High Quality Digital School Lab Equipment Wireless Force Sensor for Grade Education

Product Details
Customization: Available
Type: Capacitive Pressure Sensor
Component: SemiConductor Type
Manufacturer/Factory, Trading Company, Other, Group Corporation

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Management System Certification
ISO 9001, ISO 14001, OHSAS/ OHSMS 18001
Export Year
2022-09-30
  • High Quality Digital School Lab Equipment Wireless Force Sensor for Grade Education
  • High Quality Digital School Lab Equipment Wireless Force Sensor for Grade Education
  • High Quality Digital School Lab Equipment Wireless Force Sensor for Grade Education
  • High Quality Digital School Lab Equipment Wireless Force Sensor for Grade Education
  • High Quality Digital School Lab Equipment Wireless Force Sensor for Grade Education
  • High Quality Digital School Lab Equipment Wireless Force Sensor for Grade Education
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Basic Info.

Model NO.
TW0014
Certification
CE
Software
Equipped with Software
Datalogger
Without Datalogger
Trademark
SWR
Origin
China
HS Code
9023009000
Production Capacity
50000 Pieces/Year

Product Description

The TW0014 wireless sensor is a resistance strain gauge, the strain sheet is attached to a metal beam, and the force size of the two directions is measured at the same time by the deformation of the beam.

Specifications

Measuring Range:

-50~+50N

Resolution:

0.03N

Accuracy:

±0.2 N

Acquisition interval:

100ms

Note

  • In the normal use of the Bluetooth program, if the connection is disconnected (closing the Bluetooth device), the program will be disconnected after 10-12 seconds, and the program will reconnect successfully in 5-10 seconds after the Bluetooth device is reconnected.


Instruction

  1. The wireless force sensor needs to match with Bluetooth and be calibrated before using.
  2. There are three threaded holes (M6) on the wireless force sensor, which can be fixed on the bracket.
  3. During measuring, we must keep the direction of the force of the sensor consistent with the direction of the hook on the sensor.
  4. The force exerted in the measurement process should not exceed the range of the sensor, otherwise it will cause permanent damage to the sensor.

    Typical Experiments

    1.Probe into Hooke's law

    2. Newton's third law

    3. Momentum theorem

    4. Heat expansion and contraction

    5. Explore the harmonic movement

    6. Overweight and weightlessness

    7. Archimedes's law

Certificate
High Quality Digital School Lab Equipment Wireless Force Sensor for Grade Education
High Quality Digital School Lab Equipment Wireless Force Sensor for Grade Education

 

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