Lumatek 315W CMH Kit

The 315W CMH Kit consists of the Lumatek 315W CMH lamp (Agro 3100K or Daylight 4200K) and a 315W CMH Controllable e-ballast.

The 315W CMH pulse-start lamp has been engineered for use with Lumatek 315W CMH electronic ballast and is produced using high-grade ceramic arc tube technology and specific horticultural gas blend that creates optimal spectral output for healthy plant growth.

CMH technology creates high energy PAR/PPF levels with low heat at full spectrum which is closer to sunlight and produces healthier plant growth and larger yield. With a CRI (Colour Rendering Index) of >90%, CMH is perfect for growing high quality produce and essential oil extraction. Lumatek 315W Ceramic Metal Halide (also known as CMH/CDM/LEC) lamps are available in 4200K Daylight and 3100K Agro formats.

The PCA ceramic arc tube permits the lamp to operate at higher internal temperatures increasing colour rendering, output and efficiency. PCA resists interaction with the chemicals inside the tube which stabilizes the chemical mix over the life of the lamp, thereby improving colour consistency and PAR/PPF level maintenance. Pulse-start technology enables faster start up and restrike time, longer lamp life and increased lumen maintenance.

This reliable 315W CMH digital dimmable and controllable ballast has been successfully used in cultivation facilities around the word and uses square wave technology to efficiently fire and operate 315W Ceramic Metal Halide (also known as CMH/CDM/LEC) lamps. For safety this ballast uses full circuit protection including open/short circuit, over temperature, over/low voltage, end of lamp life/rectification and EMI suppression.

The new addition of Control capability allows you to smartly monitor your room temperatures, light timing, automation, safety control and dimming. By simply connecting the Lumatek Digital Panel (sold separately) into the TRS “Link” port on your controllable ballast.
5 metres Control Link Cable included.

Less Power Consumed, Less Heat, Full-Spectrum, High Efficiency PAR/Watt