venue tetra 6, tetra 12 RGBA LED Compact Wash Light User Manual

STROBE (FLASH)

This fixture includes a strobe mode, with 14 color options. Refer to the Control Panel Menu Selections chart on pages 12­15for a list of colors. The speed of the strobe can be adjusted via the Speed parameter described above. This mode is accessed via the Control Display (page 12).
4. Press < MENU> until “ F- ” are the first two characters on the display screen.
5. Press or < DOWN> to select the desired strobe color (1-­14).
6. Press < ENTER> to confirm settings.

LEVEL (BRIGHTNESS)

The brightness of standalone functions can be adjusted via the Level parameter. This setting is accessed via the Control Display (page 12).
7. Press < MENU> until “ L- ” are the first two characters on the display screen.
8. Press < UP> or < DOWN> to select the desired brightness setting (1 = least bright, 99 = most bright).
9. Press < ENTER> to confirm settings.

CUSTOM STATIC COLORS / MANUAL CONTROL

This fixture has the ability to accept custom static color settings via the Control Display (page 12).

1. Press < MENU> until “ MANU ” appears on the display screen.
2. Press < ENTER>.
3. Using < UP> and < DOWN>, select the desired level for the red LEDs (r0-255)
4. Repeat steps 2-3 for green, blue, and amber (G0-­255, b0­-255, o0­-255) until the desired color is obtained.
5. Press < ENTER> after all color selections to exit back to the main menu.

DMX OPERATION

This is the operating mode which will allow for an external DMX controller. You must set the starting address for this mode. If this is your first time using DMX, then it is recommended that you refer to the DMX Primer section in the Appendix of this manual. Start by selecting the DMX personality for the fixture by following the steps below:

1. Press < MENU> until “ I- ” are the first two characters on the display screen
2. Using < UP> and < DOWN>, select either “3c”, “4c”, “5c” or “6c.”
3. Press < ENTER>.

CONFIGURING THE STARTING ADDRESS

Each fixture requires a starting address from 1-­512. A fixture requiring one or more channels for control begins to read the data on the channel indicated by the starting address. For example, a fixture that uses six DMX channels and is addressed to start on DMX channel 100, will read data from channels: 100, 101, 102, 103, 104 and 105. Choose the starting addresses for each fixture so that the channels used do not overlap. In addition, you should note the starting address selected for future reference.

1. Press < MENU> until “ d ” is the first character on the display screen.
2. Using < UP> and < DOWN>, select the desired DMX address (1-512).
3. Press < ENTER> to confirm starting address.

MASTER/SLAVE (STANDALONE OPERATING MODES)

The Master/Slave mode allows a single fixture (the “Master”) to control the actions of one or more other fixtures (the “Slaves”) without the need of a DMX controller. The Master product will be set to operate in Stand-Alone mode, while the Slave products will be set to operate in Slave mode. Once set and connected, the Slave fixtures will operate in unison with the Master fixture. Master/Slave mode is only available for use with Identities: 3c (RGB) and 4c (RGBA). Configure the products as indicated below.

Slave fixture:

1. Press < MENU> repeatedly until “ I- ” are the first two characters on the display screen.
2. Select a DMX personality (3c or 4c) that matches the master fixture.
3. Press < ENTER> to confirm.
4. Set the DMX address to d 1, by pressing < MENU> until “ d ” is the first character on the screen, and using < UP> and < DOWN> to navigate to the correct starting address.
5. Connect the DMX input of the first Slave product to the DMX output of the Master product.
6. Connect the DMX input of the subsequent Slave products to the DMX output of the previous Slave product.
7. Finish setting and connecting all the Slave products.

Master fixture:

1. Set the Master fixture to operate in Stand-Alone mode.
2. Make the Master fixture the first product in the DMX daisy chain.

Although any fixture in the DMX daisy chain may be set to master, it is advisable to set the master as the first fixture in the line.

Only one fixture may be set to master.

Do not connect a DMX controller to the daisy chain for this operating mode.

It does not matter which DMX mode is selected for the slave fixtures. Either mode will be effective.

