Custom Design Level Switches

Supplied by
  1. Applications Engineering Ltd

    Custom Design Level Switches
    Our custom length level switches are extremely versatile. Custom length levels can be configured with up to eight independent switch actuation levels, depending on the series type. These "multi-station" units offer the most practical way to monitor multiple liquid level points within a single tank. Only a single entry point into the tank is required, and all electrical wiring emanates from a single source. In addition to tracking changing level points of a single liquid within a tank, "multi-station" level switches are ideal for monitoring liquid interfaces and emulsions in vessels simultaneously containing two or more liquids.
  2. Applications Engineering Ltd

    Custom Design Level Switches
    Our custom length level switches are extremely versatile. Custom length levels can be configured with up to eight independent switch actuation levels, depending on the series type. These "multi-station" units offer the most practical way to monitor multiple liquid level points within a single tank. Only a single entry point into the tank is required, and all electrical wiring emanates from a single source. In addition to tracking changing level points of a single liquid within a tank, "multi-station" level switches are ideal for monitoring liquid interfaces and emulsions in vessels simultaneously containing two or more liquids.
  3. Applications Engineering Ltd

    Custom Design Level Switches
    Our custom length level switches are extremely versatile. Custom length levels can be configured with up to eight independent switch actuation levels, depending on the series type. These "multi-station" units offer the most practical way to monitor multiple liquid level points within a single tank. Only a single entry point into the tank is required, and all electrical wiring emanates from a single source. In addition to tracking changing level points of a single liquid within a tank, "multi-station" level switches are ideal for monitoring liquid interfaces and emulsions in vessels simultaneously containing two or more liquids.