Metrolight Programmable LED Drivers...

ganjamystic

ganjamystic

Well-Known Member
450-600W Programmable LED Driver
Metrolight LED driver technology offers highly efficient, proven and programmable solution that drives and controls LEDs. The driver offers complete adaptability to the LED design and user's needs. Once selecting the required output power (which can be re-programmed at any time) the driver automatically applies the adequate current and voltage to the LEDs. Any LED design change which may be required in the future, involves mere programming of the LED driver to the newly required power. The LED driver incorporates unique control capabilities including: 0-10V analog dimming, full digital control with real time feedback and on-board dimming profile. The LED driver is field proven with more than 800,000 installed light points worldwide and is approved by leading OEM's being part of their Approval Vendor List.

Main Features of the LED driver

  • High power: up to 600W
  • Proven: >800,000 installations worldwide
  • LED control: constant current, adaptive current control, power control
  • Programmable: current, voltage and power software adjustable
  • Control: analog, digital and on-board dimming scheduler
  • Connectivity: wired and wireless
  • Efficiency: 93%-94% (wattage dependent)
  • Protection: on-board surge, input & output
  • Thermal management: on-board
  • Remote installation: unlimited distance


Download 450-600W Programmable LED Driver Datasheet
 
JavaCo

JavaCo

Well-Known Member
ganjamystic said:
could one of these power a 9 x 50w COB light?
Click to expand...
Has a working voltage of 230-420VDC so you would need to know the voltage of the cobs you plan on running @ 50 watts. Division of 420 by that voltage will tell you how many you can run off it. Say it is 35 volts ....so 420 / 35 = 12 so you can run 12 max off the driver. Minimum would be the lower working voltage of 230 volts ....So 230 / 35 = 6.57 you have to round up so that driver could run 7 to 12 cobs that run @ 35 volts @ 50 watts.
 
Airwalker16

Airwalker16

Well-Known Member
JavaCo said:
Has a working voltage of 230-420VDC so you would need to know the voltage of the cobs you plan on running @ 50 watts. Division of 420 by that voltage will tell you how many you can run off it. Say it is 35 volts ....so 420 / 35 = 12 so you can run 12 max off the driver. Minimum would be the lower working voltage of 230 volts ....So 230 / 35 = 6.57 you have to round up so that driver could run 7 to 12 cobs that run @ 35 volts @ 50 watts.
Click to expand...
Those are bad ass. Wonder where you buy them.??
 
G

grouch

Well-Known Member
JavaCo said:
Has a working voltage of 230-420VDC so you would need to know the voltage of the cobs you plan on running @ 50 watts. Division of 420 by that voltage will tell you how many you can run off it. Say it is 35 volts ....so 420 / 35 = 12 so you can run 12 max off the driver. Minimum would be the lower working voltage of 230 volts ....So 230 / 35 = 6.57 you have to round up so that driver could run 7 to 12 cobs that run @ 35 volts @ 50 watts.
Click to expand...
Where did you find the output voltage? I read the data sheet and still couldn't figure it out? I only saw the 230-420v in the input section of the specs.
 
JavaCo

JavaCo

Well-Known Member
grouch said:
Where did you find the output voltage? I read the data sheet and still couldn't figure it out? I only saw the 230-420v in the input section of the specs.
Click to expand...
Thats where i got the the voltage. But after watching the video i am not so sure. The documentation leaves a lot of unanswered questions. Seems like from the video you set up a driver the way you want it and then send them the profile and they make the driver with your profile. Not too sure on that , dont have the time to research it completely.

Airwalker16 said:
So these can't be used in N. America on standard 120v 20 amp outlets? ?? :'(
Click to expand...
Yeah looks like 220 volt is as low as it goes
 
Trippyness

Trippyness

Well-Known Member
Interesting. Need a 220V outlet it seems, but can easily buy a meanwell 600 and attatch a DC to DC with display to control current and voltage or an arduino. Still a bice device
 
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