50N force sensor micro sensor 3kg with transmitter 0-5V
50N force sensor micro sensor 3kg with transmitter 0-5V

50N force sensor micro sensor 3kg with transmitter 0-5V

Category:

electron/Sensors, sensitive components/force sensor

Model:

50N force sensor micro sensor 3kg with transmitter 0-5V

Brand:

Youzhongli

Retail Price

30.00USD


重量

kg

  • Product Description
  • Description :

      50N force sensor micro sensor 3kg with transmitter 0-5V detailed description; Shenzhen Youzhongli Technology Co., Ltd. is dedicated and focused on force sensors, specializing in micro force measurement solutions and micro force sensor selection. We can customize non-standard force sensors and provide customers with suitable weighing and force measurement solutions according to their needs, with high selectivity and cost-effectiveness for weighing and force sensors. For more questions on force measurement and weighing, please feel free to consult Shenzhen Youzhongli Technology Co., Ltd.

      Main technical parameters:

      Output sensitivity: approximately 1mV/V

      Nonlinear: ± 0.5% R.O

      Zero deviation: ± 0.5% R.O

      Lag: ± 0.5% R.O

      Compression deformation: 0.01mm

      Natural frequency: 27,42kHz

      Temperature range for use: -10 ℃ to 60 ℃

      Temperature effect on full-scale output: ± 1.0% R.L./10 ℃

      Effect of temperature on zero point output: ± 2.0% R.O./10 ℃

      Input impedance: 350 ± 10 Ω

      Output impedance: 350 ± 10 Ω

      Recommended excitation voltage: DC5V

      Safe load: 150% R.L

      Accuracy weighing sensor

      The accuracy level of weighing sensors includes technical indicators such as nonlinearity, creep, repeatability, hysteresis, sensitivity, etc. When selecting, one should not blindly pursue high-grade sensors, but should consider the accuracy level and cost of electronic scales. In general, the overall accuracy of sensors selected is non-linear and not heavy

      The accuracy level of weighing sensors includes technical indicators such as nonlinearity, creep, repeatability, hysteresis, sensitivity, etc. When selecting, one should not blindly pursue high-grade sensors, but should consider the accuracy level and cost of electronic scales. In general, the root mean square value of the sum of the three indicators of nonlinearity, non repeatability, and hysteresis for selecting sensors is slightly higher than the accuracy of the scale.

      50N force sensor micro sensor 3kg with transmitter 0-5V

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    Key words:
    • 50N force sensor