Eliminator Lighting INDY HEX PAR User manual

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Introduction:
This unit is a IP rated, battery powered, DMX intelligent lighting fixture. The Indy Hex Par has 6 operating
modes; sound active mode, show mode, auto run mode or it can be controlled by a DMX controller. The unit
can be run as a stand alone unit or in a Master/Slave configuration. This unit has been tested and there is
no assembly required. The unit is ready to be plugged in to a power outlet. There are no dipswitch settings
for Master/Slave mode, just simply link the units together. To enhance the beams effects you can use a fog
machine. This unit looks good in pairs.
CAUTION! Please read and understand these instructions before installing or operating this unit.
Customer Support: Eliminator Lighting provides a customer support line, to provide set up help and to answer
any question should you encounter problems during your set up or initial operation. You may also visit us on
the web at www.eliminatorlighting.com for any comments or suggestions. Service Hours are Monday through
Friday 8:00 a.m. to 4:30 p.m. Pacic Standard Time.
Voice: [phone]
Fax: [phone]
E-mail: [email protected]
INDY HEX PAR

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INSTALLATION: The unit should be mounted using a mounting clamp (not provided), axing it to the mount-
ing bracket that is provided with the unit. Always ensure that the unit is rmly xed to avoid vibration and
slipping while operating. Always ensure that the structure to which you are attaching the unit is secure and is
able to support a weight of 10 times the unit’s weight. Also, always use a safety cable that can hold 12 times
the weight of the unit when installing the xture.
The equipment must be installed by a professional, and it must be installed in a place where it is out of the
reach of people’s grasp.
IP65 RATED
An IP rated lighting xture is one, which is commonly installed in outdoor environments and has
been designed with an enclosure that eectively protects the ingress (entry) of external foreign ob-
jects such as dust and water. The International Protection (IP) rating system is commonly expressed
as “IP” (Ingress Protection) followed by two numbers (i.e. IP65) where the numbers dene the degree
of protection. The rst digit (Foreign Bodies Protection) indicates the extent of protection against
particles entering the xture and the second digit (Water Protection) indicates the extent of protec-
tion against water entering the xture. An IP65 rated lighting xture is one, which has been designed
and tested to protect against the ingress of dust (6) and high-pressure water jets from any direction
(5).
MARINE/COASTAL ENVIRONMENT INSTALLATIONS!
Please note although this xture is IP rated, the xture is NOT suitable for marine and/or coastal
environment installations. Installing this xture in a marine and/or coastal environment may cause
corrosion and/or excessive wear to the interior and/or exterior components of the xture. Damages
and/or performance issues resulting from installation in a marine and/or coastal environment will void
the manufactures warranty and will NOT be subject to any warranty claims and/or repairs.
Ensure ALL connections and end caps are properly sealed with a nonconductive dielectric grease
(available at most electrical suppliers) to prevent water ingress/condensation and/or corrosion.
O P T I O N A L C O R R O S I O N - R E S I S T A N T C O A T I NG
Optional Corrosion-Resistant Coatings may be available for this xture. Please consult Eliminator
Lighting for details.
P R O T E C T I V E V E N T
This IP rated xture features a protective vent valve that equalizes the pressure, prevents contamina-
tion, and reduces condensation, ultimately extending the lifetime of the xture.
I M P O R T A N T M U S T R E A D
If this xture is installed in an extreme and/or harsh outdoor/wet environment, it MUST be powered
ON and used for a minimum of 30 minutes every 10-15 days. Prolonged exposure to an extreme
and/or harsh outdoor/wet environment without usage as stated above can lead to component dam-
age and/or shortening the lifetime of the xture. Any component damage found to be as a direct
result of not following this guideline may void the limited warranty.

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1. Handling of Batteries
1.1 Do Not Short Circuit the Battery
Try to never short circuit the battery. It generates a very high current which could cause the battery
to overheat which may result in electrolyte gel leakage, harmful fumes, or explosion. The LIR tabs
may easily short-circuit by placing them on conductive surface. A short circuit may lead to heat build
up and damage of the battery. An appropriate circuitry with PCM is employed to protect accidental
short circuit of the battery pack.
