CSPV-ITP-200 High Accuracy Current Transducer, Component-based Fluxgate

  • CSPV-ITP-200 High Accuracy Current Transducer, Component-based Fluxgate
  • CSPV-ITP-200 High Accuracy Current Transducer, Component-based Fluxgate
  • CSPV-ITP-200 High Accuracy Current Transducer, Component-based Fluxgate
  • CSPV-ITP-200 High Accuracy Current Transducer, Component-based Fluxgate
CSPV-ITP-200 High Accuracy Current Transducer, Component-based Fluxgate
  • OSWELL
  • CHINA
  • 10-15天
  • 50k

CSPV-ITP-200 is a precise, wide-band and bipolar current transducer based on fluxgate principle. It is mainly for the DC, AC and pulse current measurement fields requiring ultra-high accuracy. The primary and secondary current are isolated from each other and the safety performance is superior.
It is widely used in Medical Device, Special Power Supply, Magnetic Resonance Imaging (MRI) Unit, Smart Power Grid, Test Instrument, New Energy.

 Features:                                                                                                       

  • Ultra-high Stability & Accuracy

  • Primary & Secondary Side Isolation Measurement

  • Low Temperature Drift

  • Saturation Detection & Self-recovery Function

  • Strong Anti-interference Capability

  • Wide Band & Low Response Time


Electrical Characteristics: 

 

TYPE

CSPV-ITP-200

Primary Rated Current  IPN(Adc)

±200 (Nominal)     ±240 (Max)

Primary Overload Current  IPM(Adc)

190A  @RM=23Ω     240A  @RM=10Ω

Operating Voltage VC V

±12 (Nominal)      ±15 (Max)

Power Consumption Current IPwr  (mA)

±225

Ratio KN  

1:1000

Rated Output Current ISN   (mA)

±200

Dielectric Strength VdPRI-SEC

50Hz, 1min, 5kV

Operating Temperature

-40~85

Storage Temperature

-55~95

Comparative Tracking Index

275V According to IEC-60112

Current Consumption

15 mA

Weight

58±5g


Dimensions (mm) ±0.8mm

New Energy Current Transducer

Yellow

Blue

Red

Black

Iout

-12V

+12V

GND


Get the latest price? We'll respond as soon as possible(within 12 hours)

Privacy policy

close left right