Hycontrol Capacitance Switch ME30 Corrosion Proof

Capacitance Switch ME30 Corrosion Proof

SKU: ME30

Manufacturer: Hycontrol

The ME30 capacitance probe offers reliable point level switching in corrosive media and atmospheres. Hycontrol’s ME Series capacitance level switches provide simple, accurate and reliable level control for a wide range of applications. They are suitable for use on liquids, solids, slurries, pastes, granules, powders and pellets in high temperature, high pressure and corrosive environments.

pdf datasheet

Traditional capacitance switches have a critical technology limitation that requires a specific transmitter and/or sensor to be used dependent upon the dielectric constant and conductance of the material monitored.

As the result of a major technological breakthrough, the ME Series uses the same transmitter and sensor for all applications.

This advancement in capacitance level switch technology simplifies product selection, ordering, installation, maintenance, and spare parts stocking. While the ME Series may be adjusted to suit specific process requirements, the factory settings are ideal for most applications. A simple sensitivity adjustment (dip switch and/or potentiometer) may be required when sticky conductive materials are to be detected.

Usually, you can just mount it, wire it, and forget it!

 

Key Benefits

  • Easy installation through a 1” BSP process fitting
  • High corrosion and chemical resistance as standard options
  • Universal design can be used for high or low-level detection
  • Failsafe options high and low selectable
  • Multiple versions with rod and cable to simplify mounting options
  • High-temperature version up to 120°C
  • Low maintenance technology with no moving parts
  • Adjustable sensitivity for a wide range of products
  • Adjustable time delay to stop spurious signals from surface ripple
  • Interface level detection for difficult applications

Key Features

Standard Length: 255 mm
Maximum Temperature: 80/120 °C
Ground Level Test: Yes
ATEX Option: No