Inline Flow Switches Category (7 companies)

Inline Flow Switches in Ohio

State: CA, CT, OH
  • Intek Inc

    Intek, Inc. Rheotherm Flow Switches for all types of liquid or gas services. Switches allow maximum pressures up to 10,000 PSI, temperature allowances of up to 500°F, and a maximum input power of 24 VDC/220 VAC. Process connection types include: sanitary, flange, NPT, tube stub, and 1" NPT. Sizes range from C to 3/4.

    State: OH

Product Snapshots

  • Intek - Inline Flow Swithces - Intek

    Intek - Inline Flow Swithces

    Intek

    Intek offers Rheotherm inline flow switches with no moving parts and options for hazardous locations. Applications include all types of liquids and gases, big pipes or small lines, hot or cold. These inline flow switches can be installed with standard tube fittings, but are available with flanges, NPT, or sanitary fittings as options.
  • UE - Inline Flow Switches - UE Precision Sensors

    UE - Inline Flow Switches

    UE Precision Sensors

    UE inline flow switches feature a unique by-pass chamber construction for accurate and trouble-free performance. Common uses include pump and heater control, low and high flow warnings, and pump safety shut-off. They are UL E179859 recognized.
  • Weber - Type 4320.1-, 4321.1- Inline Flow Switches - Weber

    Weber - Type 4320.1-, 4321.1- Inline Flow Switches

    Weber

    Weber inline flow switches are designed for water and water based liquids, oil, and oil-based liquids, featuring an analog current display. The sensor elements of the inline flow-captor are integrated with the outside of the pipe and are non-intrusive. The pipe inside the sensor is smooth.
  • Ameritrol - Inline Electronic Flow Swithces - Ameritrol

    Ameritrol - Inline Electronic Flow Swithces

    Ameritrol

    Ameritrol inline electronic flow switches feature simple and easy field calibration, explosion proof enclosures, low flow rate detection, threaded or flanged connections, and adapt to 1/8" tubing through 3/4" piping. These switches operate by measuring the difference in temperature between a heated and a reference temperature sensor.