Superior Sensor performance	Callidan’ patented Moist///Scan® microwave measurement technique delivers superior precision, accuracy and repeatability, independent of variations in weigh, bulk density and material thickness.
Continuous real-time results	Moist///Scan® sensors deliver instantaneous results via a local HMI or direct to your plants PLC.
Practical, proven technology	The Moist///Scan® series of moisture sensors are practically designed ensuring easy installation, commissioning and operation.
Maintenance-free	Apart from proprietary microwave hardware, the Moist///Scan® online microwave moisture analyzer features readily available components rather than sophisticated propriety technology. There are no moving parts.
Seamless plant  integration	Moist///Scan® features seamless integration with your plant DCS and is compatible with all major PLC vendors.    Options on commissioning include backend integration to your control room with fully customizable data analysis and graphics.
Non-contact	Callidan’ microwave moisture sensors employ a non-contact design that does not touch or interrupt the flow of material
Safe to operate	Moist///Scan® does not employ any radioactive sources which is a feature of a number of competitor instrumentation.  The microwave signal strength is less than that emitted by a typical mobile telephone and is isolated to the area between the antenna
Fully customizable	Callidan’s range of inline moisture sensors are custom-built to suit you’re application-specific requirements and comply with industry-specific standards for environment, health, hygiene and safety.
Feature-rich options	Optional additions to standard configurations include: PC software downloadable to your DCS via CDROM featuring:   ▪  Fully customized data analysis and graphical display ▪   Easy access to product configuration and diagnostics information ▪   Ability to upload and download calibration information Choice of graphical display or LED readout via a local human machine interface Modem dial up for remote data-logging and analysis  Choice of communication protocol via either serial or Ethernet connection.  Protocols include but are not limited to Modus, Profibus, HART, and Devicenet, Inclusion of secondary sensory devices such as temperature and mass flow rate sensors.

Quality moisture sensors