Hydro-Mix HT High Temperature Moisture Sensor
The Hydro-Mix HT is a digital moisture sensor for applications that use high temperatures during material processing. The sensor when installed will fit flush with the the internal wall of a ducting system, floor of a mixer or conveyor. It will accurately measure moisture content of the material at 25 times per second as it passes across the ceramic face plate during processing.
High Temperature Range
The Hydro-Mix HT will operate in process temperature ranges from 0-120°C, and for short periods up to 130°C.
Digital Measurement Technology
Hydronix unique sensing technology provides precise, linear moisture measurement.
Advanced Digital Signal Processing
The sensor response may be adjusted remotely using the Hydro-Com software to minimise the effects of noise of the measured signal. Advanced Digital Signal Processing provides a clear signal with a rapid response.
Choice of measurement modes for optimising sensor performance in a variety of applications and material types.
Measuring in the Process
Measuring at 25 times per second the sensor continuously detects changes in the moisture of the materials throughout processing.
Fully Temperature Compensated Measurement
The sensor internally adjusts for mechanical changes due to temperature fluctuations
Under normal use and regular maintenance, the sensor will last for many years.
Accuracy of Measurement
All measurements may, if required, be calibrated to an accuracy of +/- 0.2%. If used to reach a target the accuracy can be better than 0.1%
Easy to Interface
Two analogue outputs and digital RS485 communications and configurable digital inputs / output make the sensor simple to integrate into a control system.
The Hydro-Mix HT can be remotely configured using Hydro-Com diagnostic software. All readings and sensor parameters are available including the type of output and filtering characteristics.
Simple Power Requirements
The Hydro-Mix may be powered from a 15-30V dc supply. Multiple sensors may be driven from a single power source.