1.2 Mechanical shock
Droping the unit, impact hit, bending, etc. may cause failure or shortend life of the LIR battery.
3. Other
3.1 Battery connection
1). Direct soldering of wire leads or devices to the battery is strictly prohibited.
2). Lead tabs with pre-soldered wiring shall be spot welded to the batteries. Direct soldering may
cause damage of components, such as separator and insulator, by heat build up.
3.2 Prevention of short circuit within a battery pack
There is enough insulation layers between wiring and the batteries to provide extra safety protection.
The battery pack is constructed in a way that no short circuit will occur which may cause smoke or
re.
3.3 Do No Disassemble the Batteries
1). Never disassemble the batteries.
Doing this may cause a internal short circuit in the battery, which may lead to harmful fumes, re,
explosion, or other problems.
2). Electrolyte Gel is harmful
Electrolyte Gel should not leak from the LIR battery. Should the electrolyte gel come into contact
with the skin or eyes, ush the area of contact immediately with fresh water and seek medical atten-
tion immediately.
3.4 Do Not Expose the Battery to Heat or Fire
Never incinerate or dispose of the batteries in re. This may cause an explosion, which would be
very dangerous.
3.5 Do Not Expose the Battery to water or liquids
Never soak/drop the batteries in liquids such as water, seawater, drinks such as soft drinks, juices,
coee or other.
3.6 Battery Replacement
For battery replacement please contact Eliminator Lighting.
3.7 Do Not use a damaged Battery
The battery could be damaged during shipping, caused by shock. Should the battery be found dam-
aged, including damages to the plastic casing of the battery, deformation of the battery package,
smelling of an electrolyte, or leakage of the electrolyte gel, or other, DO NOT use the battery. A bat-
tery with a odor of electrolyte or a gel leakage should be placed away from re to avoid re or explo-
sion.
4. Battery Storage
When storing the battery, it should be stored at room temperature, with a charge of at least 50%. We
recommend that during long periods of storage that the battery be charged every 6 months. Doing

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this will prolong the life of the battery and will also make sure that the battery charge does not fall
below the 30% mark.
5. Other Chemical Reaction
Because batteries utilize a chemical reaction, battery performance will deteriorate over time even if
stored for a long period of time without being used. In addition, if the various usage conditions such
as charge, discharge, ambient temperature, etc. are not maintained within the specied ranges, the
life expectancy of the battery maybe shortened or the device in which the battery is used may be
damaged by electrolyte gel leakage. If the batteries cannot maintain a charge for long periods of
time, even when they are charged correctly, this may indicate it is time to change the battery.
6. Battery Disposal
Please dispose of battery according to local regulations.
Power Supply: The Indy Hex Par contains an automatic voltage switch, which will auto sense the voltage
when it is plugged into the power source. With this switch there is no need to worry about the correct power
voltage, this unit can be plugged in anywhere.
Cable Requirements: This xture is designed with special cables for both DMX and power. These cables are
specically designed to maintain the integrity of the IP rating. When using this xture outdoors be sure to ONLY
use the cables that have been manufactured to meet the IP rating.
“First” DMX Cables - Special DMX “First” cable may be purchased from Eliminator Lighting to provide a means
of data communication with standard DMX xtures for indoor use. These cables will come with the IP rated twist
lock connector on one end and either a 3-pin XLR male or female connector on the other depending on model. Be
sure to only use these cables for intergrading this xture in a standard DMX chain.
“First” Power Cable – A special power “First” cable is included with every xture. This cable is used to pro-
vide power to your xture. This cable comes with the IP rated twist lock connector on one end and a standard
Edison 3-prong, grounded prong on the other end. Be sure to only use this cable for power distribution and
never attempt to connect this cable to the DMX lines.
