Popis
Ease of Installation
Install your HANI Clamp Sensor in seconds
Omegas innovative clamp-on design makes sensor installation easy. Unlike invasive sensors, the HANI Clamp Sensor mounts to the outside of an sanitary metal pipe and measures the temperature of the process media inside the pipe.
No drillingNo weldingNo downtime
Need to relocate the sensor? Un-clamp and go!
High Accuracy & Fast Response Times
Performs like an invasive sensor.
Omegas patent pending Hybrid Temperature Sensing platform uses multiple sensors and a proprietary algorithm to achieve the same accuracy and fast response times as state-of-the-art invasive sensors without the cost and risk.
Accuracy for sanitary metal pipes: ±0.5°C
Response time = 5 sec (t63) / 10 sec (t90)
Non-Invasive & Non-Contact Operation
No penetration, no risk of contamination
The HANI Clamp Sensor never comes into contact with the process media flowing through the pipe. There is no risk of buildup, sensor wear or breakage from high flow rates, corrosive/abrasive liquids, wake frequency and water hammer.
Compatible with the Omega Link ecosystem
Smart Core integration for Omega Link interfacing.
Ensure you select the right sensor for your system
Industrial and sanitary pipes have different outer and inner diameters, make sure you pick the correct sensor for your application. The HANI Clamp Sensor is factory set for stainless steel sanitary pipes. To adjust to a different type of metal, diameter or wall thickness, please refer to the users manual.
Common Applications
New and retrofitting existing systems
Lower the total cost of ownership and reduce contamination risk without sacrificing performance by upgrading to a HANI Clamp Sensor.
Quality control & ad-hoc sensing
Clamp-on the sensor in seconds and connect to your laptop or PC for readings anytime – anywhere.
Verify existing invasive sensorslayer
With accuracies comparable to most state-of-the-art invasive sensors, the HANI Clamp Sensor can easily be placed next to an invasive sensor to verify the accuracy or determine the drift of the invasive sensor.
