Style 75 Terminal Head Style Thermocouple

Brand: United Electric Controls Ltd
Does not ship to Virginia, United States

Terminal Head Styles

Type J: The Iron - Constantan "J" curve thermocouple is the most widely used thermocouple; it is versatile and has a relatively low cost. It has a positive Iron wire and a negative Constantan wire and is recommended for reducing atmospheres. The operating range for this alloy combination is from 0° to 750° C (32° to 1380° F) for the largest wire sizes. Smaller size wire should operate in correspondingly lower temperatures.

Type T: The Copper - Constantan "T" curve thermocouple, with a positive Copper wire and a negative Constantan wire, is recommended for use in mildly oxidizing and reducing atmospheres at temperatures from 0° to 350° C (32° to 660 °F). They are suitable for applications where moisture is present.

This alloy is recommended for low temperature work since the homogeneity of the component wires can be maintained better than with other base metal wires. Therefore, errors due to inhomogeneity of wires in zones of temperature gradients are greatly reduced.

Type K: The Chromel™ - Alumel™ "K" curve thermocouple is often used at high temperatures. It has a positive Chromel™ wire and a negative Alumel™ wire and is recommended for use in clean oxidizing atmospheres. The operating range for this alloy is from 0° to 1250° C (32° to 2280° F) for the largest wire sizes. Smaller size wire should operate in correspondingly lower temperatures.

Type E: The Chromel™ - Constantan "E" curve thermocouple has the highest emf of all standard thermocouples. It has a positive Chromel ™ wire and a negative Constantan wire and is recommended for use in oxidizing, inert or dry reducing atmospheres or for short periods of time in a vacuum. These elements must be protected from sulfurous and marginally oxidizing atmospheres. Type E thermocouples can be used for temperatures from 0° to 900° C (32° to 1650° F).

Thermocouple Insulation Types

MI - For higher temperature applications, a Mineral Insulation can be added in the tube. For UE MI thermocouples compressed magnesium oxide is added inside the tube. These are used to measure temperatures of 260° C (500° F) and higher.

Specifications

Approvals & Certifications

  • Certificate of Conformance

Approvals & Certifications

  • ATEX EEx d LlC
  • CSA Class I, Div. 1, Groups B, C, D, Class II Groups E, F, G
  • FM Class I, Div. 1, Groups B, C, D, Class II Groups E, F, G
  • UL Class I, Div. 1, Groups C, D, Class II Groups E, F, G

Communication

  • HART

Conduit Connection

  • 1/2” NPT
  • 3/4” NPT

Diameter

  • Sheath: 0.125” to 0.375” (3.17 to 9.52 mm)

Electrical Connectors

  • #6 or #10 Spade Terminal, Copper-Plated
  • #8 or #10 Ring Terminal
  • 1/4” Push-On Insulated Terminal
  • Cable Gland
  • Terminal Block

Enclosure, Body Material

  • Terminal Head: Cast Iron
  • Terminal Head: Cast or Epoxy Coated Aluminum
  • Terminal Head: Nylon
  • Terminal Head: Polypropylene (White/Black)

Environmental Protection

  • Explosion-proof
  • IP66
  • IP67
  • IP68
  • NEMA 4
  • NEMA 4X

Gasket Material

  • O-Ring Gasket: Silicone Rubber

Input

  • 4-20 mA, 2-Wire Transmitter

Junction

  • Hot Junction: Grounded
  • Hot Junction: Ungrounded

Materials of Construction

  • Insulated Conductor: Teflon
  • Sheath: 316 Stainless Steel
  • Sheath: Inconel 600

NACE & NIST

  • NIST Traceable Calibration

Name Plate, Tag Material

  • Stainless Steel

NPT Connection

  • 1/2” NPT Male

Output

  • 4-20 mA, 2-Wire Transmitter, Isolated or Non-Isolated Output

Process Connection Material

  • Stainless Steel

Sensor, Probe Type

  • E Thermocouple (Single & Dual)
  • J Thermocouple (Single & Dual)
  • K Thermocouple (Single & Dual)
  • Mineral Insulated Thermocouple
  • T Thermocouple (Single & Dual)

Temperature Range

  • O-Ring Gasket: 100° C (212° F)

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