ETTC Embeddable Thermocouple with Miniature Cone Shaped Tip

Aug. 31, 2022

Harold G. Schaevitz Industries LLC (HGSI) has expanded its sensor products by offering our Embeddable Thermocouple (ETTC) with Miniature Cone Shaped Tip.

Our ETTC series Embeddable Thermocouples are an ideal solution for sub-surface temperature measuring applications within soft materials including rubber, gel, flesh, or wood. 

Designed for research & development applications, these fast response thermocouples are available with fiberglass or Teflon insulated wires and are made in the USA.

Special limits of error accuracy thermocouple wires are cut to the required length and the conductors are passed through a miniature cone shaped tip then TIG welded to form a measuring junction. The cone tip is pressed into the surface using an Embedding Tool (sold separately).

Features:

  • Type J, K, or T Thermocouple
  • Special Limits of Error accuracy (+/- 0.4% of reading)
  • Grounded junction
  • Cone Tip max dimension 0.140" (3.6mm)
  • Response time constant (500 milliseconds)

Sponsored Recommendations

Rock Quarry Implements Ignition to Improve Visibility, Safety & Decision-Making

George Reed, with the help of Factory Technologies, was looking to further automate the processes at its quarries and make Ignition an organization-wide standard.

Water Infrastructure Company Replaces Point-To-Point VPN With MQTT

Goodnight Midstream chose Ignition because it could fulfill several requirements: data mining and business intelligence work on the system backend; powerful Linux-based edge deployments...

The Purdue Model And Ignition

In the automation world, the Purdue Model (also known as the Purdue reference model, Purdue network model, ISA 95, or the Automation Pyramid) is a well-known architectural framework...

Creating A Digital Transformation Roadmap Using A Unified Namespace

Digital Transformation has become one of the most popular buzzwords in the automation industry, often used to describe any digital improvements to industrial technology. But what...