Sale!

Hi-Par 315W Dynamic DE Contol Kit

$575.00

-19%

or 4 fortnightly payments of $143.75 with Afterpay More info

Sold Out

Notify me when the item is back in stock.

Secure and discreet shipping Australia wide

  • 30 days easy returns
  • Order yours before 10:00am for same day dispatch
Guaranteed Safe Checkout

Description

HI-PAR 315W DYNAMIC DE CONTROL KIT

The HI-PAR 315W CMH Dynamic DE Control kits were engineered to enhance essential oil production. Utilising a unique DE (Double-Ended) CMH bulb with our powerful next-generation 315w Control Ballast allows growers to incorporate CMH fixtures into the HI-PAR Control Station rooms.

The Hi-Par 315W Dynamic DE Control Kit includes our new Smart 315w ballast, Dynamic Reflector & CMH Horticultural lamp. These fixtures output a similar light spectrum to natural sunshine; which results in enhanced plant profile development and essential oil production!

315W CMH CONTROLLABLE LUMINAIRE

  • The CMH Dynamic DE Controllable kit is the most advanced 315w complete fixture!
  • Controllable, dimmable and compatible with the new DE CMH bulb!

COMMERCIAL CMH SOLUTIONS

  • Linkable with the HI-PAR Control Station for creative commercial solutions
  • Ideal for large facilities with mixed spectrum lighting

LOW FREQUENCY EFFICIENCY

  • Utilising low frequency ignition and operating current, optimal for CMH lamps
  • Powerful smart ballast features including soft/random start technology

TECHNICAL SPECIFICATIONS

  • PPFD: 596 average umol m-2 s-1 (Tested @ 60cm height over 1.2m2 average)
  • CRI: >90%
  • Kelvin: 3000k
  • THD: <10%
  • Lamp Life: >90% @ 20,000 hrs
  • Low start up current: <3.0a 
  •  Input 220-240v
  • 50-60z, Imax 1.6A
  • PF >0.97 / CF <1.6
  • 12-Month limited warranty

 BOX CONTENTS:

  • HI-PAR 315W CMH Controllable Ballast
  • 315W Double Ended (DE) CMH Lamp
  • Double Ended Lamp Shield (must be used with DE CMH lamps)
  • HI-PAR Double Ended Dynamic Reflector
  • Connect Link Cable
  • Power Cable
  • HI-PAR 4.5m Reflector Extension Cord

Brand

Hi-Par