ESB00163 (3PH)

  • Inrush Current Limiter (ESB) DIN-Rail TS35mm
  • Designed for rough industrial environment
  • Built-in switch mode power supply
  • Phase Monitor (under voltage / loss / asymmetry)
  • Ton limiting time & Toff low voltage delay time adjustable
  • Advanced passive cooling with over dimensioned limiting resistors
  • Limiting of each phase completely independent 

 

STEP Datei (STP)

 

 
 

ESB00163A.T (3PH)

Model ESB00163A(R2)
Limiting Peak current 22,6A Ton adjustable 70 to 240ms
Limiting RMS-value 16A Ton adjustable 70 to 240ms
Limiting Cycle Interval 60s
Low Voltage Detection Toff adjustable 60 to 170ms
Input Voltage 3x 170 - 575Vac or 2x 170 - 575Vac, 47 - 63Hz
Nominal voltage 3x 200/400/500Vac selectable
AC Continuous Current 3x 16A
Load capacity 3x 1500uF
Connectors Spring-type-terminal 0,5 - 16mm², 22 - 8AWG
Ambient Opearting Temperature -20°C - +45°C no derating
Cooling Natural convection
Dimensions (WxHxD) 95 x 155 x 122mm
Safety Standards EN61010-1, EN61010-2-201, EN62368-1, EN60204-1, EN60950-1
Special Features Integrated & complete phase monitor
  Asymmetry, phase lost, phase sequence
  Accuracy ±6%, independent from ambient temperature
  Extending monitoring
  Each phase limited independently
  Ballast and capacitive loads
  Active & precise measuring circuit
  Bypass circuit each phase
  Built in switch mode power supply



 

ESB00163B.T (3PH)

Model ESB00163B(R2)
Limiting Peak current 22,6A Ton adjustable 70 to 240ms
Limiting RMS-value 16A Ton adjustable 70 to 240ms
Limiting Cycle Interval 60s
Low Voltage Detection Toff adjustable 60 to 170ms
Input Voltage 3x 170 - 460Vac or 2x 170 - 460Vac, 47 - 63Hz
Nominal voltage 3x 200/400Vac selectable
AC Continuous Current 3x 16A
Load capacity 3x 1500uF
Connectors Spring-type-terminal 0,5 - 16mm², 22 - 8AWG
Ambient Opearting Temperature -20°C - +60°C no derating
Cooling Natural convection
Dimensions (WxHxD) 95 x 155 x 122mm
Safety Standards EN61010-1, EN61010-2-201, EN62368-1, EN60204-1, EN60950-1
Special Features Integrated & complete phase monitor
  Asymmetry, phase lost, phase sequence
  Accuracy ±6%, independent from ambient temperature
  Extending monitoring
  Each phase limited independently
  Ballast and capacitive loads
  Active & precise measuring circuit
  Bypass circuit each phase
  Built in switch mode power supply