LEVEL CONTROLS
Mechanical Level Switches
You need to trust that your level switches won’t let you down. Mobrey float level switches are rugged, robust, and trusted globally for their long-term reliability in the harshest of environments and the most hazardous areas. Ideal for industrial applications such as pump control and high or low alarm duty on tanks and pressure vessels.
Vertical Float and Displacer Switches
Mounted vertically, hermetically sealed
For extreme conditions, this vertically mounted hermetically sealed switch provides dependable control. Specifically designed to handle corrosive atmospheres and low temperatures, the magnet switch mechanism provides a positive snap shut action. With less moving parts there is less maintenance and greater reliability. This product is ATEX accredited.
Ultrasonic Level Switch – 003 Series
Low cost, universal installation, plastic body
The 003 sensor is a highly reliable level switch with no moving parts. It comprises of a one piece moulded body with an integral PCB, the 003 Level Switch is factory sealed and supplied with a flying lead for customer connection.
The sensor is designed for high or low level alarm duties to give a voltage free contact or solid state transistor output for alarm signalling or as part of a pump control system.
Vibrating Rod Level Switch for Solids – VLS Switch
The Vibrating Rod Level Switch (VLS) is the perfect solution for single point level switching in free flowing solids. For tanks, silos or hopper bins, and for a wide density range of solids from fine powders, grains to agregates. A single rod design provides the solution to tuning forks which may become blocked or bridged.
The vibrating rod is energized and kept in resonance by an electronic circuit. When covered by material, the damping of the vibration is detected by the electronics which switch the output relay after a configurable time delay. The vibrating rod level switch is the perfect solution for single point level switching in free flowing solids across a wide density range, from fine powders to grains. A single rod design provides the solution to tuning forks which may become blocked or bridged.