BK-4C-300t sensor testing machine force sensor 400 tons
BK-4C-300t sensor testing machine force sensor 400 tons

BK-4C-300t sensor testing machine force sensor 400 tons

Category:

electron/Sensors, sensitive components/force sensor

Model:

BK-4C-300t·

Brand:

Youzhongli

model:

BK-4C-300t·

manufacturing process:

integration

output signal:

Simulated type

material:

metal

Physical properties of materials:

conductor

Material crystal structure:

single crystal

Is it imported:

No

Temperature compensation range:

Room temperature~+60

sensitivity:

two

Operating Temperature:

-35~+80

input impedance:

three hundred and eighty

Output impedance:

four hundred

insulation resistance:

two thousand

insulation resistance:

two thousand

nonlinear:

zero point zero two

repetitiveness:

zero point zero one

hysteresis:

zero point zero two

Working Voltage:

10-12

quantity:

five hundred and twenty

batch number:

-

Retail Price

120.00USD


重量

kg

  • Product Description
  • model

    BK-4C-300t·

    manufacturing process

    integration

    output signal

    Simulated type

    material

    metal

    Physical properties of materials

    conductor

    Material crystal structure

    single crystal

    Is it imported

    No

    Temperature compensation range

    Room temperature~+60

    sensitivity

    two

    Operating Temperature

    -35~+80

    input impedance

    three hundred and eighty

    Output impedance

    four hundred

    insulation resistance

    two thousand

    insulation resistance

    two thousand

    nonlinear

    zero point zero two

    repetitiveness

    zero point zero one

    hysteresis

    zero point zero two

    Working Voltage

    10-12

    quantity

    five hundred and twenty

    batch number

    -

    Description :

    BK-4C-300t sensor testing machine force sensor 400 ton product introduction and descriptionYouzhongli's various force sensors can be divided into button type, tension pressure type, column type, spoke type, etc. according to their structure, and various structures meet the needs of different installation scenarios. Instruments can be selected according to on-site requirements, including economical instruments, control instruments, handheld instruments, standard instruments, etc.

      The elastomer is a spoke type, perforated, hard core flat membrane structure with a low external height, used for measuring tensile and compressive forces, and has strong resistance to deflection and lateral forces

      High precision, good symmetry of tension and compression output, stable and reliable performance, wide range of measurement, easy installation and use

      Tension compression bearing

      Suitable for testing various load forces, various tensile and compressive tests, electronic scales, and industrial automation measurement and control systems

      BK-4B-100kg、BK-4B-200kg、BK-4B-500kg、BK-4B-1t、BK-4B-1.5t、BK-4B-2t、

      BK-4B-3t、BK-4B-5t、BK-4B-10t、

      BK-4C-1t、BK-4C-2t、BK-4C-3t、BK-4C-5t、BK-4C-10t、BK-4C-15t、

      BK-4C-20t、BK-4C-30t、BK-4C-40t、BK-4C-50t、BK-4C-100t、

      BK-4C-200t、BK-4C-300t、BK-4C-400t、

      BK-4D-20kg、BK-4D-50kg、BK-4D-100kg、BK-4D-200kg、BK-4D-500kg、

      BK-4E-0.2t、BK-4E-0.5t、BK-4E-1t、BK-4E-1.5t、BK-4E-2.5t、

      BK-4E-5t、BK-4E-10t、BK-4E-25t、BK-4E-30t、

      Selection of Accuracy

      Accuracy is an important performance indicator of sensors, which is a crucial link related to the measurement accuracy of the entire measurement system. The higher the accuracy of the sensor, the more expensive its price is. Therefore, the accuracy of the sensor only needs to meet the accuracy requirements of the entire measurement system, and there is no need to choose it too high. In this way, cheaper and simpler sensors can be selected among many sensors that meet the same measurement purpose. If the measurement purpose is qualitative analysis, sensors with high repeatability accuracy should be selected, and sensors with high measurement accuracy should not be used; If it is necessary to obtain measurement values for quantitative analysis, sensors with accuracy levels that meet the requirements should be selected.

      Accuracy selection meets the following two conditions:

      1. Meet the accuracy requirements of the entire electronic scale. An electronic scale is mainly composed of three parts: the scale body, sensors, and instruments. When selecting the accuracy of the sensors, the accuracy of the sensors should be slightly higher than the theoretical calculated value.

      2. Meet the requirements for instrument input. The output signal of the sensor must be greater than or equal to the input signal required by the instrument

    BK-4C-300t sensor testing machine force sensor 400 tons

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    Key words:
    • BK-4C-300t