DMX Parameters

3-CH. DMX Mode

Channel|

Channel Function

1

| Red
2|

Green

3

|

Blue

4-CH. DMX Mode

Channel|

Channel Function

1

| Red
2|

Green

3

| Blue
4|

Amber

5-CH. DMX Mode

Channel|

Channel Function

1

|

Red

2

| Green
3|

Blue

4

| Amber
5| Dimmer/Strobe

6-CH. DMX Mode

Channel|

Channel Function

1

| Red
2|

Green

3

| Blue
4|

Amber

5

| Dimmer
6| Strobe

DMX Map

FUNCTION

| VALUE| PERCENT/SETTING| MODE
3 CH.| MODE
4 CH.| MODE
5 CH.| MODE
6 CH.
---|---|---|---|---|---|---
Red| 0-255| 0-100%| 1| 1| 1|

1

Green

| 0-255| 0-100%| 2| 2| 2| 2
Blue| 0-255| 0-100%| 3| 3| 3|

3

Amber

| 0-255| 0-100%| | 4| 4| 4
Dimmer/Strobe| 0-127
128-227
228-255| Master dimmer
Strobe (128=slow/227=max. speed, 23Hz)
Master dimmer at 100%, Strobe off| | |

5

|

Dimmer

| 0-255| 0-100%| | | | 5
Strobe| 0-255| 0-100%| | | |

6

APPENDIX

DMX PRIMER

There are 512 channels in a DMX connection. Channels may be assigned in any manner. A fixture capable of receiving DMX will require one or a number of sequential channels. The user must assign a starting address on the fixture that indicates the first channel reserved in the controller. There are many different types of DMX controllable fixtures, and they all may vary in the total number of channels required. Choosing a start address should be planned in advance. Channels should never overlap. If they do, this will result in erratic operation of the fixtures whose starting address is set incorrectly. You can, however, control multiple fixtures of the same type using the same starting address as long as the intended result is that of unison movement or operation. In other words, the fixtures will be slaved together and will all respond exactly the same. Consult the Owner’s Manual to your DMX controller for more information.

DMX fixtures are designed to receive data through a serial daisy chain. A daisy chain connection is where the DATA OUT of one fixture connects to the DATA IN of the next fixture. The order in which the fixtures are connected is not important and has no effect on how a controller communicates to each fixture. Use an order that provides for the easiest and most direct cabling. Connect fixtures using shielded two-conductor twisted pair cable with three- pin XLR male to female connectors. The shield connection is pin 1, while pin 2 is Data Negative (S-), and pin 3 is Data Positive (S+).

General Troubleshooting

Breaker/Fuse keeps blowing

|

• Excessive circuit load 
• Short circuit along the power wires

|

• Check total load placed on the electrical circuit
• Check for a short in the electrical wiring (internal and/or external)

Device does not power up

|

• No power 
• Loose power cord

|

• Check for power on mains 
• Check power cord

Fixture is not responding to DMX

|

• Wrong DMX addressing
• Damaged DMX cables
• Wrong polarity settings on the controller 
• Loose DMX cables
• Faulty DMX interface 
• Faulty Main PCB 
• Too far from VenueLink dongle 
• Faulty antenna or dongle

|

• Check Control Display and unit addressing 
• Check DMX cables 
• Check polarity switch settings on the controller 
• Check cable connections 
• Replace DMX input 
• Replace Main PCB 
• Move controller with dongle to within 100’ 
• Check antenna/dongle connection or replace part

Loss of signal

|

• Non-DMX cables 
• Bouncing signals 
• Long cable/Low-level signal
• Too many fixtures 
• Interference from AC wires

|

• Use only DMX-compatible cables 
• Install terminator as suggested 
• Install amplifier right after fixture with strong signal 
• Install an optically coupled DMX splitter after unit #32 
• Keep DMX cables separated from power cables or black light

FIXTURE LINKING

You will need a serial data link to run light shows of one or more fixtures using a DMX controller, or to run synchronized shows on two or more fixtures set to a master/slave operating mode. The combined number of channels required by all the fixtures on a serial data link determines the number of fixtures the data link can support.

Fixtures on a serial data link must be daisy chained in one single line. To comply with the EIA-485 standard, no more than 32 fixtures should be connected on one data link. Connecting more than 32 fixtures on one serial data link without the use of a DMX optically isolated splitter may result in deterioration of the DMX signal.

