Manufacturers

RACM40-48SK-T

Recom AC/DC converter series RACM40-K

Converter modules in a plastic case (enclosed) with 40W, a universal input and a low no-load power consumption. These devices are suitable for direct PCB mounting and are protected against short circuit, overload as well as overvoltage. They are suitable for medical technology (2xMOPP) and comply with EN60601-1, ICE60601-1, EN60335-1, EN62368-1, EN60601-1-2, EN55032 as well as EN61204-3. We offer the following types of this Recom series: RACM40-05SK-T, RACM40-12SK-T, RACM40-15SK-T, RACM40-24SK-T and RACM40-48SK-T.

  • single output
  • output: 30 to 40W
  • input voltage: 80 to 264V AC (47 to 63Hz)
  • maximal input inrush current: 30A
  • maximal leakage current: 1,5mA
  • withstand voltage I/P-O/P: 4000V AC
  • operating temperature: -40 to +60/65°C
  • maximal operating altitude: 5000m
  • dimensions: 83,23x46,43x30,4mm
  • weight: 185g

RACM40-48SK-T

235438 RACM40-48SK-T RACM40-48SK-T Recom AC/DC converter series RACM40-K. Converter modules in a plastic case (enclosed) with 40W, a universal input and a low no-load power consumption. These devices are suitable for direct PCB mounting and are protected against short circuit, overload as well as overvoltage. They are suitable for medical technology (2xMOPP) and comply with EN60601-1, ICE60601-1, EN60335-1, EN62368-1, EN60601-1-2, EN55032 as well as EN61204-3. We offer the following types of this Recom series: RACM40-05SK-T, RACM40-12SK-T, RACM40-15SK-T, RACM40-24SK-T and RACM40-48SK-T. single output output: 30 to 40W input voltage: 80 to 264V AC (47 to 63Hz) maximal input inrush current: 30A maximal leakage current: 1,5mA withstand voltage I/P-O/P: 4000V AC operating temperature: -40 to +60/65°C maximal operating altitude: 5000m dimensions: 83,23x46,43x30,4mm weight: 185g

Specifications

manufacturer
Manufacturer's name RACM40-48SK-T
Output voltage [V] 48
Efficiency [%] 90
Output current [A] 0,833
Output power [W] 40
Ripple [mVp-p] 480
Data Sheet

Unit price

27,59 €

Stock: 11
Further delivery:
CW 33/2024