203 DIN Rail conductivity level switch
203 DIN Rail conductivity level switch
LEVEL SWITCHES
203 DIN Rail conductivity level switch
Thanks to its compatibility with DIN rails, the 203 series level regulator can be installed quickly and easily on electrical panels, optimising space and ensuring greater flexibility.
These regulators are used to maintain the level of liquid, powder or solid conductive products within pre-set levels. They can also be used to signal over-full, over-empty or dry-running alarms.
Product Description
Electrically connected to one of the 390/395/396/600/700/710 series probes, it is used to maintain the level of conductive liquids between 2 fixed levels; particularly used to read the water level in boilers between 2 fixed levels; when the water level drops below the set level, the pump starts, when the level rises above the set level, the pump stops; or it is used for maximum or minimum level alarms, acting on a pump or a solenoid valve.
A green LED indicates power and a red LED indicates when the level has been reached. They are divided into ranges in order to control products with conductivity ranging from 0.5 µS to 10000 µS.
An internal trimmer called “sensitivity” allows you to adjust the intervention threshold based on the conductivity of the water.
The 203 series regulators allow direct mounting on a DIN rail, reducing the overall height, and can also be used alongside standard switches.
Advantages
Flexibility: Suitable for a wide range of conductive liquids and easy to integrate into any electrical panel thanks to the DIN rail.
Precision: The high-sensitivity detection system guarantees accurate measurement even in difficult conditions.
Reliability: Built with high-quality materials and designed to withstand harsh industrial environments.
Ease of use: Simple to install and configure, thanks to the DIN rail and internal trimmer for sensitivity adjustment.
Typical applications
Boilers: Maintaining the water level between two preset levels, preventing overheating and ensuring optimal operation.
Tanks: Monitoring the level of conductive liquids, avoiding excessive filling or unwanted voids.
Treatment plants: Controlling the level of sludge and aqueous solutions, optimising production processes.
