Capacitance Point level detection Minicap FTC260

  • Measuring principle

    Capacitive Solid

  • Characteristic / Application

    Compact rod probe with build-up compensation
    easy start up

  • Specialities

    FDA-listed material

  • Supply / Communication

    10,8 … 45V DC, DC-PNP 3-wire
    20 … 253V AC, or
    20 … 55V DC, Relay output

  • Ambient temperature

    -40 °C … 80 °C
    (-40 °F … 176 °F)

  • Process temperature

    -40 °C … 120°C
    (-40 °F … 248 °F)

  • Process pressure / max. overpressure limit

    -1 … 25 bar
    (-14.5 … 360 psi)

  • Main wetted parts

    PPS = Polyphenylene sulphide
    (glass fibre content approx. 40%)

  • Process connection

    R1″
    NPT1″

  • Sensor length

    140 mm (5.51″)

  • Communication

    PNP transistor output
    Relay output (potential-free
    change-over contact / SPDT)

  • Certificates / Approvals

    ATEX, IEC, FM, CSA, NEPSI, EAC

  • Options

    Aluminium Housing

  • Application limits

    Solids, grain size max. 30 mm (1.2″),
    DK min 1,6
    Flexural strength 1400 N (at probe tip)

Field of application
Minicap FTC260 is a simple and cost-effective rod probe for point level detection in bulk solids, particularly suited to applications involving aggressive media and heavy build-up. It is designed for point level detection of light bulk solids, e.g. grain products, flour, milk powder, animal feed, cement, chalk or gypsum.

For point level detection of light bulk solids, with a grain size up to max. 30mm and a dielectric constant εr ≥ 1.6. Typical applications: Grain products, flour, milk powder, animal feed, cement, chalk or gypsum.
Process connection: Threads
Temperature: -40 to +80°C (-40 to +176°F)
Pressure: -1 to +25bar (-14.5 to +360psi)
Sensor length: 140mm (5.51″)
International explosion protection certificates, overfill prevention WHG

Benefits
Simple mounting and commissioning without calibrationMechanical safety, cost-efficiency and long operating life due to no wearing partsHigh operational safety and reliability due to active build-up compensation

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