LUMii XLED Controller

LUMii XLED Controller

The LUMii XLED Controller is designed to control the LUMii XLEDv6 680w LED fixture but can control any LED fixture which accepts 0-10V control signal. When connected to an RJ12 port, (or by wired connection to push-in terminals) it will schedule a desired daily photoperiod, control the light intensity (dimming) from 0% to 100%, and set the length of sunrise and sunset ramping. With its single channel, it will control a linked array of up to 25 LUMii XLEDv6 680w LED fixtures. The controller uses a very simple five-button control interface with LED display. It has an integral wall mounting / hanging tab and is powered from mains electricity via an adaptor plug (supplied). 

Key selling points:  

• Controls any LED fixture accepting 0-10V signal 
• Sets photoperiod, dimming, sunrise and sunset ramping. 
• Simple 5-button controls 
• Mains adaptor plug supplied 

 
Technical Specifications:   

• Number of Channels: 1 
• Signal Type: 0 – 10 V 
• Maximum Number of Fixtures Controlled: 25 
• 10 V Output Control: 0 – 10 V ± 0.1 V 
• Adaptor AC Input Power: 120 – 240 V 
• Controller DC Input Power: 12 V, 1.0A 
• Operating temperature: 0°C – 35°C (32°F – 95°F) 
• Operating Humidity: 80% RH Maximum, non-condensing 
• IP Rating: IP20 

 
FAQs:  
Q: The LUMii XLEDv6 680w LED fixture has a manual dimming control already. What are the advantages of using the LUMii XLED Controller? 
A: There are several significant advantages to using the controller: 

• The manual dimmer has only 5 settings, 40%, 50%, 60%, 80%, 100%. The controller is infinitely variable from 0% to 100% 
• Using the controller, you don’t need to be right next to the LED fixture, and you can control up to 25 fixtures from a single controller. Of course, once the controller is set up, you don’t need to return constantly to the fixture to dim it or switch on and off.   
• The controller allows you to schedule a daily photoperiod (one “off” time and one “on” time) the timing decided by you. 
• The controller allows you to set a sunset and sunrise ramp period at each end of the photoperiod, to avoid plant shock.