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Stainles Quick Disconnect Mini Miniature Connector K-type Thermocouple Adapter

$ 8.97

Availability: 21 in stock
  • MPN: Q-K-AD-Stainless
  • Return shipping will be paid by: Buyer
  • Condition: New
  • Thermocouple Type: K
  • Item must be returned within: 60 Days
  • Temperature Range: -200 to 2500 F
  • Country/Region of Manufacture: United States
  • Refund will be given as: Money Back
  • Number of Channels: 1
  • Brand: MN Measurement Instruments LLC
  • Product: Thermocouple Connector/Adapter
  • All returns accepted: Returns Accepted

    Description

    Quick Disconnect (Standard Size Connector) to Mini K-type Connector Adapter, Model Q-K-AD-Stainless
    This is a 10 inch long adapter from standard size, round pin, quick disconnect to miniature mini K-type thermocouple connector.
    Many industrial k-type thermocouples come with the standard quickconnect plug, while most handheld thermocouple thermometers come with the mini plus, which have two spade like flat blades. This makes it hard to read or test a temperature at the machine or in the filed.
    This adapter bridges that gap and allows you to connect the probe, such as out Quick Disconnect K-type Thermocouple Q-K-01, to a K-type thermometer.
    Note: Thermometer and probe in the last picture for illustration of use only, not included in the offer. You get only the adapter wire.
    This K-type thermocouple is made with K-type thermocouple wire and plugs made from compensating metal, chromel and alumel.
    Specification:
    High Quality Nylon Connectors, K-type contacts and wire made from Chromel / Alumel
    K-type Standard thermocouple connector female to mini thermocouple connector male
    Connector Material: Nylon, yellow
    Wire and connectors are stable to about 380 degree F (180 degree C)
    K-type contacts and wire made from Chromel / Alumel
    Usable Range: This connector can transmit the signal for the full K-type thermocouple range, from -200 degree F to 2500 degree F. But the thermocouple cable itself needs to be in a space where the temperature does not exceed 380 F, because the insulation will melt.