You can chain multiple xtures together through serial linking. Using the IP rated signal cables provided through
Eliminator Lighting. Always be sure to daisy-chain your in and out data connections, never split or “Y” your DMX
connections unless you are using an approved DMX splitter.
POWER CORD DAISY CHAIN
With this feature you can connect the xtures to one another using a IP rated connector cable (sold
separately). The quantity that can be connected is 10 xtures maximum. After 10 xtures you will need
to use a new power outlet. They must be the same xtures. DO NOT mix xtures.
NOTE: Fixtures cannot be power cord daisy chained and run by battery power.
CLEANING
Due to fog residue, smoke, and dust cleaning the internal and external optical lenses must be carried out peri-
odically to optimize light output.
1. Use normal glass cleaner and a soft cloth to wipe down the outside casing.
2. Clean the external optics with glass cleaner and a soft cloth every 20 days.
3. Always be sure to dry all parts completely before plugging the unit back in.
Cleaning frequency depends on the environment in which the fixture operates (i.e. smoke, fog residue, dust,
dew).

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Operating Power:
There are two ways to supply power to this unit; battery power or AC power.
• AC Power - To run the unit using AC power, plug the unit into a power source, and put the Load Switch into
the ON position. When using AC power make sure the Battery Switch is in the OFF position.
• Battery Power - To run the unit using Battery power, press the battery button located on the bottom of the
fixture across from power input connection. Follow the instructions on page 15 to activate the battery load.
LCD Display Lock:
The display will lock after 30 seconds. Press and hold the MODE button for at least 10 seconds to unlock the
display and access the menu.
Energy Saving Mode
This will decrease the LED’s brightness gradually when the battery life is less than 80%, this is will extend the
battery life.
1. To activate energy saving mode, press the MODE button until “Energy SAVE:XX” is displayed. “XX” repre-
sents either “ON” or “OFF”.
2. Press the UP or DOWN button so that “ON” is displayed. If “ON” is displayed already then the fixture is
already in energy saving mode.
LED Display On/Off:
To set the LED display light to turn off after 20 seconds, press the MODE button until “OPTION” is displayed.
Press the SET UP button so that BLGT:XXX” is displayed. “XXX” represents either ON or OFF. Press the UP
or DOWN buttons so that OFF is displayed. Now the display light will turn off after 30s. Press any button to
turn the display on again.
Operating Modes:
The Indy Hex Par has six operating modes:
• Static Color Mode - There are 63 colors to choose from.
• RGBWA+UV Dimmer Mode - Choose one of the six colors to remain static or adjust the intensity of each
color to make your desired color.
• Auto Run - Will run a mixture of color fade and color change.
• Color Change Mode - Select 1 of 16 color change programs to run. Color change speed is adjustable.
• Color Fade Mode - Select 1 of 16 color fade programs to run. Color fade speed is adjustable.
• DMX control mode - This function will allow you to control each individual fixtures traits with a standard
DMX 512 controller.
DMX Mode:
Operating through a DMX controller givesthe user the freedom to create their own programs tailored to their
own individual needs. This function also allows you to use your fixtures as spot lights. The Indy Hex Par has
4 DMX modes: 6 Channel mode, 7 Channel mode, 8 Channel mode, and 11 Channel mode. See pages 21-28
for each mode’s DMX traits.
1. This function will allow you to control each individual fixture’s traits with a standard DMX 512 controller.
2. To run your fixture in DMX mode press the MODE button until “DMX MODE ADDR:XXX” is displayed.
“XXX” represents the displayed DMX address. Use the UP or DOWN buttons to scroll through and find
your desired DMX address.
3. After you have set your DMX address press the SET UP button so that “CHAN:XX” is displayed. “XX” rep
resents the current DMX Channel mode that is displayed. Use the UP or DOWN buttons to scroll through
the DMX Channel modes.
4. After you have chosen your desired DMX Channel mode plug in the fixture via the XLR connections to any
standard DMX controller.
