation
Press MODE button until you reach the SOUND controlling mode, then the fixture will
respond to the sound of audio. Press UP/DOWN to adjust the sound sensitivity levels
(SENS00-31) & frequency (FQN01-99) of loops. Press the ENTER button to select the
desired sensitivity and frequency of the loops, respectively. Press the ENTER button
again to confirm and to exit the SOUND Mode.
DMX Operation
The DMX operation mode allows you to control the bar using a standard DMX controller.
In this mode you set the start address at which the fixture will respond to the controller
on. Also the channel assignment mode to be used is set here. To address simply press
the MODE button until the display shows DMX MODE. Press the ENTER button and the
display shows: 001. Set the desired address using the UP/DOWN buttons. Please press
the ENTER button again to confirm and to select a DMX Channel Mode. After having set
the desired address and pressed ENTER, you can now choose a DMX Channel Mode
from 3, 5, 48, and 51. Set the desired mode using the UP/DOWN buttons. Press the
ENTER button again to confirm and to exit the DMX Mode.

9
Note: The following DMX-512 Control section explains how to select a DMX start
address for your fixture. It also covers connecting data cables, proper termination,
specific channel assignments and channel value tables.
DMX-512 Control
Fixtures require a "Start Address" from 1 to 512, setting the first DMX channel containing data
for the fixture (see DMX Background). Before addressing fixtures, consult the manual of the
system’s DMX controller to select a desirable addressing scheme. Valid Start Addresses range
from 1 to 512. Fixtures requiring more than one channel for control will read subsequent
channels up to the total number of channels required. In 5 channel mode, the fixture would
require 5 channels of DMX, if set to a Start Address of 6 it would use data from channels: 6 and
7, 8, 9, 10. Choose a Start Address so the channels used DO NOT overlap with other fixtures.
In some cases, it may be desirable to set two or more same type fixtures to the same Start
Address. In this case, the fixtures will be slaved together and respond to the same data.
Because all fixtures see the same data, fixtures may be set to any address without concern for
the order they are connected by the DMX cables.
DMX Data Connection
This fixture uses both 3 and 5 pin XLR type connectors and shielded twisted pair cable
approved for EIA-422/EIA485 use. Fixtures are connected in Daisy Chain topography:
Connection is made from the controller to the DMX-IN of the first light, then from the
DMX-OUT to the DMX-IN of the next light and so on. Only one data source can be on a
chain and no branching is allowed. The physical order in which the fixtures are
connected is not important, use the most convenient.
Data Terminator
A Data Terminator can be connected to the DMX-OUT of the
last fixture to reduce the effects of signal noise; it is not required
for all installations. To make a Terminator, connect a 120-ohm
¼ watt resistor across pin 2, Data Negative (S-) and pin 3, Data
positive (S+). Whether it is a 5 pin XLR or 3 pin XLR connector
(shown on right) does not matter, the pin numbers remain the
same. A qualified technician can determine if a Data Terminator
is needed.
DMX-IN
1
2
3
- Ground
- Signal (-)
- Signal (+)
XLR Connector - Plug
:
DMX-
O
UT
1
2
3
- Ground
- Signal (-)
- Signal (+)
X
LR Connector - Socket:
1
2
3
4
5
- Ground
- Signal (-)
-
-
-
S
(
Unused
)
ignal
(+)
1
234
5
1
2
3
4
5
- Ground
- Signal (-)
-
-
-
S
(Unused)
ignal
(+)
1
2
3
4
5

