Showing 21–26 of 26 results

  • MRG 10 Mikrodalga Seviye Göstergesi

    MRG 10

    ◼️TOKYO – KEIKI

    MRG 10

    The MRG-10 is a radar level indicator that operates with a range of power.

    The MRG-10 uses a pulsed, non-contact radar level measurement principle.

  • MRF-10

    MRF-10

    TOKYO – KEIKI MRF 10

    Bir döngüde çalışan radar seviye göstergesidir.

    MRF-10  temassız bir radar seviyesi ölçüm prensibi kullanır.

  • Dynaprobe

    Dynaprobe

    DYNAMETERS

    Dynaprobe

    is a self-contained, battery-operated device that uses sound waves to measure liquid or solid levels. It provides fast and accurate measurements in high measurement areas without requiring any hole for water level meters. Ultrasonic level meters are lightweight, compact, versatile, and easy to operate. The process is unaffected, and there is minimal accuracy loss even in challenging conditions.

  • KF 170

    KF – 170

    KATRONIC

    KF – 170

    The KATflow clamp-on flow meters operate using the transit-time method. This method is based on the principle that sound waves travel faster with the flow of the fluid than against it. The difference in transit time is directly proportional to the fluid flow rate and, consequently, the volumetric flow rate. The ultrasonic transducers (sensors) of the flow meter are mounted on the outside surface of the pipe and are used to generate and receive the pulses.

  • El tipi debimetre KF-230El tipi debimetre kf230

    El tipi debimetre KF-230

    KATRONIC

    KF – 230

    Non-invaziv debimetreler arasında KATflow aralığı dolu borularda sıvılar ve sıvılaştırılmış gazların doğru akış ölçümü için ultrasonik teknolojisini kullanır.
  • DMTFB Ultrasonik Akış Ölçer

    DMTFB Ultrasonic Flowmeter

    DYNAMETERS
    DMTFC Ultrasonic Flowmeter

    The DMTF Series Insertion Transit Time Ultrasonic Flowmeter provides robust capabilities for accurate liquid flow measurement from the outside of a pipe. This ultrasonic transmission/reception, digital signal processing, and transit time measurement utilize state-of-the-art technologies. Specialized signal quality monitoring and self-adaptive technologies ensure the system optimally adjusts to different pipe materials automatically. Due to the hot-mounted insertion transducers, there are no ultrasonic coupling and connection issues; even though the transducers are placed on the pipe wall, they do not create any disturbance or pressure drop in the flow, making them non-intrusive. The insertion (wet) type offers advantages in long-term stability and better accuracy.

     

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