RGBWA+UV Dimmer Mode:
1. Plug the fixture in and press the MODE button until “MANUAL” is displayed. Then press the SET UP but-
ton to scroll through RGBWA & UV colors.

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2. When “RED:XXX” is displayed you are in Red dimming mode. Press the UP and DOWN buttons to adjust
intensity.
3. When “GREN:XXX” is displayed you are in Green dimming mode. Press the UP and DOWN buttons to
adjust intensity.
4. When “BLUE:XXX” is displayed you are in Blue dimming mode. Press the UP and DOWN buttons to
adjust intensity.
5. When “WHIE:XXX” is displayed you are in White dimming mode. Press the UP and DOWN buttons to
adjust intensity.
6. When “AMBR:XXX” is displayed you are in Amber dimming mode. Press the UP and DOWN buttons to
adjust intensity.
7. When “UV:XXX” is displayed you are in UV dimming mode. Press the UP and DOWN buttons to adjust
intensity.
8. After you have adjusted the RGBWA & UV colors to make your desired color you can then activate strob-
ing by pressing the SET UP button to enter the strobe mode.
9. “STROB.XX” will be displayed, this is strobe mode. The Flash can be adjusted between 00 (flash off) to 15
(fastest flash).
Color Change Mode:
1. Plug the fixture in and press the MODE button until “JUMP RUN SNAP:XX” is displayed. “XX” represents
a number between 01-16.
2. Use the UP and DOWN buttons to find your desired color change mode.
3. Press the SET UP button and “SPEED:XX” will be displayed. Use the UP and DOWN buttons to adjust the
speed of the color change.
Color Fade Mode:
1. Plug the fixture in and press the MODE button until “FADE RUN FADE:XX” is displayed. “XX” represents a
number between 01-16.
2. Use the UP and DOWN buttons to find your desired color fade mode.
3. Press the SET UP button and “SPEED:XX” will be displayed. Use the UP and DOWN buttons to adjust the
speed of the color fade.
Auto Run Mode:
In this mode the Indy Hex Par will run a auto program.
1. Plug the fixture in and press the MODE button until “AUTO RUN FAD+SNAP” is displayed.
2. Press the SET UP button and “SPEED:XX” will be displayed. Use the UP and DOWN buttons to adjust the
speed of the Auto Run.
Static Color Mode:
1. Plug the fixture in and press the MODE button until “CLR MACS COLOR:XX” is displayed. “XX” represents
a number between 00-63.
2. Use the UP and DOWN buttons to scroll through the 63 colors and find you desired color. After you have
found your desired color you can activate strobing by pressing the SET UP button to enter the strobe
mode.
3. “STROB:XX” will be displayed, this is strobe mode. The strobing can be adjusted between “00” (flash off)
to “15” (fastest flash).
Battery Life:
This is used to check/display the battery life.
1. Plug the fixture in and press the MODE button until “BATT LEV XXX” is displayed.“XXX” represents the
remaining battery life. If “BATT LEV ----” is displayed, it means either the battery is dead or your running the
unit on AC power. Please do not let the battery fully die, this severly shortens the life of the bat-
tery.
NOTE: When the battery life is below 30% the battery percentage will flash. At 15% power the fix-
ture will shut off.

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Battery Load:
This is used to turn PCB On when the battery is being used.
1. Press the MODE button until “BATT LEV” is displayed.
2. Press the SET UP button until “BATT LEV LOAD:XX” is displayed. “XX” represents either “ON” or “OFF”.
3. Press the UP or DOWN button so that “ON” is displayed. If “ON” is displayed already then the PCB is
active.
Default Running Mode:
This is a default running mode. When this mode is activated all modes will return to their default settings.
1. Plug the fixture in and press the MODE button until “OPTION BLGT:XX” is displayed.“XX” represents
either “on” or “oFF”.
