NHX UHX / High Temperature Ceramic Connector, Standard Size
Item# (PN): NHXH_NHX Shipping and Payment
NHX and UHX Series Thermocouple connectors with High-Strength Ceramic Construction Using High Purity Alumina. Plugs available with either economical hollow pins (NHXH) or rugged solid pins (NHX). One-Piece Body Design With Cover Colour coded dot, available in IEC or ANSI colour codes. Type UHX Has Removable Colour Dot for Vacuum Furnace Applications. More
NHX and UHX Series Ceramic thermocouple connector designed for long-term use where economy is a factor, NHXH hollow-pin thermocouple plugs are ideal for high-temperature applications. NHXH connectors are permanently dot colour-coded to conform to IEC or ANSI standards. For applications such as high vacuum furnaces where contamination would adversely affect the process, UHX connectors are shipped with a removable coded dot. Temperature is limited by the thermocouple alloys used, types K and J can be used at temperatures up to 650°C and type T can be used accurately over its entire range of 390°C. Noble metal types are limited by the compensating alloys to ambient use of 260°C. No damage will be done by exposure to higher temperatures, but accuracies may exceed limits of error if a temperature gradient exists across the connector.
HNX and UHX connectors are also designed for use with Pt100 and thermistors, select uncompensated type U.
NHX and UHX ceramic thermocouple plugs feature solid-pins, for an extra heavy duty construction.
(NHXH-K-M, NHXH-J-M, NHXH-T-M, NHXH-E-M, NHXH-R/S-M, NHXH-N-M, ...)
(NHX-K-F, NHX-J-F, NHX-T-F, NHX-E-F, NHX-R/S-F, NHX-N-F, ...)
(UHXH-K-M, UHXH-J-M, UHXH-T-M, UHXH-E-M, UHXH-R/S-M, UHXH-N-M, ...)
(UHX-K-F, UHX-J-F, UHX-T-F, UHX-E-F, UHX-R/S-F, UHX-N-F, ...)
Standard supply is ANSI version, if you want to order IEC version, please state this in the note.
Complete informations can be found in the spec sheet (PDF), see the "Download" section.
How is Temperature Measured?
Temperature can be measured via a diverse array of sensors. All of them infer temperature by sensing some change in a physical characteristic. Six types with which the engineer is likely to come into contact are: thermocouples, resistive temperature devices (RTDs Pt100 and thermistors), infrared radiators, bimetallic devices, liquid expansion devices, and change-of-state devices.
Choose the right temperature measurement instrument for your application...
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