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  • Gooodlab RMS-1000C series high temperature conductive material resistivity measurement system

    CATEGORY AND TAGS:
    Resistance & Resistivity Measurement

    RMS-1000C series resistivity measurement system for conductive materials is mainly used for the evaluation and testing of conductive properties of conductive materials, the system is designed and developed using the four-wire resistance measurement principle, which can measure the resistance and resistivity of conductive materials under high temperature and vacuum atmosphere conditions, and can analyze the resistance and resistivity of the sample under test with the temperature and time change curve. It can be widely used for measuring the resistivity of carbon conductive materials, metal conductive materials, metal oxide conductive materials, structural polymer conductive materials, composite conductive materials and other materials.

    Temperature range: RT-600℃/1000℃
    Test channel: single channel
    Power supply: 220V±10%, 50Hz
    Temperature rise slope: 0-10℃/min (typical value: 3℃/min)
    Sample size: 10mmx10mmX20mm
    operating temperature: 5 ℃ to + 40 ℃;
    Temperature control accuracy: ± 0.5 ℃
    Electrode material: left and right platinum electrode, middle tungsten carbide probe
    Storage temperature: -40 ℃ to +65 ℃
    Resistance measurement range: 1nΩ~1GΩ
    Temperature control mode: PID precise temperature control
    Operating humidity: +40 ℃, relative humidity up to 95% (non-condensing)
    Resistivity measurement range: 0.1nΩ.cm~100MΩ.cm
    Data storage format: TXT text format
    Equipment size: 630x640x450mm (LxHxW)
    Measurement environment: air, flowing atmosphere, vacuum atmosphere
    Data transmission: USB
    Weight: 38kg
    Measurement method: four-wire resistance method
    Conformity to standards: ASTM B193-02 and GBT 6146-2010, GBT15662-1995
    Warranty period: 1 year

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    • Specifications

    Gooodlab RMS-1000C series conductive material resistivity measurement system is mainly used for the evaluation and testing of conductive materials conductivity, the system uses the four-wire resistance measurement principle for design and development, can measure the conductive material resistance and resistivity in high temperature, vacuum atmosphere conditions, can analyze the measured sample resistance and resistivity curve with temperature, time change. At present, it is mainly used for the test samples such as discs, squares and long strips, and can be widely used for the resistivity measurement of carbon conductive materials, metal conductive materials, metal oxide conductive materials, structural polymer conductive materials, composite conductive materials and other materials.

    Temperature range: RT-600°C/1000°C
    Temperature ramp: 0-10°C/min (typical: 3°C/min)
    Temperature control accuracy: ±0.5°C
    Resistance measurement range: 1nΩ~1GΩ
    Measurement range of electropositivity: 0.1nΩ.cm~100MΩ.cm
    Measurement environment: air, flowing atmosphere, vacuum atmosphere
    Measurement method: Four-wire resistance method
    Test channel: Single channel
    Sample size: 10mmx10mmX20mm
    Electrode material: left and right platinum electrode, middle tungsten carbide probe
    Temperature control mode: PID precise temperature control
    Data storage format: TXT text format
    Data transmission: USB
    Power supply: 220V±10%, 50Hz
    Operating temperature: 5C to +40C.
    Storage temperature: -40C to +65C
    Operating humidity: up to 95% relative humidity at +40C (non-condensing)
    Equipment size: 630x640x450mm (LxHxW)
    Weight: 38kg
    Standard: ASTM B193-02 and GBT 6146-2010, GBT15662-1995 Warranty: 1 year

     

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