10
Adapter 5-to-3 pin
Systems using 5 pin DMX interfaces can be accommodated by purchasing 3-to-5 pin
adapters or building adapter cables. Numbers designating each pin can be found on
connectors. Converting between the two XLR types is done in a pin-to-pin fashion.
Connect the shields to pin 1, then connect pin 2 to pin 2 and pin 3 to pin 3, regardless of
either connector’s gender or pin count. No connection is made to Pins 4 & 5.
DMX Start Address
To place the fixture in DMX mode, press the MODE key, then using the UP/DOWN keys
get to the Address Menu Option. Press ENTER and using the UP/DOWN buttons, set
the start address number for this particular unit in the DMX chain. Once selected, press
ENTER again to save your selection. More than one fixture may have the same start
address, but they will behave the same. Giving a unique start address that does not
overlap with any other units allows you to individually control that fixture’s features fully.
Never allow channels to overlap. You will need to select the number of channels you
wish the fixture to use first. Your choices are 3, 5, 48 or 51 channel modes. This will
determine the spacing of channels you will need to avoid overlapping of channels when
selecting your start addresses.
Example Select Start Addresses for 4 fixtures each requiring 5 channels of DMX (5
channel mode).
For this example, start with the first unit set to the first possible Start Address = 1. This fixture
occupies DMX channels 1 thru 5. The next DMX channel available for a Start Address is found
by adding the previous fixture’s Start Address to its channel requirement: 1+5=6. To maximize
channel usage, we will leave no empty channels between fixtures so the second Start Address is
set to DMX channel 6 and that fixture occupies channels 6 thru 10. The third fixture will be
addressed 6+5=11 and occupy channels 11 thru 15. The last fixture is addressed 11+5=16 and
will occupy channels 16 thru 20. Thus, 4 fixtures using 5 channels each have Start Addresses of
1, 6, 11 and 16 and the next free channel in the system is 16+5=21.
DMX Channel Assignments
This fixture features 4 different DMX Channel modes. A 3, 5, 48 and 51 channel mode.
Using the 3 channel mode provides the least granular control, and relatively uses the
least number of DMX channels. The different channel assignments and values are
shown below in the following tables.
Note: The channel order maybe different for each of the modes.
5 Pin XLR (Plug)
Pin 1: GND(Sheild)
Pin 2: Signal(-)
Pin 3: Signal(+)
Pin 4: N/C
Pin 5: N/C
3 XLR (S )
Pin 1: GND(Sheild)
Pin 2: Signal(-)
Pin 3: Signal(+)
Pin ocket
5 Pin XLR (Socket)
Pin 1: GND(Sheild)
Pin 2: Signal(-)
Pin 3: Signal(+)
Pin 4: N/C
Pin 5: N/C
3 XLR (Plug)
Pin 1: GND(Sheild)
Pin 2: Signal(-)
Pin 3: Signal(+)
Pin

11
DMX Channel Mode Descriptions
In the 3 and 5 channel modes, the first 3 channels (1, 2, 3) function the same.
3 Channel Mode
Fixture completely operates as 1
complete section only.
5 Channel Mode
Fixture completely operates as 1
complete section only, with
additional Master dimmer,
strobing and sound control
channels.
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Ch
1,2,3
Channel Function
1 Red (0-255)
2 Green (0-255)
3 Blue (0-255)
Channel Function
1 Red (0-255)
2 Green (0-255)
3 Blue (0-255)
4 Master Dimmer (0-255)
5 000-000 On – No Function
001-005 Sound On (7 colors)
006-010 On
011-255 Strobe (slow to fast)

12
48 Channel Mode
Fixture is divided into 16 individual sections of RGB, without any macro, master
dimmer or strobe function channels.
R,G,B
Ch
1,2,3
R,G,B
Ch
4,5,6
R,G,B
Ch
7,8,9
R,G,B
Ch
10,11,12
R,G,B
Ch
13,14,15
R,G,B
Ch
16,17,18
R,G,B
Ch
19,20,21
R,G,B
Ch
22,23,24
R,G,B
Ch
25,26,27
R,G,B
Ch
28,29,30
R,G,B
Ch
31,32,33
R,G,B
Ch
34,35,36
R,G,B
Ch
37,38,39
R,G,B
Ch
40,41,42
R,G,B
Ch
43,44,45
R,G,B
Ch
46,47,48
Channel CH
1
CH
2
CH
3
CH
4
CH
5
CH
6
CH
7
CH
8
CH
9
CH
10
CH
11
CH
12
Function R1 G1 B1 R2 G2 B2 R3 G3 B3 R4 G4 B4
Value 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255
Channel CH
13
CH
14
CH
15
CH
16
CH
17
CH
18
CH
19
CH
20
CH
21
CH
22
CH
23
CH
24
Function R5 G5 B5 R6 G6 B6 R7 G7 B7 R8 G8 B8
Channel CH
25
CH
26
CH
27
CH
28
CH
29
CH
30
CH
31
CH
32
CH
33
CH
34
CH
35
CH
36
Function R9 G9 B9 R10 G10 B10 R11 G11 B11 R12 G12 B12
Value 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255
Channel CH
37
CH
38
CH
39
CH
40
CH
41
CH
42
CH
43
CH
44
CH
45
CH
46
CH
47
CH
48
Function R13 G13 B13 R14 G14 B14 R15 G15 B15 R16 G16 B16

