We support and service your measurement equipment through its entire life-cycle, from installation to preventive maintenance and calibration to equipment repair.
Sensor housings, or process adaptions, enable an analytical sensor to be safely connected to all common process environments, including open basins, pipes, closed tanks, chemical reactors, bioreactors and fermentation vessels. METTLER TOLEDO process housings are designed to withstand any environment to ensure safe, productive and efficient in-line measurements. Process adaptions can be tailored to meet requirements for strength, safety, corrosion resistance and performance.
We support and service your measurement equipment through its entire life-cycle, from installation to preventive maintenance and calibration to equipment repair.
A sensor housing, also known as a process adaption, is a piece of hardware that allows a sensor to be connected in-line to a process tank or pipe. These process adaptions can also allow a sensor to reach the desired depth in an open basin for measurement.
A sensor housing enables an analytical sensor to be installed in-line into a process (tank/pipe). The process housing is to ensure the sensor is protected and reaches the desired depth for obtaining optimum analytical results. Various types of sensor housing or process adaption are available, including sensor housings that can be applied to open basins, flow-through pipes, closed tanks, chemical reactors, bioreactors and fermentation vessels.
Choosing the correct sensor housing is crucial. The housing must act as a secure sensor holder and ensure that the sensor is well protected and able to provide representative measurements.
METTLER TOLEDO has four different sensor housing types:
METTLER TOLEDO sensor housings offer the right solution to ensure production safety, reliability and for legislation requirements.
The InTrac series of housings can be operated with the METTLER TOLEDO EasyClean 150 or EasyClean 200 for programmable automatic sensor flushing. InTrac can also be operated with the EasyClean 400 for programmable, automatic pH sensor cleaning and calibration.
For InDip housings when a high dirt load is foreseen, operation with an EasyClean 100 for programmable, automatic sensor rinsing is possible. This reduces plant operator workload for performing manual sensor cleaning and calibration.