Meet the
award-winning HANI Clamp-on Temperature Sensor
Meet the award-winning HANI Clamp-on Temperature Sensor
Meet the award-winning
HANI Clamp-on Temperature Sensor
Our latest innovation for the food processing industry


HANI Clamp on Temperature Sensor is an innovative technology bringing the performance of an invasive sensor to a surface mount application.
Monitor the temperature of in-pipe fluid media in your process piping system with our new HANI (High Accuracy Non-Invasive) Clamp Sensor. Easy-to-install with zero downtime, this sensor is a game-changing product for temperature measurement and control.
Get the accuracy of invasive immersion sensors without any of the installation or sensor relocation challenges. Measuring in-pipe fluid temperature has never been easier!
Mounts like a surface sensor, performs like an invasive sensor.
Installs in seconds...



STEP 1
Clamp onto pipe
STEP 2
Connect cable to output device
STEP 3
Start temperature reading
3
- Performs like an invasive sensor
- ±0.9°F (±0.5°C) accuracy
- t(63) 5 sec or t(90) 10 sec response time
See the visual!
High accuracy and fast response times
Click for
more
2
Non-invasive, non-contact temperature measurement
Click for
more
- No contamination risk
- No risk of sensor buildup and drift
1
Ease of installation and relocation: install HANI in seconds
Click for
more
- Mounts like a surface sensor in <30 seconds
- No cuts or welding needed
- No down time or production halts
Temperature (ºC)
Time (seconds)
Response Time Curve
HANI Clamp Sensor
Invasive In-Pipe-Sensor
Typical Surface Sensor
3 Benefits to HANI Clamp on Temperature Sensor

Customer Testimonials
Click for more
Rutgers Food Innovation Center previously used invasive sensors in their manufacturing process, and spent thousands of dollars (and lost 2 days) to move their sensor to a more optimal spot. They then replaced their invasive sensors with the HANI Clamp-on Temperature Sensor, saving them time and money and losing nothing in terms of accuracy or response time.
Hear it for yourself: