Onset Type T Beaded Thermocouple Sensor

The Type T beaded thermocouple probe supports thermocouple and temperature measurements and is used with the Onset thermocouple data loggers.

Features

  • Range: -200 to 180°C (-330° to 356°F)
  • Teflon-insulated probe
$26.00
Stock Check Availability  

Overview
The Type T 6 ft Beaded Thermocouple probe includes 1.8m (6') of insulated 30-AWG wire wound on an integrated spool caddy /subminiature connector.

Range & Accuracy:
-200 to -65°C (-330° to -85°F) - ±1.5°% accuracy    ± data logger accuracy
-65 to 130°C (-85° to 270°F) - ±1.0°C (± 1.8°F) accuracy    ± data logger accuracy
130 to 180°C (270° to 356°F) - ±0.75% accuracy   ± data logger accuracy
Insulation: Type T Teflon®

*Note: Teflon insulation is rated up to 200°C (400°F) continuous, and +250°C (+482°F) for 24 hours.

**Note: Percentage is in degrees above or below ice point (0°C or 32°F)

Questions & Answers
No Questions
Did you find what you were looking for?

Select Options

  Products 0 Item Selected
Image
Part #
Description
Price
Stock
Quantity
Onset Type T Beaded Thermocouple Sensor
TC6-T
Type T beaded thermocouple sensor with connector, 6ft
$26.00
Check Availability  
Notice: At least 1 product is not available to purchase online
×
Multiple Products

have been added to your cart

There are items in your cart.

Cart Subtotal: $xxx.xx

Go to Checkout

In The News

Monitoring OAE Efforts in Halifax: Fighting Climate Change with Emerging mCDR Strategies

Marine carbon dioxide (CO 2 ) removal (mCDR) is an emerging strategy that aims to fight climate change by taking advantage of the carbon capture potential of our oceans. There are multiple types of mCDR approaches being evaluated globally, one of which is ocean alkalinity enhancement (OAE). According to NOAA , OAE aims to increase the pH of water by either adding alkaline material to ocean surface waters or by removing acid from seawater. Due to the change in acidity, the chemistry of seawater changes, making it capable of absorbing greater volumes of CO 2 .

Read More

Lake Erie Volunteer Science Network: Building Trust in Citizen Science Programs

Citizen science programs have popped up across the United States, focusing on connecting local communities with nearby water resources and building a trustworthy data pool over the sampling period. While commonly utilized as a means of ensuring that large watersheds or lake regions are adequately sampled, the credibility and success of such programs have been called into question. [caption id="attachment_38996" align="alignnone" width="940"] HRWC volunteers measure stream velocity across a subsection of Woods Creek, a tributary of the Huron River near Belleville, Michigan. Stream velocity measurements can be combined with water level measurements to calculate stream flow and chemical parameter loads.

Read More

Monitoring Lake Erie’s Eastern Basin: Building Long-Term Data and Real-Time Public Solutions

In the eastern basin of Lake Erie, off the coast of Dunkirk, New York, a data buoy collects valuable water quality, weather, and wave data that inform residents and regulatory groups of conditions on the water. Since 2011, Buffalo State University’s Great Lakes Center has maintained and operated the Dunkirk buoy with funding from the Great Lakes Observing System (GLOS) and field support from the NYSDEC Lake Erie Fisheries Research Unit. [caption id="attachment_38976" align="aligncenter" width="940"] The Dunkirk Buoy viewed from the research vessel after being deployed in early spring.

Read More