Manufacturers

RACM40-24SK/OF

Recom power supply series RACM40-K/OF

Open frame type switching power supplies with 40W, a universal input and a low no-load power consumption. These devices are suitable for medical technology applications (2xMOPP), are protected against short circuit, overload as well as overvoltage 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/OF, RACM40-12SK/OF, RACM40-15SK/OF, RACM40-18SK/OF, RACM40-24SK/OF, RACM40-36SK/OF and RACM40-48SK/OF.

  • 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 +85°C
  • maximal altitude: 5000m
  • dimensions: 78,3x40,6x25,5mm
  • weight: 74g

RACM40-24SK/OF

235443 RACM40-24SK/OF RACM40-24SK/OF Recom power supply series RACM40-K/OF. Open frame type switching power supplies with 40W, a universal input and a low no-load power consumption. These devices are suitable for medical technology applications (2xMOPP), are protected against short circuit, overload as well as overvoltage 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/OF, RACM40-12SK/OF, RACM40-15SK/OF, RACM40-18SK/OF, RACM40-24SK/OF, RACM40-36SK/OF and RACM40-48SK/OF. 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 +85°C maximal altitude: 5000m dimensions: 78,3x40,6x25,5mm weight: 74g

Specifications

manufacturer
Manufacturer's name RACM40-24SK/OF
Output voltage [V] 24
Efficiency [%] 90
Output current [A] 1,667
Output voltage tolerance: [%] ±1
Output power [W] 40
Ripple [mVp-p] 240
Data Sheet

Unit price

22,79 €

Stock: 3
Further delivery:
CW 33/2024