2. Press the SET UP button until “SYSRESET” is displayed.
3. Press the UP and DOWN buttons simultaneously to reset to default settings.
Indy Hex RF:
This function is used to activate and deactivate the Indy Hex RF (Sold Separately). When this function is acti-
vated you can control the fixture using the Indy Hex RF. Please see the next page for Indy Hex RF controls
and functions.
1. Plug the fixture in and press the MODE button until “OPTION” is displayed.
2. Press the SET UP button until “RFXX” is displayed. “XX” represents either “ON” or “OFF”.
3. Press the UP or DOWN buttons to either activate the remote function (On) or deactivate it (Off).
Sky Wire Address Setting/Sky Wire On/Off:
This function is used to set the Sky Wire address and activate/deactivate the Sky Wire function. The address
must match the address that is set to your wireless controller.
1. Plug the fixture in and press the MODE button until “WIFI SET ADDR: XX” is displayed.“XX” represents a
number between 00-14.
2. Use the UP or DOWN buttons to find and set your desired Sky Wire address. The address must match the
address that is set to your wireless controller.
3. After you have found and set your address, press the SET UP button to activate Sky Wire. “WIFI SET
STAT: XXX” will now be displayed. Use the UP or DOWN button to set the display to “On” to activate Sky
Wire. To deactivate Sky Wire set the display to “Off”.
DMX State:
This mode can be used as a precaution mode, that in case the DMX signal is lost, the operating mode chosen
in the setup is the running mode the xture will go into when the DMX signal is lost. You can also set this as the
operating mode you would like the unit to return to when power is applied.
1. Plug the fixture in and press the MODE button until “DMX MODE ADDR:XXX” is displayed.
2. Press the SET UP button until “DMX MODE NO: XXXX” is displayed. “XXXX” represents the current DMX
state that is displayed.
3. Use the UP or DOWN buttons to select the operating mode you would like the unit to start up in when
power is applied or the DMX signal is lost.
• AUTO - If the DMX signal is lost or power is applied, the unit will automatically into Auto Run.
• BLACK - If the DMX signal is lost or power is applied, the unit will automatically go into stand by mode.
• HOLD - If the DMX signal is lost the fixture will stay in the last DMX set up. If power is applied and this mode
is set, the unit will automatically go into the last DMX set up.

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MASTER-SLAVE CONFIGURATION:
This function will allowsyou to link units together to run in a Master-Slave setup. In a Master-Slave set up one
unit will act as the controlling unit and the others will react to the controlling units built-in programs. Any unit
can act as a Master or as a Slave however, only one unit can be programmed to act as the “Master.”
Master-Slave Connections and Settings:
1. Daisy chain your units via the XLR connector on the rear of the unit. Use standard XLR data cables to link
your units together. Remember that the Male XLR connector is the input and the Female XLR connector is
the ouput. The first unit in the chain (master) will use the female XLR connector only. The last unit in
the chain will use the male XLR connector only.
2. Set the “Master” unit to your desired mode of operation.
3. On the “Slave” units press the MODE button until “Slave Mode” is displayed. The unit is now set as the
“Slave” unit. Each slave unit must be set to the same setting.
4. Connect the rst “Slave” unit to the “Master”, and the “Slave” unit should now start to follow the “Master”.
SKY WIRE SET UP
With this feature you are able to control the unit with DMX without the need of XLR cables. You will need a
compatible industry popular wireless controller to use this function.
1. Follow the instructions on page 6 to set the Sky Wire address and to activate Sky Wire. The address must
match the address set on your wireless controller.
2. After you have set the address, follow the DMX instructions on page 4 to select your desired DMX address
and set your DMX channel mode.
3. Apply power to the wireless controller. The fixture must be set up first before you apply power to wireless
controller.
4. If everything is set up properly and the fixture is receiving a wireless signal, you should now be able to
control it with a DMX controller.
SKY WIRE MASTER-SLAVE SET UP
This feature will let you link units to run in a master-slave mode without the use of XLR cables.
1. Follow the instructions on page 6 to set the Sky Wire address and to activate Sky Wire. The addresses on
each fixture must be the same.
