PHANTOM II CMH 315W CERAMIC METAL HALIDE DIGITAL BALLAST

PHANTOM II CMh 315W BALLAST

The Phantom CMh 315W ballast is a low frequency, square-wave digital ballast designed specifically for the 315W ceramic halide lamp. It features internal RF shielding, multi-aspect protection circuitry, versatile 120/208/240V input voltage, and patented lamp depreciation control. It can easily be wall-mounted near the reflector, and can be mounted up to fifty feet away from the reflector using our optional lamp cord extensions. FCC CertifiedCSA3 Year Warranty

Phantom II CMh 315W Ceramic Metal Halide Digital Ballast

CMh - equally effectivene for both vegetative and flowering growth

The Phantom CMh 315W ballast is a remotely operated, low frequency, square-wave digital ballast designed specifically for the 315W high intensity ceramic halide lamp, which can be used with equal effectiveness for both vegetative and flowering growth. It features internal RF shielding, multi-aspect protection circuitry, versatile 120/208/240V input voltage, and patented lamp depreciation control.

Like all ballasts in the Phantom family, the CMh 315 ballast is silent, reliable, and energy-efficient. It can easily be wall-mounted near the reflector, and can be mounted up to fifty feet away from the reflector using our optional lamp cord extensions. Includes an 8' 120V power cord, operating instructions, and a three-year warranty.

Phantom II CMh 315W Ceramic Metal Halide Digital Ballast

Phantom PHBC3151 - Ceramic Metal Halide Ballast

Internal RF shielding, FCC compliant
High-Precision Microprocessor Control
Generator-ready
Cooling fins for maximum heat dissipation
Dual input voltage, 120-240V via IEC connection
Patented Lock & Seal connection
Molded Ferrite Core

Features

  • Low frequency, multi-voltage (120‒240V) square wave technology runs 315W ceramic metal halide lamp
  • Multi-aspect protection circuitry

 

  • Up to 65' lamp striking distance: Separate the ballast from your reflector by up to 65' of distance if necessary
  • Patented output control maintains maximum PAR value over lamp life