• 260-Over-or-Under-Voltage-Monitor

    DC260B-90-150

    Over or Under Voltage Monitor

    The Model 260 Voltage Sensor is a single set-point voltage sensor. Input voltages above the set-point cause the output contacts to energize (contacts 1 & 8 closed). Input voltages below the set-point cause the output contacts to de-energize (contacts 1 & 2 closed). The dead band between pull-in and drop-out is less than 2%.

    The standard unit has a screwdriver, or fingertip adjustable set-point range of approximately 35%. of the maximum voltage. This device can also be provided with a factory calibrated trip point.

    AC versions of the Model 260 Voltage Sensor are not frequency sensitive, and may be used in systems from 50 Hz to 400 Hz. DC models are not polarity sensitive. This device requires a standard 8-pin socket, such as Time Mark’s Model 51×120.

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  • 260-Over-or-Under-Voltage-Monitor

    DC260BM-160-250

    Over or Under Voltage Monitor

    The Model 260 Voltage Sensor is a single set-point voltage sensor. Input voltages above the set-point cause the output contacts to energize (contacts 1 & 8 closed). Input voltages below the set-point cause the output contacts to de-energize (contacts 1 & 2 closed). The dead band between pull-in and drop-out is less than 2%.

    The standard unit has a screwdriver, or fingertip adjustable set-point range of approximately 35%. of the maximum voltage. This device can also be provided with a factory calibrated trip point.

    AC versions of the Model 260 Voltage Sensor are not frequency sensitive, and may be used in systems from 50 Hz to 400 Hz. DC models are not polarity sensitive. This device requires a standard 8-pin socket, such as Time Mark’s Model 51×120.

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  • 260-Over-or-Under-Voltage-Monitor

    DC260BM-20-24

    Over or Under Voltage Monitor

    The Model 260 Voltage Sensor is a single set-point voltage sensor. Input voltages above the set-point cause the output contacts to energize (contacts 1 & 8 closed). Input voltages below the set-point cause the output contacts to de-energize (contacts 1 & 2 closed). The dead band between pull-in and drop-out is less than 2%.

    The standard unit has a screwdriver, or fingertip adjustable set-point range of approximately 35%. of the maximum voltage. This device can also be provided with a factory calibrated trip point.

    AC versions of the Model 260 Voltage Sensor are not frequency sensitive, and may be used in systems from 50 Hz to 400 Hz. DC models are not polarity sensitive. This device requires a standard 8-pin socket, such as Time Mark’s Model 51×120.

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  • 260-Over-or-Under-Voltage-Monitor

    DC260BM-30-46

    Over or Under Voltage Monitor

    The Model 260 Voltage Sensor is a single set-point voltage sensor. Input voltages above the set-point cause the output contacts to energize (contacts 1 & 8 closed). Input voltages below the set-point cause the output contacts to de-energize (contacts 1 & 2 closed). The dead band between pull-in and drop-out is less than 2%.

    The standard unit has a screwdriver, or fingertip adjustable set-point range of approximately 35%. of the maximum voltage. This device can also be provided with a factory calibrated trip point.

    AC versions of the Model 260 Voltage Sensor are not frequency sensitive, and may be used in systems from 50 Hz to 400 Hz. DC models are not polarity sensitive. This device requires a standard 8-pin socket, such as Time Mark’s Model 51×120.

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  • 260-Over-or-Under-Voltage-Monitor

    DC260BM-42-64

    Over or Under Voltage Monitor

    The Model 260 Voltage Sensor is a single set-point voltage sensor. Input voltages above the set-point cause the output contacts to energize (contacts 1 & 8 closed). Input voltages below the set-point cause the output contacts to de-energize (contacts 1 & 2 closed). The dead band between pull-in and drop-out is less than 2%.

    The standard unit has a screwdriver, or fingertip adjustable set-point range of approximately 35%. of the maximum voltage. This device can also be provided with a factory calibrated trip point.

    AC versions of the Model 260 Voltage Sensor are not frequency sensitive, and may be used in systems from 50 Hz to 400 Hz. DC models are not polarity sensitive. This device requires a standard 8-pin socket, such as Time Mark’s Model 51×120.

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  • 260-Over-or-Under-Voltage-Monitor

    DC260BM-60-92

    Over or Under Voltage Monitor

    The Model 260 Voltage Sensor is a single set-point voltage sensor. Input voltages above the set-point cause the output contacts to energize (contacts 1 & 8 closed). Input voltages below the set-point cause the output contacts to de-energize (contacts 1 & 2 closed). The dead band between pull-in and drop-out is less than 2%.

    The standard unit has a screwdriver, or fingertip adjustable set-point range of approximately 35%. of the maximum voltage. This device can also be provided with a factory calibrated trip point.

