KryoGauge™ Helium ISO Temperature Probe

KryoGauge™ is a precision cryogenic temperature probe designed to accurately measure the internal temperature of liquid helium ISO containers without requiring modifications to the tank. 

Garrison Ventures is the exclusive distributor of the KryoGauge™ throughout North America, South America, and Europe

The KryoGauge™ is inserted into either the V1 or V2 valve and is shaped like a typical bayonet fixture to ensure proper positioning within the valve.  Once installed, simply open the valve and allow liquid helium to circulate around the probe. After approximately 10 minutes, the temperature gauge provides an accurate measurement of the internal helium temperature.

By providing accurate temperature data, KryoGauge™ helps helium producers, distributors, and end users better understand the condition of their helium inventory during storage and transportation. When used in combination with conventional liquid level and pressure gauges, temperature measurements provide valuable additional insight into helium condition, product stability, and inventory management.

The probe is engineered for reliable operation in the extreme cryogenic environment of liquid helium and is suitable for both field and industrial applications.

Key Features

• Designed specifically for liquid helium ISO containers

• Precision cryogenic temperature measurement

• Bayonet-style design for proper positioning within the ISO valve

• Non-invasive installation requiring no tank modifications

• Rugged construction for demanding industrial environments

• Supports improved helium inventory monitoring and logistics

• Suitable for helium producers, distributors, laboratories, and industrial gas users

Applications

• Liquid helium ISO containers

• Helium production facilities

• Helium transportation and logistics

• Industrial gas distributors

• Research laboratories

• Semiconductor manufacturers

• Any organization operating liquid helium ISO containers that requires accurate measurement of the internal helium temperature