Chipsense offers a variety of AC current sensing solutions for measurement of existing installations for metering and monitoring applications. Our wide range of split core and Rogowski sensors are suitable for applications upto 1000A. For DC applications we also offer a wide range panel mountable and split core sensors upto 1000A DC. We offer instantaneous and conditioned outputs. Our strength lies in offering custom designs for your unique requirements.
Battery Monitoring
For 24X7 critical battery monitoring applications Chipsense offers a range of PCB, Bus Bar mounted and split core current sensors with high reliability and accuracy. Our split core sensors are useful in existing installations and can measure currents upto 100A. We also offer a range of standard open and close sensors upto 3000A DC. Chipsense also offers custom designs for your unique monitoring projects. We have a proven track record in Data Center, Railways, Utility and Telecom applications.
Smart Metering
Chipsense has a long history of new product development of current transformer for IEC/ANSI meters. Our sensors support accuracies upto 0.1 class for current range mA to 300A with excellent reliability and UL/ROHS compliances. We also offer a range of DC tolerant solutions and self- powered CT's to power tamper-proofing circuitry.
Industrial 4.0
As the world moves towards smart factories and buildings. Chipsense is the obvious choice for monitoring all types of assets that consume electricity. By capturing electrical information our sensors help you build reliable and useful analytic solutions. Our range of split CTs and hall sensors, voltage sensors and isolation transformer along with customized solutions make Chipsense the obvious choice for your new and existing designs. We also offer hardware modules to convert analog outputs to IP compatible data.
| Product No | Primary nominal RMS current(A) | Measuring range(A) | Supply voltage (V) | Secondary output | Accuracy(%) | Output bandwidth | Operating Temp.(°C) | Copper busbar(mm) | PCB | Others |
|---|---|---|---|---|---|---|---|---|---|---|
| CM3A 500 H00 | 500 | ±800 | ±15...24 | ±100mA | ±0.5 | 100 | -40~85 | Ø30.2 | Molex 6410 | |
 CM3A 500 H00
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| CM3A 500 H01 | 500 | ±800 | ±15...24 | ±100mA | ±0.5 | 100 | -40~85 | Ø30.2 | JST B3P VH | |
 CM3A 500 H01
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| CM4A 1000 H00 | 1000 | ±2100 | ±15...24 | ±200mA | ±0.3 | 150 | -40~85 | Ø38 | Molex 6410 | |
 CM4A 1000 H00
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| CM4A 1000 H03 | 1000 | ±1800 | ±24 | ±300mA | ±0.4 | 150 | -40~85 | Ø38 | JST B3P VH | |
 CM4A 1000 H03
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| CM4A 1000 H05 | 1000 | ±2100 | ±15...24 | ±200mA | ±0.3 | 150 | -40~85 | Ø38 | JST B3P VH | |
 CM4A 1000 H05
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| CM6A 1000 B00 | 1000 | ±2000 | ±24 | ±200mA | ±0.4 | 150 | -40~85 | Primary copper busbar | 4×M5 threaded bolts | |
 CM6A 1000 B00
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| VN2A 25 P01 | 5mA | 7mA | 24 | ±25mA | ±0.8 | -40~85 | NA | + | ||
 VN2A 25 P01
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| VN2A 25 P00 | 10mA | ±14mA | ±15 | ±25mA | ±0.6 | -40~85 | NA | + | ||
 VN2A 25 P00
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| VN2A 25 P02 | 10mA | ±14mA | ±12 | ±25mA | ±0.6 | -40~85 | + | |||
 VN2A 25 P02
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| VN2A 400 PB02 | 400V | ±500V | ±12 | ±25mA | ±0.6 | -40~85 | NA | 3 Faston 6.3 x 0.8mm | ||
 VN2A 400 PB02
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| VN2A 800 PB00 | 800V | ±1400V | ±12...15 | ±25mA | ±0.6 | -40~85 | NA | 3 Faston 6.3 x 0.8mm | ||
 VN2A 800 PB00
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| VN2A 800 PB01 | 800V | ±1400V | 24 | 4V | ±0.6 | -40~85 | NA | 3 Faston 6.3 x 0.8mm | ||
 VN2A 800 PB01
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| VN2A 1100 PB00 | 1100V | ±1500V | ±12...15 | ±25mA | ±0.6 | -40~85 | NA | 3 Faston 6.3 x 0.8mm | ||
 VN2A 1100 PB00
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| VN2A 1100 PB03 | 1100V | ±1500V | ±15 | ±25mA | ±0.6 | -40~85 | NA | 3 Faston 6.3 x 0.8mm | ||
 VN2A 1100 PB03
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| VN2A 1100 PB20 | 1100V | ±1500V | ±12 | ±25mA | ±0.6 | -40~85 | NA | XH-3A | ||
 VN2A 1100 PB20
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| VN3A 6400 M00 | 6400V | ±9600V | ±15...24 | ±80mA | ±1.0 | -20~70 | M5 threaded bolts | M5 threaded bolts | ||
 VN3A 6400 M00
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Relying on the CHIPSENSE Electronic technology team and collaborating with Institute of Intelligent Sensing Technology Innovation and Application at North China Electric Power University (NCEPU), we efficiently complete the forward research and development of sensors.