    AC versions of the Model 260 Voltage Sensor are not frequency sensitive, and may be used in systems from 50 Hz to 400 Hz. DC models are not polarity sensitive. This device requires a standard 8-pin socket, such as Time Mark’s Model 51×120.

    Select options
  • 260-Over-or-Under-Voltage-Monitor

    DC260BM-90-150

    Over or Under Voltage Monitor

    The Model 260 Voltage Sensor is a single set-point voltage sensor. Input voltages above the set-point cause the output contacts to energize (contacts 1 & 8 closed). Input voltages below the set-point cause the output contacts to de-energize (contacts 1 & 2 closed). The dead band between pull-in and drop-out is less than 2%.

    The standard unit has a screwdriver, or fingertip adjustable set-point range of approximately 35%. of the maximum voltage. This device can also be provided with a factory calibrated trip point.

    AC versions of the Model 260 Voltage Sensor are not frequency sensitive, and may be used in systems from 50 Hz to 400 Hz. DC models are not polarity sensitive. This device requires a standard 8-pin socket, such as Time Mark’s Model 51×120.

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  • DRA-1-DIN-Rail-Adapter

    DRA-1

    DIN Rail Adapter

    The DRA-1 DIN Rail Adapter is designed for quick attachment and detachment of various surface-mount devices onto a standard 35mm DIN rail. Four #8-32 mounting holes are located on the face of the Adapter support numerous models. The Adapter and grip plate are made of 20-gauge steel and assembled as one unit for durability. Constructed with two high-tension extension springs, the DRA-1 Adapter will securely fasten surface-mount enclosures to a standard 35mm DIN rail. The mounting hole pattern matches a standard Time Mark surface-mount enclosure.

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  • ENCDIN-Enclosure_Front

    ENCDIN

    Safety Enclosure with DIN Rail

    The ENCDIN series of safety enclosures were designed to provide external protection for 8-Pin and 11-Pin socket-mounted devices such as: 3-Phase Monitors, Voltage Monitors, Current Monitors, Alternating Relays, Time Delay Relays, Liquid Level Controls, Transducers and Power Supplies.
    Each enclosure is made of 20 gauge steel with a dark gray powder coat finish. A standard 35mm DIN rail is attached inside and half-inch and three-quarter inch conduit knockouts are provided on three sides. The door is hinged to allow easy mounting and access.

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  • ENCDIN-Enclosure_Front

    ENCDIN-11PIN

    Safety Enclosure with DIN Rail and One 11-Pin Socket

    The ENCDIN series of safety enclosures were designed to provide external protection for 8-Pin and 11-Pin socket-mounted devices such as: 3-Phase Monitors, Voltage Monitors, Current Monitors, Alternating Relays, Time Delay Relays, Liquid Level Controls, Transducers and Power Supplies.
    Each enclosure is made of 20 gauge steel with a dark gray powder coat finish. A standard 35mm DIN rail is attached inside with Time Mark’s 11-pin socket (rated 10A @ 300VAC) mounted to the DIN rail. Half-inch and three-quarter inch conduit knockouts are provided on three sides. The door is hinged to allow easy mounting and access.

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  • ENCDIN-Enclosure_Front

    ENCDIN-8PIN

    Safety Enclosure with DIN Rail and One 8-Pin Socket

    The ENCDIN series of safety enclosures were designed to provide external protection for 8-Pin and 11-Pin socket-mounted devices such as: 3-Phase Monitors, Voltage Monitors, Current Monitors, Alternating Relays, Time Delay Relays, Liquid Level Controls, Transducers and Power Supplies.
    Each enclosure is made of 20 gauge steel with a dark gray powder coat finish. A standard 35mm DIN rail is attached inside with Time Mark’s 8-pin socket (rated 10A @ 600VAC) mounted to the DIN rail. Half-inch and three-quarter inch conduit knockouts are provided on three sides. The door is hinged to allow easy mounting and access.

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  • ENCDIN-Enclosure_Front

    ENCDIN-8PIN-2

    Safety Enclosure with DIN Rail and Two 8-Pin Sockets

    The ENCDIN series of safety enclosures were designed to provide external protection for 8-Pin and 11-Pin socket-mounted devices such as: 3-Phase Monitors, Voltage Monitors, Current Monitors, Alternating Relays, Time Delay Relays, Liquid Level Controls, Transducers and Power Supplies.
    Each enclosure is made of 20 gauge steel with a dark gray powder coat finish. A standard 35mm DIN rail is attached inside with two of Time Mark’s 8-pin sockets (rated 10A @ 600VAC) mounted to the DIN rail. Half-inch and three-quarter inch conduit knockouts are provided on three sides. The door is hinged to allow easy mounting and access.

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