Sensing contactors

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  • GXC15 CAN-BUS Smart Contactor

    GXC15 CAN-BUS Smart Contactor

    SPECIFICATIONS • Chassis level power terminals – No need for specially routed power ca

    SPECIFICATIONS • Chassis level power terminals – No need for specially routed power cables, special bus bars, or special lugs. • Rugged EPIC® seal rated to 175°C – Reduced risk of fire or meltdown in over current conditions. The same technology used for advanced aerospace programs. • Hermetically sealed – Designed to meet: UL1604 for…

  • GXC16 CAN-BUS Smart Contactor

    GXC16 CAN-BUS Smart Contactor

    SPECIFICATIONS • Chassis level power terminals – No need for specially routed power ca

    SPECIFICATIONS • Chassis level power terminals – No need for specially routed power cables, special bus bars, or special lugs. • Rugged EPIC® seal rated to 175°C – Reduced risk of fire or meltdown in over current conditions. The same technology used for advanced aerospace programs. • Hermetically sealed – Designed to meet: UL1604 for…

  • GXSA15 over current contactor

    GXSA15 over current contactor

    Over Current Contactor 350+ Amp 20-800 Vdc When the trip limit is exceeded the contacts wi

    Over Current Contactor 350+ Amp 20-800 Vdc When the trip limit is exceeded the contacts will open and the Trip indicator line will go low. The TRIP pin is an open drain. After a trip, V-control needs to be brought low to reset the contactor. Current trip setting range ±20-350 Amp. The contactor’s operating coil,…

  • GXSA16 over current contactor

    GXSA16 over current contactor

    When the trip limit is exceeded the contacts will open and the Trip indicator line will go

    When the trip limit is exceeded the contacts will open and the Trip indicator line will go low. The TRIP pin is an open drain. After a trip, V-control needs to be brought low to reset the contactor. Current trip setting range ±20-600Amp. The contactor’s operating coil, and if an auxilary contact is selected too,…

  • GXSB15 current sensing contactor

    GXSB15 current sensing contactor

    The current sensing circuit is isolated from the coil and requires power at Sense V-in and

    The current sensing circuit is isolated from the coil and requires power at Sense V-in and Sense Ground. There are two Sense V-out pins, 0 to 5V and 0 to 10V. They both indicate the current through the main contacts (A2 & A1). The contactor’s operating coil, and if an auxilary contact is selected too,…

  • GXSB16 current sensing contactor

    GXSB16 current sensing contactor

    The current sensing circuit is isolated from the coil and requires power at Sense V-in and

    The current sensing circuit is isolated from the coil and requires power at Sense V-in and Sense Ground. There are two Sense V-out pins, 0 to 5V and 0 to 10V. They both indicate the current through the main contacts (A2 & A1). The contactor’s operating coil, and if an auxilary contact is selected too,…

  • MXC15 CAN-BUS Smart Contactor

    MXC15 CAN-BUS Smart Contactor

    SPECIFICATIONS • Chassis level power terminals – No need for specially routed power ca

    SPECIFICATIONS • Chassis level power terminals – No need for specially routed power cables, special bus bars, or special lugs. • Rugged EPIC® seal rated to 175°C – Reduced risk of fire or meltdown in over current conditions. The same technology used for advanced aerospace programs. • Hermetically sealed – Designed to meet: UL1604 for…

  • MXC16 CAN-BUS Smart Contactor

    MXC16 CAN-BUS Smart Contactor

    SPECIFICATIONS • Chassis level power terminals – No need for specially routed power ca

    SPECIFICATIONS • Chassis level power terminals – No need for specially routed power cables, special bus bars, or special lugs. • Rugged EPIC® seal rated to 175°C – Reduced risk of fire or meltdown in over current conditions. The same technology used for advanced aerospace programs. • Hermetically sealed – Designed to meet: UL1604 for…

  • MXSA automatic overcurrent disconnect

    MXSA automatic overcurrent disconnect

    For rugged environments, off-road and tracked vehicles. Current trip setting range ±20-60

    For rugged environments, off-road and tracked vehicles. Current trip setting range ±20-600 Amp. Automatic Over Current Disconnect: When the trip limit is exceeded the contacts will open and the Trip indicator line will go low. The TRIP pin is an open drain. After a trip, V-control needs to be brought low to reset the contactor….

  • MXSB current sensing contactor

    MXSB current sensing contactor

    For rugged environments, off-road and tracked vehicles. When the trip limit is exceeded th

    For rugged environments, off-road and tracked vehicles. When the trip limit is exceeded the contacts will open and the Trip indicator line will go low. The TRIP pin is an open drain. After a trip, V-control needs to be brought low to reset the contactor. Current trip setting range ±20-600 Amp. Current Sense: Indicates the…

  • MXSL15 bi-stable & low Voltage disconnect

    MXSL15 bi-stable & low Voltage disconnect

    Latching Contactor 12-100Vdc 350+ Amp EPIC ceramic to metal braze. Gas filled hermetic cha

    Latching Contactor 12-100Vdc 350+ Amp EPIC ceramic to metal braze. Gas filled hermetic chamber protects key components. Exceeds IP69K standard. Tested to temperatures up to 200°C. Latching/Bi-stable, contacts held magnetically so no coil holding power required. The contactor’s operating coil, and if an auxilary contact is selected too, it needs to be connected with Deutch…

  • MXST15 time delay on break

    MXST15 time delay on break

    For rugged environments, off-road and tracked vehicles. The MXST ”Delay on BreakR

    For rugged environments, off-road and tracked vehicles. The MXST ”Delay on Break” contactor is designed for applications that require electrical power to be maintained for a specific amount of time after the engine is shut off. The contactor is triggered by an ”OFF” signal – usually from the ignition key – and then maintains power…

  • MXST16 time delay on break

    MXST16 time delay on break

    For rugged environments, off-road and tracked vehicles. The MXST ”Delay on BreakR

    For rugged environments, off-road and tracked vehicles. The MXST ”Delay on Break” contactor is designed for applications that require electrical power to be maintained for a specific amount of time after the engine is shut off. The contactor is triggered by an ”OFF” signal – usually from the ignition key – and then maintains power…