13
51 Channel Mode
Fixture is divided into 16 individual sections of RGB with macro, master dimmer
and strobe functions. Channels 1,2,3 are used to set what the other channels will
do.
CH
1
CH
2
CH
3
CH
4
CH
5
CH
6
CH
7
CH
8
CH
9
CH
10
CH
11
CH
12
R1 G1 B1 R2 G2 B2 R3 G3 B3
0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255
CH
13
CH
14
CH
15
CH
16
CH
17
CH
18
CH
19
CH
20
CH
21
0-15 Master
Dimmer
(0-255)
Flash
0-255
R4 G4 B4 R5 G5 B5 R6 G6 B6
Channel CH
22
CH
23
CH
24
CH
25
CH
26
CH
27
CH
28
CH
29
CH
30
CH
31
CH
32
CH
33
CH
34
CH
35
CH
36
Function R7 G7 B7 R8 G8 B8 R9 G9 B9 R10 G10 B10 R11 G11 B11
Value 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255 0-255
Channel CH
37
CH
38
CH
39
CH
40
CH
41
CH
42
CH
43
CH
44
CH
45
CH
46
CH
47
CH
48
CH
49
CH
50
CH
51
Function R12 G12 B12 R13 G1 B13 R14 G14 B14 R15 G15 B15 R16 G16 B16
R,G,B
Ch
4,5,6
R,G,B
Ch
7,8,9
R,G,B
Ch
10,11,12
R,G,B
Ch
13,14,15
R,G,B
Ch
16,17,18
R,G,B
Ch
19,20,21
R,G,B
Ch
22,23,24
R,G,B
Ch
25,26,27
R,G,B
Ch
28,29,30
R,G,B
Ch
31,32,33
R,G,B
Ch
34,35,36
R,G,B
Ch
37,38,39
R,G,B
Ch
40,41,42
R,G,B
Ch
43,44,45
R,G,B
Ch
46,47,48
R,G,B
Ch
49,50,51

14
Note: The first two channels in the 51 channel mode determine what the other
channels will do. The table below shows what the channels affect.
CH1 CH2 CH3 CH4 CH5 CH6 ….CH51
0-15 Master dimmer R
(0-255）
））
）
G
(0-255）
））
）
B
(0-255）
））
）
….
16-23 R Master dimmer
24-31 G Master dimmer
32-39 B Master dimmer
40-47 RG Master dimmer
48-55 GB Master dimmer
56-63 RB Master dimmer
64-71 RGB Master dimmer
72-79 Color 1 Master dimmer
80-87 Color 2 Master dimmer
88-95 Color 3 Master dimmer
96-103 Color 4 Master dimmer
104-111 Color 5 Master dimmer
112-119 Color 6 Master dimmer
120-127 Color 7 Master dimmer
128-135 Color 8 Master dimmer
136-143 DREAM
144-151 METEOR
152-159 FADE
160-167 CHANGE
168-175 FLOW1
176-183 FLOW2
184-191 FLOW3
192-199 FLOW4
200-207 FLOW5
208-215 FLOW6
216-223 FLOW7
224-231 FLOW8
232-239 FLOW9
240-247 FLOW10
Speed
(0-255）
））
）
Slow to
Fast
Flash
(0-255）
））
）
Slow to
Fast
248-255 SOUND Sensitivity
(0-255）
））
）

