Gavita Pro E-Series 1000e DE Slim Line - 208-240 Volt

Growers House offers light design plans for large cultivation operations using the Gavita 1000w 208-240v E-Series fixture for greenhouses and indoor cultivation. If you would like assistance in setting up, organizing, and optimizing your new or already existing indoor garden, and/or getting bulk pricing or the wide reflector option, please give us a call at 855-289-1441 or message us. The Gavita Pro 1000 E-Series DE Fixture comes with free shipping.

Only 9.7 inch high makes the ‘Slim Line’ the shortest 240V Gavita fixture ever. Highest light output and maintenance over time. It has the HR96 reflector for the maximum efficiency and uniformity. Highly efficient passive cooling of ballast for a longer lifetime of the electronics. Sealed housing with Gore-Tex® ventilation plug and controllable output up to 1150 Watt.

• Slim-line ballast, only 9.7 inches high
• Highest light output and maintenance over time
• Highly efficient passive cooling of ballast for longer electronics lifetime
• Sealed housings with Gore-Tex® ventilation plugs
• External control with Repeater Bus interface
• Mounting brackets for Unistrut/c-profiles available

Included in the Box:

• Gavita Pro 1000 lamp
• User Manual
• Power Cord US 240 Volt IEC C13 2.5 m/8 ft
• Gavita Kit - Eye Bolts
• Gavita 3 Way RJ14 Cable Splitter
• Gavita Interconnect Cable for Repeater Bus Gray 6P6C 2 m/6.5 ft

The Gavita Slim Line series is part of the 'professional' line of fixtures. Designed especially for grow rooms, our professional fixtures suit flexible and fixed installations. They are compact and come with a Repeater Bus interface (no manual control). For 208V three-phase or 240V. The reduced height make this the fixture of choice for low rooms.

The ‘e’ in ‘e-series’ stands for external control. These fixtures can be controlled centrally by a Gavita Master controller. This replaces the often cumbersome installation with contactors and clocks, and adds safety features such as automatic dimming of your lights at high temperatures and even a safety shutdown. We improved the electronics and changed the way the ballast is built, by mounting the PCB and warm components directly on the heat sinks instead of in a ballast bracket. The much cooler electronics result in a greater reliability and a longer life. The new design of the housing even increases that effect.