2. After you have set the Sky Wire address, select your “Master” unit and set your desired operating mode.
3. For the “Slave” unit(s), put the unit in Slave mode. See Master-Slave configuration located at the top of
this page to set the unit as a Slave.
4. If everything is set up correctly, the “Slave” units will start following the “Master” unit.
ADJUSTABLE SITTING ANGLE
The standing angle of the unit can be manually adjusted by turning the knob on the front panel counter clock-
wise. Turning this knob will allow the bottom front part of the unit to lower so that the unit can sit at a desired
angle. Turn the knob clockwise to lock the position.
Battery Recharge: To recharge the battery, plug the supplied AC cord into the AC input on the side
of the unit and plug the other end into a matching power supply. It takes about 5 hours to reach full
charge (with the power o). The display will STOP ashing when the unit reaches 100% charge.
Note: When unplugging the unit from charging and then applying power via battery, there will
be a minimal charge drop.
For a faster recharge, turn the Load setting to “O” and turn the battery “On”. See Battery Load on
page 6.

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The Indy Hex RF remote (sold seperately) has many different functions and allows you to control your Indy Hex Par
from long distance. The Indy Hex RF remote can control your system up to 150 ft. To use the remote you must first acti-
vate the fixtures receiver, to activate the receiver please see the instructions on page 7.
BLACKOUT -Pressing this button will blackout the fixture. Press this button for more then 3 seconds to return to de-
fault settings.
AUTO RUN -Pressing this button will cycle through auto run, color change mode, and color fade mode. In the color
change and color fade modes you can use the “+” and “-” buttons to find scroll through the 16 different programs. You
can control the speed of each of the modes by pressing the SPEED button and using the “+” and “-” buttons.
PROGRAM SELECTION - Pressing this button will switch between static color mode and slave mode. Use the “+” or
“-” to scroll through the 63 static colors. Once you have found your color, you can press the FLASH button to activate
strobing and use the “+” or “-” to adjust the flash rate.
FLASH - This button will activate the flash (strobe) effect. You can control the flash speed using the “+” and “-” buttons.
SPEED - Press this button and use the “+” & “-” buttons to adjust the speed in Program mode.
SOUND ACTIVE - This button is not used with fixture.
R G B W/A - Press either one of these buttons and use the “+” or “-” to adjust the brightness. Press the FLASH button
to activate strobing and use the “+” or “-” buttons to adjust the Flash rate. Note: Use the W/A button to choose white,
amber, & UV. Each press of this button will change to the next color.
“+” and “-” - Use these buttons to adjust the flash rate, select your desired program, adjust the color change speed,
color fade speed, auto run speed, RGBWA & UV brightness, and to scroll through the Static colors.
PHOTOMETRIC CHART
