A Reliable, Rugged and Accurate Transmitter The MCT460 Transmitter is available in Stand Alone Configuration or System Configuration.
The MCT460 Transmitter Stand-Alone design makes multiple measurements and creates analogue, digital and bus outputs directly from the Transmitter as it operates on the processing line.
The MCT460 System design uses a proprietary cable to communicate to an Operator Interface, located away from the processing line. All analogue, digital and bus outputs are available at the Operator Interface.
The Near Infrared (NIR) Operating Principle Light from the lamp is directed through the rotating, narrow band-pass NIR filters. The filters separate the light into NIR wavelengths, selected specifically by PSC for the measurement and application being performed. The NIR light is then directed onto the product being measured, normally on a conveyor belt or moving web.
Subsequently, the light reflected off of the product is captured by a mirror and focused onto a Lead sulphide detector. The detector’s microvolt output is then taken by the on-board “smart” circuit board and converted into percent moisture or other engineering units.
A Reliable, Rugged and Accurate Transmitter The MCT460 Transmitter is available in Stand Alone Configuration or System Configuration.
The MCT460 Transmitter Stand-Alone design makes multiple measurements and creates analogue, digital and bus outputs directly from the Transmitter as it operates on the processing line.
The MCT460 System design uses a proprietary cable to communicate to an Operator Interface, located away from the processing line. All analogue, digital and bus outputs are available at the Operator Interface.
The Near Infrared (NIR) Operating Principle Light from the lamp is directed through the rotating, narrow band-pass NIR filters. The filters separate the light into NIR wavelengths, selected specifically by PSC for the measurement and application being performed. The NIR light is then directed onto the product being measured, normally on a conveyor belt or moving web.
Subsequently, the light reflected off of the product is captured by a mirror and focused onto a Lead sulphide detector. The detector’s microvolt output is then taken by the on-board “smart” circuit board and converted into percent moisture or other engineering units.