Maximum recommended serial data link distance: 500 m (1,640 ft.)

Maximum recommended number of fixtures on a serial data link:   32

DMX Data Cable

Use a cable which meets the specifications for EIA RS-485 applications. Standard microphone cables cannot transmit DMX data reliably over long distances. The cable must have the following characteristics:

Cable Connectors

Cabling must have a male XLR connector on one end and a female XLR connector on the other end.

DMX CONNECTOR CONFIGURATION

COMMON                 TERMINATOR

              To avoid signal transmissions problems and interference, it is always advisable to connect a DMX signal terminator.

a) DMX+
b) DMX-
c)  INPUT
d) OUTPUT
e) 120-ohm, 1/4W resistor between pin 2 (DMX-) and pin 3 (DMX+) on the output of the last fixture

Do not allow contact between the common and the fixture’s chassis ground. Grounding the common can cause a ground loop, and your fixture may perform erratically. Test cables with an ohm meter to verify correct polarity and to make sure the pins are not grounded or shorted to the shield or each other.

3-Pin to 5-Pin Conversion Chart

If you use a controller with a 5-pin DMX output connector, you will need to use a 5-pin to 3-pin adapter. The chart below details a proper cable conversion:

3-PIN TO 5-PIN CONVERSION CHART

Conductor| 3-Pin Female (Output)|

5-Pin Male (Input)

Ground/Shield

| Pin 1| Pin 1
Data ( – ) Signal| Pin 2|

Pin 2

Data (+) Signal

| Pin 3| Pin 3
Not Used| |

Pin 4

Not Used

| |

Pin 5

Signal Linking

In order to use this unit in DMX operation, you may either daisy chain using DMX cables to link from one fixture to another, or transmit commands via a VenueLink Wireless DMX dongle to compatible Venue products.

To Daisy Chain Using DMX Cables:

1. Connect the (male) 3-pin connector side of the DMX cable to the output (female) 3-pin connector of the controller.

2. Connect the end of the cable coming from the controller which will have a (female) 3-pin connector to the input connector of the next fixture consisting of a (male) 3-pin connector.

3. Then, proceed to connect from the output as stated above to the input of the following fixture and so on.

4. DMX CONTROLLER

5. FIXTURE #1

6. FIXTURE #2

7. FIXTURE #3

8. ADDITIONAL SIGNAL LINK

Tetra Control 2

You may control this unit with a Venue Tetra Control 2 through the aforementioned DMX Data Cable or through use of VenueLink wireless DMX communication. The Tetra Control 2 requires a VenueLink dongle to transmit DMX commands. While connected to the controller, the dongle will automatically begin transmitting DMX signal. The dongles are powered by the connected device, so they do not need to be charged and do not require batteries.

Tetra 6 VI and Tetra 12 VI

These have wireless DMX functionality built into the fixture. Connect a VenueLink dongle to the jack labeled VL on the back of the controller and ensure that the dongle and this fixture are operating on the same universe (the LEDs blink the same color).

Tetra 6 VP and Tetra 12 VP

Wireless DMX control of Tetra 6 VP and Tetra 12 VP requires the use of a VenueLink dongle to receive commands. Connect a VenueLink dongle to the jack labeled VL on the back of both the controller and this fixture. While connected to this fixture, the dongle will be set to automatically receive DMX signal from a transmitting dongle. Then, set the dongle and this fixture to operate on the same universe (the LEDs blink the same color).

VenueLink Signal Linking

With the use of a VenueLink dongle, the Tetra Control 2 can transmit wireless DMX commands to up to 32 independent wireless fixtures. As an alternative to transmitting to independent wireless fixtures, you may daisy chain off of a wireless fixture as the first in the series.

1. FIXTURE #1
2. FIXTURE #2
3. FIXTURE #3
4. ADDITIONAL SIGNAL LINK

General Maintenance

To maintain optimum performance and minimize wear, fixtures should be cleaned frequently. Usage and environment are contributing factors in determining frequency. As a general rule, fixtures should be cleaned at least twice a month. Dust reduces performance and can cause overheating. This can lead to reduced lamp life and increased mechanical wear. Be sure to power off fixture before conducting maintenance.