CAD DRAWING

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DMX TRAITS: 6 CHANNELS
CHANNEL 1: 0 - 255 = RED
CHANNEL 2: 0 - 255 = GREEN
CHANNEL 3: 0 - 255 = BLUE
CHANNEL 4: 0 - 255 = WHITE
CHANNEL 5: 0 - 255 = AMBER
CHANNEL 6: 0 - 255 = UV
DMX TRAITS: 7 CHANNELS
CHANNEL 1: 0 - 255 = RED
CHANNEL 2: 0 - 255 = GREEN
CHANNEL 3: 0 - 255 = BLUE
CHANNEL 4: 0 - 255 = WHITE
CHANNEL 5: 0 - 255 = AMBER
CHANNEL 6: 0 - 255 = UV
CHANNEL 7: 0 - 255 = MASTER DIMMER
DMX TRAITS: 8 CHANNELS
CHANNEL 1: 0 - 255 = RED
CHANNEL 2: 0 - 255 = GREEN
CHANNEL 3: 0 - 255 = BLUE
CHANNEL 4: 0 - 255 = WHITE
CHANNEL 5: 0 - 255 = AMBER
CHANNEL 6: 0 - 255 = UV
CHANNEL 7: 0 - 255 = MASTER DIMMER
CHANNEL 8: STROBING/LED ON & OFF
0 - 31 = LED OFF
32 - 63 = LED ON
64 - 95 = STROBING SLOW - FAST
96 - 127 = LED ON
128 - 159 = PULSE STROBE SLOW - FAST
160 - 191 = LED ON
192 - 223 = RANDOM STROBE SLOW - FAST
224 - 255 = LED ON
DMX TRAITS: 11 CHANNELS
CHANNEL 1: 0 - 255 = RED
CHANNEL 2: 0 - 255 = GREEN
CHANNEL 3: 0 - 255 = BLUE
CHANNEL 4: 0 - 255 = WHITE
CHANNEL 5: 0 - 255 = AMBER
CHANNEL 6: 0 - 255 = UV
CHANNEL 7: 0 - 255 = MASTER DIMMER
CHANNEL 8: STROBING/LED ON & OFF
0 - 31 = LED OFF
32 - 63 = LED ON
64 - 95 = STROBING SLOW - FAST
96 - 127 = LED ON
128 - 159 = PULSE STROBE SLOW - FAST
160 - 191 = LED ON
192 - 223 = RANDOM STROBE SLOW - FAST
224 - 255 = LED ON
CHANNEL 9: PROGRAM SELECTION
0 - 51 = RGBWA+UV DIMMING MODE
52 - 102 = COLOR MACRO MODE
103 - 153 = COLOR CHANGE MODE
154 - 204 = COLOR FADE MODE
205 - 255 = AUTO RUN MODE
CHANNEL 10: PROGRAMS
0 - 255 = COLOR MACROS
(SEE THE COLOR MACRO CHART ON PAGE 10)
COLOR CHANGE MODE
0 - 15 = COLOR CHANGE 1
16 - 31 = COLOR CHANGE 2
32 - 47 = COLOR CHANGE 3
48 - 63 = COLOR CHANGE 4
64 - 79 = COLOR CHANGE 5
80 - 95 = COLOR CHANGE 6
96 - 111 = COLOR CHANGE 7
112 - 127 COLOR CHANGE 8
128 - 143 = COLOR CHANGE 9
144 - 159 = COLOR CHANGE 10
160 - 175 = COLOR CHANGE 11
176 - 191 = COLOR CHANGE 12
192 - 207 = COLOR CHANGE 13
208 - 223 = COLOR CHANGE 14
224 - 239 = COLOR CHANGE 15
240 - 255 = COLOR CHANGE 16

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DMX TRAITS: 11 CHANNELS
CHANNEL 10: PROGRAMS
COLOR FADE MODE
0 - 15 = COLOR FADE 1
16 - 31 = COLOR FADE 2
32 - 47 = COLOR FADE 3
48 - 63 = COLOR FADE 4
64 - 79 = COLOR FADE 5
80 - 95 = COLOR FADE 6
96 - 111 = COLOR FADE 7
112 - 127 COLOR FADE 8
128 - 143 = COLOR FADE 9
144 - 159 = COLOR FADE 10
160 - 175 = COLOR FADE 11
176 - 191 = COLOR FADE 12
192 - 207 = COLOR FADE 13
208 - 223 = COLOR FADE 14
224 - 239 = COLOR FADE 15
240 - 255 = COLOR FADE 16
0 - 255 = AUTO RUN
CHANNEL 11: PROGRAM SPEED
0 - 255 = PROGRAM SPEED SLOW - FAST
NOTE:
When Channel 9 is between the values of 0-51,
Channels 1-6 are used, and Channel 8 will control
strobing.
When Channel 9 is between the values of 52-102,
Channel 10 is in Color Macros Mode, and Channel
8 will control strobing.
When Channel 9 is between the values of 103-153,
Channel 10 is in Color Change Mode, and Channel
11 will control the color change speed.
When Channel 9 is between the values of 154-204,
Channel 10 is in Color Fade Mode, and Channel 11
will control the color fade speed.