15
Maintenance
Make sure fixture is cool and disconnected from power mains before any service.
Weekly operating hours and environmental conditions will establish how often the fixtures need
cleaning. Fixtures should be cleaned and inspected at least once a month to maintain optimum
performance. Accumulation of dust and fog residue increases heat build up, can lead to
malfunctions, overheating and reduction in maximum light output, reduced fixture life and over
all performance. Before conducting any maintenance, disconnect fixture from power mains.
1) Disconnect fixture from power mains.
2) Use a vacuum with a soft brush to remove dust collected on external vents, heat sinks and
internal components. If using an air compressor, use low pressures and extreme care to
prevent damaging any internal parts or effects.
4) Clean all optical elements when the fixture is cold. Use a soft lint free cotton cloth or tissue
and cleaner safe for plastics.
5) Inspect clamps and safety cables to ensure fixture is secure and safe.
Accessory Items (sold separately)
Order Code Description
CLAMP-MEGA/B Mega Heavy Duty Aluminum Clamp – Black
CLAMP-CBHALF Half Cheeseborough Coupler 300kg Max Load
SAFETYCABLE18B Safety Cable Black 18”
SAFETYCABLE18S Safety Cable Silver 18”
CA-XLR5/5 Pre-made 5’ 5-pin XLR Cable
CA-XLR5/10 Pre-made 10’ 5-pin XLR Cable
CA-XLR5/25 Pre-made 25’ 5-pin XLR Cable
CA-XLR3/5 Pre-made 5’ 3-pin XLR Cable
CA-XLR3/10 Pre-made 10’ 3-pin XLR Cable
CA-XLR3/25 Pre-made 25’ 3-pin XLR Cable
CO-XLR5M XLR Connector 5-pin Male
CO-XLR5F XLR Connector 5-pin Female
CO-XLR3M XLR Connector 3-pin Male
CO-XLR3F XLR Connector 3-pin Female
CO-XLRTERM5 XLR 5 Pin Data Terminator
CO-XLRTERM3 XLR 3 Pin Data Terminator
CO-XLR3MTO5F XLR 3 Pin Male to 5 Pin Female Adapter
CO-XLR5MTO3F XLR 5 Pin Male to 3 Pin Female Adapter

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Troubleshooting
Symptom Possible Cause / Solution
Check for power on mainsNo Power
Check main fuse and fuse holder
Check data cables: connection and proper wiring
Check Display settings
Erratic / No response to DMX
Check Start Address
Check Start Address
Check for overlapping addresses
Check Menu settings
Incorrectly responds to DMX
(Diagnostic technique for DMX issues: Set
suspect fixture’s Start Address the same as a
correctly functioning fixture. If both units then
function correctly, issue is programming) Check Data cables (faults and proper wiring)
DMX-512 Background
DMX-512 is a digital data transmission standard developed by the United States Institute for Theater Technology
(USITT). It is designed to enable control of lighting equipment. DMX deals solely with the formatting of data for
transmission and does not dictate how the data is created or used.
Under DMX, signals are transmitted in much the same way a computer modem transmits data. The Data, divided
into channels, is "Framed" using a start bit, high (1), eight data bits and finally, two stop bits, both high (1). DMX
uses no parity to check the integrity of the signal. Instead, DMX relies on the ultra low probability of an error
occurring in the same place when the data is resent. The rate at which data is sent is fixed at 250k bps, almost four
and a half times faster that a 56k modem. This speed allows all data on a DMX chain to be updated more than 44
times every second.
The transmitted data follows a specific format. DMX allows for 512 channels each with eight data bits, giving each
channel the possibility of 256 values. When a data "Packet" is sent, all channels are transmitted one after another.
Even if the data on a specific channel has not been changed, it must be sent. In a packet, a "start code" of all zeros
is sent before the data to identify the signal as a Standard DMX transmission. This start code is transparent to the
user and is handled by the controller.
The physical signals are transmitted using a twisted pair of wires and a common shield, a configuration called
Balanced. The controller and all receiving equipment are connected using a “Daisy Chain" connection. The signal
is jumped from the controller to a piece of DMX equipment. From there, the signal is jumped to the next piece of
equipment and so on until the last piece of equipment is connected. No branches are allowed and the signal does
not come back to the controller. The final piece of equipment will have only one cable connection. As a result, all
equipment connected to the chain will see exactly the same signal whether it is first or last. When connecting
equipment, no particular attention needs to be paid to the order in which the equipment is connected. Depending on
the conditions and equipment, a line terminator may be required. If there is any question, in most circumstances the
addition of a terminator will not degrade the signal. To make a terminator, attach a 120-ohm resistor between the
Signal Data Negative and Signal Data Positive pins of a connector in the last piece of equipment in the chain.
The DMX Standard uses 5 pin XLR connectors. However, it is common to see
fixtures with 3 pin XLR connectors as these types of balanced or “Lo-Z” cables
are common in the audio industry. In either case, pin numbers are the same and
carry the same signals.
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Pin Connection
1 Common (Shield)
2 Data Negative (S- or Cold)
3 Data Positive (S+ or Hot)
4 n/c (not used)
5 n/c (not used)