Manufacturers

XLC-25-H-S

Mean Well LED driver series XLC-25

LED drivers in a plastic housing with 25W, a constant power, a low no-load power (<0,5W), a strain relief (XLC-25-H-_S_) and an NFC function (XLC-25-H-_N). These devices have a built-in active PFC function and are protected against short circuit as well as overtemperature. They are suitable for LED lighting applications, have an adjustable output current and comply with EN61347-1, EN61347-2-13, EN55015, EN61000-3-2 class C as well as EN61000-3-3. We offer the following types of this Mean Well series: XLC-25-H, XLC-25-H-N, XLC-25-H-S and XLC-25-H-SN.

  • single output
  • output: 25W
  • input voltage: 100 to 305V AC (47 to 63Hz), 141 to 431V DC
  • maximal input inrush current: 10A
  • leakage current: <0,75mA
  • withstand voltage I/P-O/P: 3750V AC
  • operating temperature: -25 to +90°C

XLC-25-H-S

245536 XLC-25-H-S XLC-25-H-S Mean Well LED driver series XLC-25. LED drivers in a plastic housing with 25W, a constant power, a low no-load power (&lt;0,5W), a strain relief (XLC-25-H-_S_) and an NFC function (XLC-25-H-_N). These devices have a built-in active PFC function and are protected against short circuit as well as overtemperature. They are suitable for LED lighting applications, have an adjustable output current and comply with&nbsp;EN61347-1, EN61347-2-13, EN55015, EN61000-3-2 class&nbsp;C as well as EN61000-3-3. We offer the following types of this Mean Well series:&nbsp;XLC-25-H, XLC-25-H-N, XLC-25-H-S and XLC-25-H-SN. single output output: 25W input voltage: 100 to 305V AC (47 to 63Hz), 141 to 431V DC maximal input inrush current: 10A leakage current: &lt;0,75mA withstand voltage I/P-O/P: 3750V AC operating temperature: -25 to +90&deg;C

Specifications

manufacturer
Manufacturer's name XLC-25-H-S
Output voltage [V] 9...54
Efficiency [%] 88
Output current [A] 0,3...1,05
Output power [W] 25
Data Sheet

Unit price

15,39 €

Volume discounts

Quantity Unit price
50 + 14,29 €

Stock: 0
Next incoming goods:
CW 26/2024
25 units


Further delivery:
CW 36/2024