Showing all 10 results

  • EA401

    0 out of 5
    • Very high-quality, reliable extension cable for TQ401 proximity measurement systems
    • 50 Ω coaxial cable with FEP insulation (Ø 2.65 or 3.6 mm)
    • 1-core, with shield
    • Self-locking miniature coaxial connector (female) to self-locking miniature coaxial connector (male)
    • Certified for use in potentially explosive atmospheres
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  • EA402

    0 out of 5

    The system is based around a TQ403 non-contact sensor and an IQS900 signal conditioner. Together, these form a calibrated proximity measurement system in which each component is interchangeable. The system outputs a voltage or a current proportional to the distance between the transducer tip and the target, such as a machine shaft.

    The active part of the transducer is a coil of wire that is moulded inside the tip of the device, made of (polyamide-imide). The transducer body is made of stainless steel. The target material must, in all cases, be metallic.

    The transducer body is available only with metric thread. The TQ403 has an integral coaxial cable, terminated with a self-locking miniature coaxial connector. Various cable lengths (integral and extension) can be ordered.

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  • EA902

    0 out of 5
    • Very high-quality, reliable extension cable for TQ9x2 proximity measurement chains
    • 70 Ω coaxial cable with FEP insulation (Ø3.6 mm)
    • 1-core, with shield
    • Self-locking miniature coaxial connector (female) to self-locking miniature coaxial connector (male)
    • Versions certified for use in potentially explosive atmospheres
    • Conforms to API 670 5th edition
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  • IQS450

    0 out of 5

    he system is based around a TQ423 non-contact sensor and an IQS450 signal conditioner. Together, these form a calibrated proximity measurement system in which each component is interchangeable. The system outputs a voltage or a current proportional to the distance between the transducer tip and the target, such as a machine shaft.

    The TQ423 is specially designed for high-pressure applications, with the transducer tip withstanding pressures of up to 100 bar. This makes them particularly suitable for measuring relative displacement or vibration on submerged pumps and various types of hydraulic turbines (for example, Kaplan and Francis). This transducer is also suitable for use when the region of the output of the transducer is cluttered.

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  • IQS900

    0 out of 5
    • Signal conditioning for TQ proximity sensors.
    • Shaft relative vibration and gap/position measurement for machinery protection and/or advanced condition monitoring.
    • Very wide frequency range (DC to 20000 Hz), with configurable sensitivity and measurement range.
    • Current output for long-distance signal transmission or voltage output for medium-distance signal transmission.
    • Certified for use in potentially explosive atmospheres (Ex) and/or safety-related applications (SIL).
    • Fully compliant with API 670 5th edition.
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  • TQ401

    0 out of 5
    • Designed for the contactless measurement of relative vibration and axial displacement in turbines, compressors, pumps and fans
    • 2 mm measurement range (Ø5 mm sensor)
    • −40 to 180 °C operating temperature, IP68 protection rating
    • 0.5, 1.0, 1.5, 2.0 or 5.0 m integral coaxial cable.
    • Certified for use in potentially explosive atmospheres
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  • TQ412

    0 out of 5

    The transducer body is available only with metric thread. The TQ432 version is intended for reversemount applications. Both the TQ422 and the TQ432 have an integral coaxial cable, terminated with a self-locking miniature coaxial connector. Various cable lengths (integral and extension) can be ordered.

    The IQS450 signal conditioner contains a highfrequency modulator/demodulator that supplies a driving signal to the transducer. This generates the necessary electromagnetic field used to measure the gap. The conditioner circuitry is made of high-quality components and is mounted in an aluminium extrusion.

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  • TQ902

    0 out of 5
    • Designed for the contactless measurement of relative vibration and axial displacement in turbines, compressors, pumps and fans
    • 2 or 4 mm measurement range (Ø8.2 mm sensor)
    • −40 to 180 °C operating temperature, IP68 protection rating
    • 0.5, 1.0, 1.5, 2.0 or 5.0 m integral coaxial cable
    • Versions certified for use in potentially explosive atmospheres
    • Conforms to API 670 5th edition
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  • TQ912

    0 out of 5
    • Designed for the contactless measurement of relative vibration and axial displacement in turbines, compressors, pumps and fans
    • 2 or 4 mm measurement range (Ø8.2 mm sensor)
    • −40 to 180 °C operating temperature, IP68 protection rating
    • 0.5, 1.0, 1.5, 2.0 or 5.0 m integral coaxial cable.
    • Versions certified for use in potentially explosive atmospheres
    • Conforms to API 670 5th edition
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  • XIO16

    0 out of 5

    The TQ422/TQ432, EA402 and IQS450 form a proximity measurement system. This proximity measurement system allows contactless measurement of the relative displacement of moving machine elements.

    TQ4xx-based proximity measurement systems are particularly suitable for measuring the relative vibration and axial position of rotating machine shafts, such as those found in steam, gas and hydraulic turbines, as well as in alternators, turbocompressors and pumps.

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