MN Measurement Instruments™

Ultra Thin K-type Thermocouple AWG36 3ft

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SKU:
K-AWG36-3ft
UPC:
740223637484
MPN:
K-AWG36-3ft
Availability:
in stock
Weight:
0.10 LBS
Shipping:
Calculated at Checkout
  • K-type thermocouple wire probe, AWG36
  • Ultra Thin K-type Thermocouple AWG36 3ft
  • Ultra Thin K-type Thermocouple AWG36 3ft
  • Ultra Thin K-type Thermocouple AWG36 3ft
  • Ultra Thin K-type Thermocouple AWG36 3ft
USD17.99

Description

Ultra Thin K-Type Thermocouple AWG36 for Digital Thermometer

- 1 thermocouple 0.027 inch or 0.7 mm diameter with Teflon PFA insulation -

-320 to 500°F    (-200 to 260°C)

This is a flexible K-type Thermocouple for use in a wide range of medium temperature applications, such as environmental monitoring, ovens, wood kilns, laboratory and science use. K-type thermocouples are also used in low and ultra low temperature application and cryogenics. The probe is made from AWG 36 Gauge K-type thermocouple wire and is rated for continuous use at from -320 °F up to 500 °F Fahrenheit (or -200 °C to 260 °C) . The K-type thermocouple is about 0.7 mm or 0.027 inch in insulation diameter. This type K Thermocouple Probe is made with a miniature K-type Thermocouple plug and will fit most digital K-type Thermometers. The thermocouple plug contacts are made from Chromel/Alumel compensation metal for highest accuracy measurements.

The photos show a 0.5 mm pencil for comparison.

This is made to order and may need 2 to 3 days production time

Specification:

Thermocouple: K-Type
Thermocouple Grade: Class 1 (Select Grade) +/- 1.5 °C
Temperature Range: Continuous use up to 500 °F or 260 °C
ANSI color coded PFA insulation, red = -, yellow = +, outside yellow
Wire length: approx. 3 ft / 95 cm
Wire thickness: AWG36 (0.125 mm) diameter
Probe thickness with insulation: 0.027 inch (0.7 mm)
Miniature K-Type connector

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1 Review

  • 5

    Uninstrusive and robust thermocouple

    Posted by JIM FRAIVILLIG on 13th Jun 2022

    The ultra-thin nature minimizes 'observer effects', while the PFA insulation survives nicely at relatively high temperatures.

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