Retail and indoor projects

Gavita Pro 1000e DE 208-240 SL

Gavita Pro 1000e DE 208-240 SL

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.

  • 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

Availability currently limited to North America.

Specifications

  •  
  • Input current at 100%
  • Input current at 115%
  • Input power at 100%
  • Input power at 115%
  • Reflector test
  • Power factor
  • Lamp base
  • Input voltage : 208 Volt
  • Input current at 100% : 5.2 Amps
  • Input current at 115% : 5.9 Amps
  • Input power at 100% : 1050 Watt
  • Input power at 115% : 1236 Watt
  • Reflector test : HR 96 DE
  • Power factor : 0.97 - 0.99
  • Lamp base : Gavita Pro Plus 1000W DE
  • Input voltage : 240 Volt
  • Input current at 100% : 4.5 Amps
  • Input current at 115% : 5.2 Amps
  • Input power at 100% : 1050 Watt
  • Input power at 115% : 1236 Watt
  • Reflector test : HR 96 DE
  • Power factor : 0.97 - 0.99
  • Lamp base : Gavita Pro Plus 1000W DE

Specifications

  •  
  • Input current at 100%
  • Input current at 115%
  • Input power at 100%
  • Input power at 115%
  • Reflector test
  • Power factor
  • Lamp base
  • Input voltage : 208 Volt
  • Input current at 100% : 5.2 Amps
  • Input current at 115% : 5.9 Amps
  • Input power at 100% : 1050 Watt
  • Input power at 115% : 1236 Watt
  • Reflector test : HR 96 DE
  • Power factor : 0.97 - 0.99
  • Lamp base : Gavita Pro Plus 1000W DE
  • Input voltage : 240 Volt
  • Input current at 100% : 4.5 Amps
  • Input current at 115% : 5.2 Amps
  • Input power at 100% : 1050 Watt
  • Input power at 115% : 1236 Watt
  • Reflector test : HR 96 DE
  • Power factor : 0.97 - 0.99
  • Lamp base : Gavita Pro Plus 1000W DE

Features & Benefits

Slim Line

When lighting plants, the distance to crop a crucial factor. The right distance gives you the desired light levels and optimal uniformity. In rooms with a low ceiling or retrofits every inch matters. By optimizing the fixture for professional grows, we were able to create a ballast measuring only 9.7 inches high without compromising quality or cooling efficacy.

Repeater Bus configuration

Gavita developed the Repeater Bus interface for fixed installations in professional environments. The Gavita difference is the double-port connector on the ballast. The active interface repeats the input signal to the output. This setup lets you directly daisy chain 100 fixtures per string and five strings per controller port to connect a maximum of 500 fixtures per controller port.

Replaceable reflector

Our bracket is designed to be able to change you reflector quickly. Miro aluminum can not easily be cleaned, and when you clean it, it will never be as good as a new reflector. We recommend to change reflectors every year in a “dirty” environment (dust, foggers, sprays) or every two years in a clean environment.

No moving parts, optimal thermal management

Our ballasts are completely sealed and passively cooled through the extrusion aluminum ballast housing. Our housings provide optimized thermal management, which keeps the electronics much cooler than in die-cast housings. Good thermal management is extremely important for the lifetime and reliability of the electronics.

Slim Line

When lighting plants, the distance to crop a crucial factor. The right distance gives you the desired light levels and optimal uniformity. In rooms with a low ceiling or retrofits every inch matters. By optimizing the fixture for professional grows, we were able to create a ballast measuring only 9.7 inches high without compromising quality or cooling efficacy.

Repeater Bus configuration

Gavita developed the Repeater Bus interface for fixed installations in professional environments. The Gavita difference is the double-port connector on the ballast. The active interface repeats the input signal to the output. This setup lets you directly daisy chain 100 fixtures per string and five strings per controller port to connect a maximum of 500 fixtures per controller port.

Replaceable reflector

Our bracket is designed to be able to change you reflector quickly. Miro aluminum can not easily be cleaned, and when you clean it, it will never be as good as a new reflector. We recommend to change reflectors every year in a “dirty” environment (dust, foggers, sprays) or every two years in a clean environment.

No moving parts, optimal thermal management

Our ballasts are completely sealed and passively cooled through the extrusion aluminum ballast housing. Our housings provide optimized thermal management, which keeps the electronics much cooler than in die-cast housings. Good thermal management is extremely important for the lifetime and reliability of the electronics.

Features & Benefits

Slim Line

When lighting plants, the distance to crop a crucial factor. The right distance gives you the desired light levels and optimal uniformity. In rooms with a low ceiling or retrofits every inch matters. By optimizing the fixture for professional grows, we were able to create a ballast measuring only 9.7 inches high without compromising quality or cooling efficacy.

Repeater Bus configuration

Gavita developed the Repeater Bus interface for fixed installations in professional environments. The Gavita difference is the double-port connector on the ballast. The active interface repeats the input signal to the output. This setup lets you directly daisy chain 100 fixtures per string and five strings per controller port to connect a maximum of 500 fixtures per controller port.

Replaceable reflector

Our bracket is designed to be able to change you reflector quickly. Miro aluminum can not easily be cleaned, and when you clean it, it will never be as good as a new reflector. We recommend to change reflectors every year in a “dirty” environment (dust, foggers, sprays) or every two years in a clean environment.

No moving parts, optimal thermal management

Our ballasts are completely sealed and passively cooled through the extrusion aluminum ballast housing. Our housings provide optimized thermal management, which keeps the electronics much cooler than in die-cast housings. Good thermal management is extremely important for the lifetime and reliability of the electronics.

Slim Line

When lighting plants, the distance to crop a crucial factor. The right distance gives you the desired light levels and optimal uniformity. In rooms with a low ceiling or retrofits every inch matters. By optimizing the fixture for professional grows, we were able to create a ballast measuring only 9.7 inches high without compromising quality or cooling efficacy.

Repeater Bus configuration

Gavita developed the Repeater Bus interface for fixed installations in professional environments. The Gavita difference is the double-port connector on the ballast. The active interface repeats the input signal to the output. This setup lets you directly daisy chain 100 fixtures per string and five strings per controller port to connect a maximum of 500 fixtures per controller port.

Replaceable reflector

Our bracket is designed to be able to change you reflector quickly. Miro aluminum can not easily be cleaned, and when you clean it, it will never be as good as a new reflector. We recommend to change reflectors every year in a “dirty” environment (dust, foggers, sprays) or every two years in a clean environment.

No moving parts, optimal thermal management

Our ballasts are completely sealed and passively cooled through the extrusion aluminum ballast housing. Our housings provide optimized thermal management, which keeps the electronics much cooler than in die-cast housings. Good thermal management is extremely important for the lifetime and reliability of the electronics.