Gas leak detection.

The new Panther gas leak detector just launched by ION Science, features a host of new features and twice the sensitivity of its predecessor, the GasCheck G.

The first ever ‘GasCheck’ was launched in 1990, offering industrial users the ability to detect leaks of gases such as hydrogen and helium. Later, more advanced versions were developed with new features such as over-range protection and audible alarms. Today, the new Panther PRO represents a quantum leap in technology, with a highly sensitive thermal conductivity sensor that is able to rapidly detect a variety of gases – the most popular applications are helium, hydrogen, ammonia and refrigerants.

The Panther PRO allows users to zero the instrument in ambient air, providing visual, audible and vibration alarms when leaks are detected. A colour LCD display and a built-in Gas-Table enables the measurement of concentration and leak rates in a variety of user-selectable units. All measurements can be logged internally and downloaded via Bluetooth or USB. The Panther also features an integrated torch and a flexible probe, which help in low light and restricted areas.

For customers with a smaller budget, a basic Panther model is available. This instrument has the same features as the PRO version, but without the data logging and Bluetooth capabilities.

Panther and Panther PRO have been designed for demanding applications and challenging environments, with an internal rechargeable battery that lasts for up to 19 hours.

Summarising the advantages, ION Science Product Manager Peter Barratt says: “We have over thirty years of experience, supplying thousands of customers in applications such as quality control, laboratory, cleanroom, medical, manufacturing, and research, so we have a very clear understanding of the features required of a professional gas leak detection instrument. We therefore know that customers will be delighted with the modern design, specification and performance of the Panther.”

@ionscience @_Enviro_News  #PAuto #Maintanence