Sensistor Sentrac

The Sensistor Sentrac Hydrogen Leak Detector is a modern leak detector for industrial use. Based on the highly selective and sensitive Sensistor sensor, the instrument offers leak locating in a variety of situations both on the production and repair lines. Thanks to its unique ability to handle small and large leaks as well as high background levels of tracer gas, this leak detector is highly adaptable.

The leak detector's hand probe Strix® is designed for maximum ergonomics and efficiency. The unit is controlled by a multi-function button for fast access to frequently used functions. It is equipped with LED lamps illuminating the area tested for leaks for more reliable pinpointing. The probe is also equipped with an easy-to-read OLED display to provide information about the entire leak detection process directly in the palm of your hand.

For added flexibility, the Sensistor Sentrac leak detector is available in desktop, panel and portable models.

Features

• Handles both small and large leaks
• Quick reaction and fast recovery, even after large leaks
• Highly sensitive and selective hydrogen sensor - incorporates proven Sensistor sensor technology
• Can detect and locate leaks with a size variation within ten decades
• Large touchscreen and intuitive HMI for easy menu navigation
• Expanded viewing angle display on the probe for easy readability
• Test results visible on the instrument screen and hand probe display
• Hand probe with multi-function button, display for leak indication and LED-lights
• Hand probe with flexible neck as option

Advantages

• Detect a wide range of leaks thanks to the unique combination of high sensitivity, high selectivity, great dynamic range and fast recovery time
• No pump, no maintenance
• Suitable for both manual and robot-assisted leak detection
• Robust and resilient for industrial environments
• Lightweight and easy to carry
• Available as desktop, panel and portable model

Typical Applications

• Industry
• Automotive
• Aerospace
• Packaging
• RAC
• Medical
• Process