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    testo 552i - App-controlled wireless vacuum probe

    0564 2552
    testo 552i
    testo 552i
    testo 552i
    testo 552i
    testo 552i
    £ 149.00 £ 178.80
    1
  1. Identify vacuum quickly and easily by means of the graphical display in the App or on the digital manifold screen
  2. Connects automatically via Bluetooth® to the testo Smart App and digital manifolds
  3. Exceptionally compact and reliable thanks to the robust, easy-to-handle housing with IP 54 protection class
  4. Easy installation at any service port thanks to the integrated 45° angle
  5. The testo 552i wireless vacuum probe allows simple measurement of system evacuation via a single service port. The testo 552i automatically connects to the testo 550s and 557s digitam manifolds and can also be used in conjunction with the 550i via the smart app.
    • not available
      Wireless measurement of the vacuum.

      Wireless measurement of the vacuum.

    Wireless vacuum measurements via just one service port: The testo 552i app-controlled vacuum probe with Bluetooth enhances the Testo Smart Probes portfolio. It delivers reliable measurement results, is robust and easy to use – the vacuum probe provides optimum support for proper evacuation of refrigeration and air conditioning systems and heat pumps.
     
     

    testo 552i - App-controlled wireless vacuum probe

    • For wireless, hose-free vacuum measurements on refrigeration and air conditioning systems and heat pumps using just only one service port – with no loss of refrigerant
    • testo Smart App – get an overview of everything: Detect vacuum quickly and easily via a graphic illustration in the app, with an alert in the event of any critical values, e.g. through vibration of the smartphone
    • Automatic connection via Bluetooth: The probe connects to the testo Smart App or to the appropriate digital manifold from Testo, e.g. testo 557s, testo 550s – so you can also read measured values conveniently on your manifold’s large display
    • Convenient, robust housing with protection class IP 54
    • Built-in 45° angle for easy installation at any service port
    • Continuously high performance in all conditions: You can depend on this wireless vacuum probe from Testo – it combines proven Testo quality with excellent robustness

    App-controlled testo 552i wireless vacuum probe, including batteries and calibration protocol.

  6. testo 300+ Flue Gas Analyser Heat pump kit - (O2, CO sensor up to 8,000 ppm)
      :
      300564 3004 04
      £ 1,199.00 £ 1,438.80
      1
    • testo 550i - Heat pump kit
        :
        300564 3550 02
        £ 370.00 £ 444.00
        1
      • testo 558s - Heat pump kit
          :
          0564 5585 02
          £ 929.00 £ 1,114.80
          1
        • Absolute Pressure

          Measuring range
          0 to 26.66 mbar /
          0 to 20000 micron
          Accuracy
          ±(1
          ±10 micron + 10 % of mv (100 to 1000 micron)
          Resolution
          100 micron (2000 to 5000 micron) /
          1 micron (0 to 1000 micron) /
          10 micron (1000 to 2000 micron) /
          Overload
          absolute: 6.0 bar / 87 psi
          (relative: 5.0 bar / 72 psi)

          General technical data

          Weight
          142 g
          Dimensions
          150 x 32 x 31 mm (LxWxH)
          Operating temperature
          -10 to +50 °C
          Protection class
          IP54
          System requirements
          requires iOS 13.0 or newer; requires Android 8.0 or newer; requires mobile end device with Bluetooth 4.2
          Product colour
          black/orange
          Auto-off
          10 min*
          Battery type
          3 AAA micro batteries
          Battery life
          39 h
          Connection
          7/16“ UNF
          Interface
          Bluetooth® 4.2
          Storage temperature
          -20 to +50 °C
          * when not connected via Bluetooth

          Refrigeration systems, air conditioning systems, heat pumps

          • Evacuation: Graphic progression display of the measurement with indication of the start and differential value