• HTC Family

    Compact current transducers for AC and DC currents from 1000A to 3000A nominal.

    HTC - Traction current sensors

    The HTC current sensor series is meticulously crafted for the accurate measurement of DC, AC, or pulsed currents, all while ensuring galvanic isolation between the primary and secondary circuits.

    Members of the HTC series function effectively with a bipolar power supply ranging from +/- 15V. They deliver an instantaneous voltage output spanning of +/- 10V and boast a bandwidth extending up to DC 10 KHz.

    These current sensors feature a 40 mm diameter aperture for current measurement and are based on open-loop Hall effect technology, making them exceptionally well-suited for a diverse range of traction applications within the railway sector.

    HTC – Features and benefits

    HTC traction current sensors

    Features

    • Hall effect sensor using open loop
    • Insulating plastic case recognized according to UL 94-V0

    Main characteristics

    • Easy installation
    • Compact
    • High immunity to external interference
    • Low power consumption

    Typical applications

    The HTC sensors are custom designed for railway applications, and they find effective use in a range of scenarios within this domain, including:

    • Single or three phase inverters
    • Propulsion and braking choppers
    • Propulsion converters
    • Auxiliary converters
    • Battery chargers

    LEM HTC – Download & Technical Characteristic

    Product

    Check stock

    DocumentPrimary nominal RMS currentSupply Voltage rangeOp. Temperature
    HTC 1000-S/SP4

    Datasheet
    3D
    1000 A15 to 15-40 to 85°C
    HTC 2000-S/SP4

    Datasheet
    3D
    2000 A15 to 15-40 to 85 °C
    HTC 3000-S/SP4

    Datasheet
    3D
    3000 A15 to 15-40 to 85 °C

    HTC Sensors – ASK FOR SAMPLES / QUOTATIONS

    Looking to receive samples or a quotation? Please click on the contact button below and provide us with the information you need on this product series. Our sales team will get back to you shortly.

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