Manufacturers

PLD-60-1400B

Mean Well LED driver series PLD-60

LED drivers in a plastic housing (IP42) with a stranded wire connection, 60W and a constant current. These devices are protected against overload (auto recovery), overvoltage, short circuit as well as overtemperature and comply with EN61000-3-2, class C, EN55015, EN61347-1 as well as EN61347-2-13. They have a built-in active PFC function and are suitable for LED lighting applications. We offer the following types of this Mean Well series: PLD-60-500B, PLD-60-700B, PLD-60-1050B, PLD-60-1400B, PLD-60-1750B, PLD-60-2000B and PLD-16-2400B.

  • single output
  • output: 54 to 60,2W
  • input voltage: 180 to 295V AC (47 to 63Hz)
  • maximal input inrush current: 25A
  • withstand voltage I/P-O/P: 3750V AC
  • operating temperature: -30 to +45°C
  • dimensions: 128x60x31,5mm
  • weight: 340g

PLD-60-1400B

41296 PLD-60-1400B PLD-60-1400B 4711287458175 Mean Well LED driver series PLD-60. LED drivers in a plastic housing (IP42) with a stranded wire connection, 60W and a constant current. These devices are protected against overload (auto recovery), overvoltage, short circuit as well as overtemperature and comply with EN61000-3-2, class C, EN55015, EN61347-1 as well as EN61347-2-13. They have a built-in active PFC function and are suitable for LED lighting applications. We offer the following types of this Mean Well series: PLD-60-500B, PLD-60-700B, PLD-60-1050B, PLD-60-1400B, PLD-60-1750B, PLD-60-2000B and PLD-16-2400B. single output output: 54 to 60,2W input voltage: 180 to 295V AC (47 to 63Hz) maximal input inrush current: 25A withstand voltage I/P-O/P: 3750V AC operating temperature: -30 to +45°C dimensions: 128x60x31,5mm weight: 340g

Specifications

manufacturer
Manufacturer's name PLD-60-1400B
GTIN 4711287458175
Output voltage [V] 25...43
Phase 2 phase
Output current range [mA] 1400
Ripple [Vp-p] 3,4
Efficiency [%] 86
Output power [W] 60,2
Data Sheet

Unit price

18,19 €

Volume discounts

Quantity Unit price
50 + 16,89 €

Stock: 19
Further delivery:
CW 11/2025