Torque Standard Verification

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With the development of the rubber industry, it has been paid closer and closer attention to the standardization of the test methods and its data quality.  Since the rotorless rheometer plays an important role in QC and R&D, its recalibration as daily maintenance should be carried out by the torque standard equipped for ensuring qualified repeatability and reproducability of test results.  Therefore, termly verification of the torque standard, as a measuring device, is an inextricable topic that any user has to face.

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Torque Standard Verification
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  • Torque Standard Verification

Torque Standard Verification

With the development of the rubber industry, it has been paid closer and closer attention to the standardization of the test methods and its data quality.  Since the rotorless rheometer plays an important role in QC and R&D, its recalibration as daily maintenance should be carried out by the torque standard equipped for ensuring qualified repeatability and reproducability of test results.  Therefore, termly verification of the torque standard, as a measuring device, is an inextricable topic that any user has to face.

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Testing Service

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    With the development of the rubber industry, it has been paid closer and closer attention to the standardization of the test methods and its data quality.  Since the rotorless rheometer plays an important role in QC and R&D, its recalibration as daily maintenance should be carried out by the torque standard equipped for ensuring qualified repeatability and reproducability of test data.  Therefore, termly verification of the torque standard, as a measuring device, is an inextricable topic that any user has to face.
    The Torque Standard Verification Tester TSV2025 is designed to verify the static nominal torque value by turning it to 0.5° under the temperature, normally 177℃ preset.  The specification is as follows:

     

    Balance Arm(cm)

    100

    Degree Monitor (°)

    0.1~30±0.001

    Torque Encoder (KN)

    0~5±0.001

    Digital Gradienter (°)

    0~10±0.001

    Weighing Range (g)

    0.1~1,000

    Pressure (kPa)

    0.6, dry and clean

    Heating Cabinet (℃)

    RT~300±0.3

    Suitable for 

    All Torque St.

     

    The operation of the Torque Standard Verification Tester TSV2025 has been verified and certified by CNAS and easy to operate by clamping the ends of the torque standard heated up to the temperature preset, continuously adding weights till to the digital gradienter displaying 0.5° after horizontal zero adjustment of the balance arm, calculating the present torque value: Torque = Half Length of the Balance Arm*Weight.

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