Omega 315W 240V CDM Digital Ballast

Omega Digital CDM Ballast

The Omega CDM 315W Digital Ballast powers at lower wattage but with the same or better consumption as a standard HPS Lamp.

• Runs 315w CDM/CMH lamps
• Unbeatable output per Watt
• Includes super-lumen technology
• 2-year manufacturer's guarantee

Why choose the Omega CDM 315W Digital Ballast?

Omega Lighting's 315W CDM Ballast comes with a 4-setting dimmable switch allowing the user to change the output of their ballast to suit their preference, without needing to change the Grow Lamp or affecting its overall lifespan.

Compatible with all 315w CDM Lamps and CMH 3000k or CMH 4000k Lamps, Omega Lighting 315w CDM Ceramic-Discharge Metal Halide Ballast delivers a light spectrum that's much closer to natural sunlight than typical high intensity discharge (HID) systems.

Super-lumen technology

Omega Lighting’s advanced super-lumen technology, produces additional wattage from the lamp. This increased output does not affect the lifespan of the lamp. The dimmable options on this CDM Ballast include a Super Lumen setting which boosts the output to 340W for extra light and without using any extra power.

Reduce growing costs

Omega 315W CDM Digital Ballasts are ideal for powering HID lamps. HID lighting is the professionals’ choice for maximising crop growth. They offer the user the ability to control power output to the bulb which not only protects the lifetime of the lamp, it also helps to reduce growing costs.

Lightweight Ballast

The Omega 315W CDM Digital Ballast comes with a lightweight aluminium casing and a 1-metre flying IEC cable as standard for safety.

Industry-leading

This amazing CDM Digital Ballast is one of the leading low-powered ballasts in the market and as with all Omega Digital Ballasts, it comes with a high production standard and includes a 2-year Manufacturer's Guarantee. This ballast is also fully wall mountable and is CE certified.

Daylight 315w technology is on the rise. Exceptional output, reduced consumption, brilliant spectrum and lower temperatures. The results need to be seen to be believed.