T5 Prismatic Modular Fitting 4 x 14W for use in offices and other commercial environments and applications, to be used with four 14 watt T5 tubes. This fitting includes white glossy powder coated finish and high frequency control gear .(Does not come complete with lamps.)

The Existalite ZT.3E/A is an emergency inverter compatible with all well known branded high frequency ballasts and has been designed to operate at optimum battery voltages. They have an emergency duration of 3 hours as standard and have a recharge period of just 20 hours. The ZT.3E/A should be used with a 3 cell battery pack. Click here to see Data Sheet and Wiring Diagrams!

The Existalite ZT.3E/B is an emergency inverter compatible with all well known branded high frequency ballasts and has been designed to operate at optimum battery voltages. They have an emergency duration of 3 hours as standard and have a recharge period of just 20 hours. The ZT.3E/B should be used with a 3 cell battery pack. Click here to see Data Sheet and Wiring Diagrams!

The Existalite ZT.3F/A is an emergency inverter compatible with all well known branded high frequency ballasts and has been designed to operate at optimum battery voltages. They have an emergency duration of 3 hours as standard and have a recharge period of just 20 hours. The ZT.3F/A should be used with a 4 cell battery pack. Click here to see Data Sheet and Wiring Diagrams!

The Existalite ZT.3F/B is an emergency inverter compatible with all well known branded high frequency ballasts and has been designed to operate at optimum battery voltages. They have an emergency duration of 3 hours as standard and have a recharge period of just 20 hours. The ZT.3F/B should be used with a 4 cell battery pack. Click here to see Data Sheet and Wiring Diagrams!

The Existalite ZT.3F/C is an emergency inverter compatible with all well known branded high frequency ballasts and has been designed to operate at optimum battery voltages. They have an emergency duration of 3 hours as standard and have a recharge period of just 20 hours. The ZT.3F/C should be used with a 4 cell battery pack. Click here to see Data Sheet and Wiring Diagrams!

This is a 20w ceramic metal halide PAR 30 reflector lamp with a 10 degree spot beam and ES edison screw cap. CDM-R lamps are high efficiency, discharge reflector lamps and have stable colour for the full duration of their life time and offer a crisp, sparkling white light. These lamps are available in colour 830 only.

This is a 20w ceramic metal halide PAR 30 reflector lamp with a 25 degree flood beam and ES edison screw cap. CDM-R lamps are high efficiency, discharge reflector lamps and have stable colour for the full duration of their life time and offer a crisp, sparkling white light. These lamps are available in colour 830 only.

This is a 35w ceramic metal halide PAR 30 reflector lamp with a 25 degree flood beam and ES edison screw cap. CDM-R lamps are high efficiency, discharge reflector lamps and have stable colour for the full duration of their life time and offer a crisp, sparkling white light. These lamps are available in colour 830 and 942 only.

This is a 35w ceramic metal halide PAR 30 reflector lamp with a 10 degree flood beam and ES edison screw cap. CDM-R lamps are high efficiency, discharge reflector lamps and have stable colour for the full duration of their life time and offer a crisp, sparkling white light. These lamps are available in colour 830 and 942 only.

This is a 70w ceramic metal halide PAR 30 reflector lamp with a 10 degree flood beam and ES edison screw cap. CDM-R lamps are high efficiency, discharge reflector lamps and have stable colour for the full duration of their life time and offer a crisp, sparkling white light. These lamps are available in colour 830 and 942 only.

This is a 70w ceramic metal halide PAR 30 reflector lamp with a 25 degree flood beam and ES edison screw cap. CDM-R lamps are high efficiency, discharge reflector lamps and have stable colour for the full duration of their life time and offer a crisp, sparkling white light. These lamps are available in colour 830 and 942 only.

This is a twin 70w switch start, complete gear tray to run 2 x 70w 6ft T8 Fluorescent Tube. This gear tray comes complete with switch start choke, starter, capacitor, T8 mounting clips, lamp leads and lamp holders. All our gear trays are supplied using branded chokes and are 100% tested before we send them out.

Megaman 7w GU10 PAR 16 LED lamp. This Megaman lamp has a GU10 cap and an average lamp life of 25,000 hours. This lamp has 35 degree beam angle, 2800K colour temp/85Ra and it replaces a 35w Halogen lamp.

Megaman 7w GU10 PAR 16 LED lamp. This Megaman lamp has a GU10 cap and an average lamp life of 25,000 hours. This lamp has 35 degree beam angle, 4000K colour temp/92Ra and it replaces a 35w Halogen lamp.

CMH35/T/UVC/930/GU6.5 - This is a 35w GE CMH Supermini lamp with a GU6.5 cap in colour 930 - warm white. This metal halide lamp has an average life of 12,000 hours. GE Part code : 76122

CMH35/T/UVC/942/GU6.5 - This is a 35w GE CMH Supermini lamp with a GU6.5 cap in colour 942 - cool white. This metal halide lamp has an average life of 12,000 hours. GE Part code : 88657

Venture Whitelux HIPE 400W/V/LU/UVS/4K is a 400 watt open Rated Venture White-Lux Plus Elliptical Metal Halide lamp.This lamp has an average life of 20,000 hours and are supplied with a clear finish. This lamp has a giant screw cap and the colour is 4000k. Venture part number is 10077

Venture MH-DE 150W/10K is a 150 watt Enclosed Rated Double Ended Ceramic Metal Halide Venture lamp.The colour temperature is 10,000. This lamp is Double Ended and is for use in aquariums and for special purpose lamps.Venture part number is 00144.

Philips HF-P 60-120 PL-H Multi Ballast 220-240v, second - generation slim, lightweight HF electronic ballasts for PL-H compact fluorescent lamps. Ideal for applications with high switching frequency, programmed warm start preheats the lamp electrodes for flicker - free on/off switching without reducing useful life, 50% longer lamp life than with conventional ballasts, up to 25% energy saving at same luminous flux, compared with a conventional ballast.