Hi-Par CMH Controllable Ballast - 315W
Designed for both hobby and commercial cultivators, the CMH Controllable Ballast 315W is Hi-Par's smarted CMH solution yet. Utilising unique 50/60Hz operation for increased CMH efficiency, the controllable digital 315W ballast offers intelligent solutions for manageability and precision light output control. Use the CMH controllabble ballast with DE or PGZ thread 315W horticultural lamps.
HI-PAR has a strong foundation of reliability and unique ceramic lighting solutions. The newest release in the CMH market provides control capabilities and smart dimming to ensure ideal conditions for your crops.
The smart CMH ballast has control station plug & play connectivity! Simply plug the Hi-Par Control Station (sold separately) into the TRS “link” port on your controllable ballast to utilise all of the intelligent controller features!
315W CMH Controllable Ballast
- Intelligent Dimming 50% – 100% knob when used without the HI-PAR Control Station.
- Designed for maximum PAR output and efficiency with CMH lamps.
Unlock Smart Ballast Features:
- Unlock the smart ballast features using the Hi-PAR Control Station.
- Control Station allows multiple unit management and room monitoring technology.
Low Frequency
- Unique 50/60Hz digital operating current for efficient operation of CMH lamp.
- Increased PAR/watt efficiency compared to HPS or MH lamps.
Hi-Par CMH Controllable Ballast Specifications:
- Designed for maximum PAR output and efficiency
- Intelligent dimming control 50% – 100%
- Compatible with ‘Hi-PAR Control Station’
- Highest quality Japanese internal components
- CMH Horticultural lamp compatibility
- Increased PAR efficiency compared to traditional HPS or MH technology
- Smart green LED indicator light
- Digital random start technology
- Superior RF shielding
- Low start-up current <3.0A,
- Input 220-240v, 50-60Hz, Imax = 1.6A,
- PF>0.97, CF<1.6, THD<10%
- 12 Month limited warranty
In the box:
- 1 x 315w Control Ballast
- 1 x IEC Power Cable
- 1 x Control ‘Link’ Cable
- 1 x Adaptor
