公司信息
IN Series
Ultra-accurate currents sensors ranging from 100 to 2,000 A.
Fluxgate Technology reinvented
IN series, for all High-precision applications
The IN family is LEM’s most advanced high precision group of transducers. With its patented and ground-breaking digital integration technology, the IN represents a significant evolution to LEM’s older High Precision transducers. The IN transducers offer best-in-class performance, with the highest accuracy in the market, and low noise over wide operating temperature range. Fluxgate technology reinvented (LEM patent).
IN Family
Main benefits:
- Best-in-class accuracy: excellent linearity and minimum electrical offset
- Broad frequency bandwidth (up to 1.1 MHz @±3 dB)
- Compact design with largest aperture for cables and busbars
- Really good immunity from external fields
- Overcurrent and protection embedded by design
- Extended operating temperature range: -40..+85 °C
- Extremely high stability (0.15 ppm/month)
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Main features:
- Closed loop (compensated) current transducers using an extremely accurate zero flux detector
- 9-pin D-Sub male secondary connector
- Status signal to indicate the transducer state
- LED indicator confirms normal operation
- Metal housing to improve immunity to EMC & power dissipation
- Transducer identification
- Large apertures for cables and busbars
IN 200, THE NEW MEMBER OF THE IN SERIES, BEST IN CLASS IN THE HIGH PRECISION MARKET
- Best-in-class accuracy: 0.7 ppm linearity, max 10 ppm electrical offset
- Broadest frequency bandwidth : DC to 1.1 MHz (-3 dB)
- Compact design with largest aperture (28 mm)
- Really good immunity from external fields
- Overcurrent and protection embedded by design
- Extended operating temperature range : -40..+85 °C
- Extremely high stability (0.15 ppm/month)
Download IN 200 Datasheet
Download IN 200 Environmental Profile
IN FAMILY, HIGH PRECISION TRANSDUCERS
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FLUXGATE TECHNOLOGY REINVENTED
The use of fluxgate technology in transducers for precise current measurement is well-known. However, it has some limitations linked to the ripple derived from the excitation voltage. LEM’s innovation takes fluxgate current transducers to previously unachieved performance levels through digital technology.
This digital technology brings a number of benefits.
- Immunity to temperature effects, interference and supply voltage variation
- A major reduction of the ripple from the fluxgate driving signal
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