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V1.0

Fastening the fixture to a flat surface

The fixture can be fastened to a hard, fixed, flat surface that is oriented at any angle. Ensure that the 

surface and all fasteners used can support at least 10 times the weight of all fixtures and equipment to 

be installed on it.

Fasten the fixture securely. Do not stand it on a surface or leave it where it can be moved or fall over. 

If you install the fixture in a location where it may cause injury or damage if it falls, secure it as directed 

below with a securely anchored safety cable that will hold the fixture if the primary fastening method fails.

Mounting the fixture on a truss

The fixture can be clamped to a truss or similar rigging structure in any orientation. When installing the 

fixture hanging vertically down, you can use an open-type clamp such as a G-clamp. When installing in 

any other orientation, you must use a half-coupler clamp that completely encircles the truss chord.

To clamp the fixture to a truss:

1. 

Check that the rigging structure can support at least 10 times the weight of all fixtures and equipment 

to be installed on it.

2.  Block access under the work area.

3.  Fold the legs of the mounting bracket together and bolt a rigging clamp securely to the mounting 

bracket. The bolt used must be M10, grade 8.8 steel minimum. It must pass through both mounting 

bracket legs and be fastened with a self-locking nut.

4. 

Working from a stable platform, hang the fixture with its clamp on the truss and fasten the clamp 

securely.

5. 

Secure the fixture with a safety cable as directed below.

Securing with a safety cable

Secure the fixture with a safety cable (or other secondary attachment) that is approved for the weight of 

the fixture so that the safety cable will hold the fixture if a primary attachment fails.

Loop the safety cable through the eyebolt in the back of the fixture and around a secure anchoring point. 

Do not loop the safety cable around the fixture’s mounting bracket only, as this will leave the fixture 

unsecured if it separates from the bracket.

DMX-512 connection/connection between fixtures

Summary of Contents for PAR-350T

Page 1: ...USER MANUAL PAR 350T 31x10 watts Tunable White LED Power Par...

Page 2: ...a truss 5 Securing with a safety cable 5 DMX 512 connection connection between fixtures 5 Power connection 6 Operation 6 Addressing 7 Universal DMX Control 7 Stand alone mode 7 Master Slave Operation...

Page 3: ...the housing can become hot during operation After use wait for a cool down period of at least 10 minutes before handling or transporting the device Every person involved with the installation operati...

Page 4: ...fixture The fixture is designed for indoor use only and must be used in a dry location with adequate ventilation Ensure that none of the fixture s ventilation slots are blocked Fasten the fixture to...

Page 5: ...ord To clamp the fixture to a truss 1 Check that the rigging structure can support at least 10 times the weight of all fixtures and equipment to be installed on it 2 Block access under the work area 3...

Page 6: ...y electrical noise The DMX terminator is simply an XLR plug with a 120 resistor connected between pins 2 and 3 which is then plugged into the output XLR socket of the last fixture in the chain Caution...

Page 7: ...of one channel will affect only the selected fixture In the case of the PAR 350T which is 4 channels fixture If you set for example the address in the 4 channel mode to channel 5 the device will use t...

Page 8: ...t in which the fixture operates I e smoke fog residue dust dew In heavy club use we recommend cleaning on a monthly basis Periodic cleaning will ensure longevity and crisp output To clean the fixture...

Page 9: ...K LED life expectancy 50 000 Hrs Beam angle 25 Light output 69 000 Lux 2m 25 Strobe Video flicker free with selectable PWM Barn doors included Control protocols DMX Control channels 4 CHs Input voltag...

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