> Power supplies>Power supplies>Switching power supplies for illumination, LED>Mean Well LED drivers, 20W, IP67, constant current, LPC-20 series>LPC-20-700

Manufacturers

LPC-20-700

Mean Well LED driver series LPC-20

LED drivers in a plastic housing (IP67) with a constant current, 20W and a universal input. These devices are protected against overload (auto recovery), overvoltage as well as short circuit and comply with UL1310 Class 2, UL1310, EN62368-1, IEC62368-1 as well as EN55032 class B. They are suitable for LED lighting applications and are not dimmable. We offer the following types of this Mean Well series: LPC-20-350 and LPC-20-700.

  • single output
  • output: 16,8 to 21W
  • input voltage: 90 to 264V AC (47 to 63Hz), 127 to 370V DC
  • maximal input inrush current: 70A
  • withstand voltage I/P-O/P: 3000V AC
  • operating temperature: -30 to +70°C
  • dimensions: 118x35x26mm
  • weight: 220g
Meanwell LPC-20 series

LPC-20-700

33052 LPC-20-700 LPC-20-700 4711287440934 Mean Well LED driver series LPC-20. LED drivers in a plastic housing (IP67) with a constant current, 20W and a universal input. These devices are protected against overload (auto recovery), overvoltage as well as short circuit and comply with UL1310 Class 2, UL1310, EN62368-1, IEC62368-1 as well as EN55032 class B. They are suitable for LED lighting applications and are not dimmable. We offer the following types of this Mean Well series: LPC-20-350 and LPC-20-700. single output output: 16,8 to 21W input voltage: 90 to 264V AC (47 to 63Hz), 127 to 370V DC maximal input inrush current: 70A withstand voltage I/P-O/P: 3000V AC operating temperature: -30 to +70°C dimensions: 118x35x26mm weight: 220g

Specifications

manufacturer
Manufacturer's name LPC-20-700
GTIN 4711287440934
Output voltage [V] 9...30
Phase 2 phase
Output current tolerance [%] 5
Efficiency [%] 83
Output current range [A] 0,7
Output power [W] 21
Ripple [mV] 200
Data Sheet

Unit price

7,49 €

Volume discounts

Quantity Unit price
50 + 6,99 €

Stock: 1691
Further delivery:
CW 32/2024