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Kaye X0670 Uniform Temperature Reference for 64 Thermocouple UTR, V0370 RTD-100
Kaye X0670 Uniform Temperature Reference for 64 Thermocouple UTR, V0370 RTD-100
Kaye X0670 Uniform Temperature Reference for 64 Thermocouple UTR, V0370 RTD-100
Kaye X0670 Uniform Temperature Reference for 64 Thermocouple UTR, V0370 RTD-100
Kaye X0670 Uniform Temperature Reference for 64 Thermocouple UTR, V0370 RTD-100
Kaye X0670 Uniform Temperature Reference for 64 Thermocouple UTR, V0370 RTD-100
Kaye X0670 Uniform Temperature Reference for 64 Thermocouple UTR, V0370 RTD-100
Kaye X0670 Uniform Temperature Reference for 64 Thermocouple UTR, V0370 RTD-100
Kaye X0670 Uniform Temperature Reference for 64 Thermocouple UTR, V0370 RTD-100
Kaye X0670 Uniform Temperature Reference for 64 Thermocouple UTR, V0370 RTD-100
Kaye X0670 Uniform Temperature Reference for 64 Thermocouple UTR, V0370 RTD-100
Kaye X0670 Uniform Temperature Reference for 64 Thermocouple UTR, V0370 RTD-100

Kaye X0670 Uniform Temperature Reference for 64 Thermocouple UTR, V0370 RTD-100

$ 525.36

Availability: 100 in stock
  • Item must be returned within: 14 Days
  • Refund will be given as: Money Back
  • MPN: does not apply
  • All returns accepted: Returns Accepted
  • Model: X0670
  • Brand: Kaye GE INFRASTRUCTURE
  • Condition: Excellent Condition
  • Return shipping will be paid by: Buyer

    Description

    Being offered as surplus to the needs of NASA is this  GE INFRASTRUCTURE (Kaye),  Model X0670 Shielded UTR UNIFORM TEMPERATURE REFERENCE.
    It consists of 64 channels on two plates, each plate is monitored by a V0370, RTD-100
    Platinum
    Resistance Temperature Detector
    ,  and the unit includes insulated enclosure w/ 4 output connectors:
    Description:
    UTR construction reduces errors
    induced from the environment and
    electrical conditions.
    The UTR is a passive device without
    the need for external power. Its
    design addresses all thermal errors
    induced by static and dynamic ambient
    conditions, providing a superior
    temperature-stable environment.
    The UTR plate is formed by potting a
    matrix of copper terminal blocks in
    epoxy inside a cast aluminum frame.
    Using a matrix construction technique,
    the UTR employs electrically
    isolated wafers which are metalized
    on two faces and soldered between
    the copper terminals. The waferʼs
    thermal conductivity (approaching
    that of aluminum) provides excellent
    electrical isolation and superior thermal
    coupling between terminals.
    Thermocouple terminations are made
    by screw terminal on one side of the
    blocks. The outputs, which are thermocouple
    grade copper conductors,
    are connected to the opposite side of
    the copper terminal blocks.
    In addition to standard spade lug
    screws for wiring T/Cʼs, Kaye offers
    metal oxide insulated thermocouple
    terminator adapters. Mounted on
    existing screws, these single T/C
    adapters eliminate the need for
    separate splices and strain reliefs.
    Foam-filled enclosures thermally isolate
    the UTR plate(s) from ambient
    temperature changes.
    This unit includes a NIST*-traceable RTD-100
    for monitoring the UTR
    plate temperature: Each unit is provided with individual
    quadratic equations which gives
    temperature as a quadratic function of
    the unitʼs output.
    *(National Institute of Standards and Technology.)
    The Pt 100Ω RTD 4-wire film resistance
    configuration (RTD-100) is
    designed for continuous vibration
    environments. It is housed with 4
    screw terminals for excitation and
    measurement. Excitation is a current
    of 1mA rms or less.