• Unplug fixture from power.
• Use a vacuum or air compressor, and a soft brush, to remove dust collected on external vents.
• Clean all glass when the fixture is cold with a mild solution of glass cleaner or isopropyl alcohol, and a soft lint-free cotton cloth or lens tissue.
• Apply solution to the cloth or tissue, and drag dirt and grime to the outside of the lens.
• Gently polish optical surfaces until they are free of haze and lint.

The cleaning of external optical lenses and/or mirrors must be carried out periodically to optimize light output. Cleaning frequency depends on the environment in which the fixture operates. Damp, smoky or particularly dirty surroundings can cause greater accumulation of dirt on the unit’s optics. Clean with soft cloth using normal glass cleaning fluid. Clean the external optics at least every 20 days. Clean the fixture at least every 30/60 days.

Always dry parts carefully after cleaning them.

Never spin a fan using compressed air.

TECHNICAL SPECIFICATIONS

|

Tetra 6 VI

| Tetra 6 VP| Tetra 12 VI|

Tetra 12 VP

---|---|---|---|---
Weight & Dimensions
Length
Width
Height
Weight| 7.67” (195 mm)
5.70” (145 mm)
3.70” (94 mm)
3.41 lb. (1.55 kg)| 7.67” (195 mm)
5.70” (145 mm)
3.70” (94 mm)
3.41 lb. (1.55 kg)| 9.05” (230 mm)
7.08” (180 mm)
3.70” (94 mm)
4.73 lb. (2.15 kg)| 9.05” (230 mm)
7.08” (180 mm)
3.70” (94 mm)
4.73 lb. (2.15 kg)
Power
Auto-ranging power supply
Power consumption @ 120V
Power output| 110-120 V~60Hz
19W max, 0.7A inrush
62 units @ 120V,
10A circuit max| 110-120V~60Hz
19W max, 0.7A inrush
62 units @ 120V,
10A circuit max| 100-120V~60Hz
36W max, 1A inrush
32 units @ 120V,
10A circuit max| 1100-120V~60Hz
36W max, A inrush
32 units @ 120V,
10A circuit max
Power LEDs
Lux @ 2m
Beam Angle
Field Angle| 6 (4W, RGBA)
1,400
15°
30°| 6 (4W, RGBA)
1,400
15°
30°| 12 (4W, RGBA)
2,700
15°
30°| 12 (4W, RGBA)
2,700
15°
30°
DMX
DMX Channels
DMX Connectors
Wireless DMX Connector| 3/4/5/6
3-pin XLR
VenueLink Antenna| 3/4/5/6
3-pin XLR
4-pin VenueLink| 3/4/5/6
3-pin XLR
VenueLink Antenna| 3/4/5/6
3-pin XLR
4-pin VenueLink
Thermal
Maximum ambient temp.
Cooling| 104° F (40° C)
Convection| 104° F (40° C)
Convection| 104° F (40° C)
Convection| 104° F (40° C)
Convection

Venue Tetra 12 and Tetra 6 Manual

WARRANTY

One (1) Year Limited Warranty
Subject to the limitations set forth below, Venue® hereby represents and warrants that the components of this product shall be free from defects in workmanship and materials, including implied warranties of merchantability or fitness for a particular purpose, subject to normal use and service, for one (1) year to the original owner from the date of purchase.
Retailer and manufacturer shall not be liable for damages based upon inconvenience, loss of use of product, loss of time, interrupted operation or commercial loss, or any other incidental or consequential damages, including but not limited to, lost profits, downtime, goodwill, damage to or replacement of equipment and property, and any costs of recovering, reprogramming, or reproducing any program or data stored in equipment that is used with Venue products. This guarantee gives you specific legal rights. You may have other legal rights which vary from state to state. Some states do not allow limitations on how long an implied warranty lasts, so the above limitation may not apply to you.

Venue Lighting Effects
P.O. Box 5111, Thousand Oaks, CA 91359-5111
venuelightingeffects.com

All trademarks and registered trademarks mentioned herein are recognized as the property of their respective holders.

Made in Chin
–– -241182919

venuelightingeffects.com

0624-241182919

References

• Venue Lighting Effects | Stage Lighting Solutions

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