When Channel 9 is between the values of 205-255,
Channel 10 is in Auto Run Mode, and Channel 11
will control the auto run speed.
0-3=Off 64-67=B+W128-131=G+B+W 192-195=R+B+W+A
4-7=Red 68-71=B+A132-135=G+B+A 196-199=R+B+W+UV
8-11=Green72-75=B+UV 136-139=G+B+UV 200-203=R+B+A+UV
12-15=Blue 76-79=W+A 140-143=G+W+A 204-207=R+W+A+UV
16-19=White 80-83=W+UV 144-147=G+W+UV 208-211=G+B+W+A
20-23=Amber 84-87=A+UV 148-151=G+A+UV 212-215=G+B+W+UV
24-27=UV 88-91=R+G+B 152-155=B+W+A 216-219=G+B+A+UV
28-31=R+G 92-95=R+G+W 156-159=B+W+UV 220-223=G+W+A+UV
32-35=R+B 96-99=R+G+A 160-163=B+A+UV 224-227=B+W+A+UV
36-39=R+W 100-103=R+G+UV 164-167=W+A+UV 228-231=R+G+B+W+A
40-43=R+A 104-107=R+B+W 168-171=R+G+B+W232-235=R+G+B+W+UV
44-47=R+UV 108-111=R+B+A172-175=R+G+B+A236-239=R+G+B+A+UV
48-51=G+B 112-115=R+B+UV 176-179=R+G+B+UV 240-243=R+G+W+A+UV
52-55=G+W 116-119=R+W+A 180-183=R+G+W+A 244-247=R+B+W+A=UV
56-59=G+A 120-123=R+W+UV 184-187=R+G+W+UV 248-251=G+B+W+A+UV
60-63=G+UV 124-127=R+A+UV 188-191=R+G+A+UV 252-255=R+G+B+W+A+UV
COLOR MACRO CHART

SPECIFICATIONS:
Voltage: 100V ~ 240V/50~60Hz
LEDs: 4 x 10W Hex LEDs (RGBWA+UV
6-in-1)
Beam Angle: 25 Degrees
IP Rating: 65
Working Position: Any safe working position
Power Draw: 58W
Power Cord Daisy Chain: 10 Fixtures Max.
Weight: 8 lbs./ 3.6Kgs.
Dimensions: 9.5” (L) x 6.5” (W) x 11” (H) /
9.25” (with kickstand extended)
240 x 165 x 280mm
Colors: RGBWA+UV
DMX Channels: 4 DMX Modes: 6 Channel Mode
7 Channel Mode, 8 Channel Mode,
& 11 Channel Mode
Battery Charge Time: 6 Hours (With LOAD Off)
Battery Life: 6 Hours Full On (Full Charge)
8 Hours (In Energy Saving Mode
with Full Charge)
Battery Lifetime*: Average Lifetime is 500 Charges
Battery Type: Rechareable Lithium Battery
Battery Energy: 97.68WH (Watt Hours)
Battery Weight: 1.25 lbs. / 0.56kg
Battery Voltage: 22.4V
Battery Capacity: 4.4AH
Total Lithium Ion Cells: 12pcs
Battery Wrap Material: PVC Sleeving + Highland Barley Paper
Warranty: 1 Year (365 days) Limited Warranty
1 Year Limited Warranty: Eliminator Lighting warranty is valid from the date of purchase. Our
1 year limited warranty covers manufacturing defects only. Serial number, place of purchase with
dated valid receipt must be submitted at time of service. Eliminator Lighting warranty does not cover
items or parts prone to wear and tear: motors, fuses, brushes and belts. Eliminator Lighting warranty
is only valid with-in the United States.
Eliminator Lighting
4295 Charter St. Los Angeles, CA 90058 USA
Tel: [phone] / Fax: [phone]
Web: www.eliminatorlighting.com / E-mail: [email protected]
Please Note: Specications and improvements in the design of this unit and this manual are subject
to change without any prior written notice.