DISTRIBUTION

 

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RED00202 Redundant O-Ring Modul 1000W Continuous Load

  • N+1 Power Redundant Module DIN-Rail TS35mm
  • 2x 1000W (Input Channels), 1x 1000W Output Sum
  • Lower voltage margin adjustable
  • Input & Output = floating
  • Decoupling Diode = fast Schottky
  • Voltage Drop typ. 500mV
Product Information (PDF) STEP-Datei (STP) Data Sheet (PDF)

 




RED00202A

Model RED00202A
Output Voltage / Current Sum +12...28Vdc (36V) / 50A sum
Inputs V1in/V2 Voltage / Current +12...28Vdc (36V) / 50A per channel
Maximum Power at the Output 1000W continuous
LED Control-LED
Monitoring Relay Integrated (floating)
Cooling Natural convection
Efficiency > 97% (24Vdc)
Load connection Screw-type terminal
Alarm contact Screw-type terminal plug-in
Ambient temperature -20°C ... +70°C
Dimensions WxHxD 62 x 130 x 115mm
Special Features High reliable
  Compact outline
  Reverse polarity protection
  Alarm monitoring loss of U1/U2

RED00202B

Model RED00202B
Output Voltage / Current Sum +36...60Vdc (75V)  / 28A sum
Inputs V1in/V2 Voltage / Current +36...60Vdc (75V) /  28A per channel
Maximum Power at the Output 1000W continuous
LED Control-LED
Monitoring Relay Integrated (floating)
Cooling Natural convection
Efficiency > 97% (48Vdc)
Load connection Screw-type terminal
Alarm contact Screw-type terminal plug-in
Ambient temperature -20°C ... +70°C
Dimensions WxHxD 62 x 130 x 115mm
Special Features High reliable
  Compact outline
  Reverse polarity protection
  Alarm monitoring loss of U1/U2

RED00202C

Model RED00202C
Output Voltage / Current Sum +90...125Vdc (140V) / 9,1A sum
Inputs V1in/V2in Voltage / Current +90...125Vdc (140V) / 9,1A per channel
Maximum Poer at the Output 1000W continuous
LED Control-LED
Monitoring Relay Integrated (floating)
Cooling Natural convection
Efficiency > 97% (110Vdc)
Load connection Screw-type terminal
Alarm contact Screw-type terminal plug-in
Ambient temperature -20°C ... +70°C
Dimensions WxHxD 62 x 130 x 115mm
Special Features High reliable
  Compact outline
  Reverse polarity protection
  Alarm monitoring loss of U1/U2