Ship gravity tester, DL-W3-10T tensile machine wireless transmission

DL-W3Wireless force gauge is a common wireless force measuring device widely used in industry, laboratory, and engineering fields. Here are some detailed information about the DL-W3 wireless force gauge:

Ship gravity tester, DL-W3-10T tensile machine wireless transmissionKey Features:

Wireless transmission: No wiring required, convenient for remote monitoring.

Portability: Small size, easy to carry and use on site.

Real time monitoring: capable of displaying and recording data in real-time.

Multi channel support: Some models support simultaneous measurement of multiple channels.

High precision: High precision sensors are used to ensure measurement accuracy.

Technical Specifications:

Measurement range: There are usually multiple range options available, such as0-500N,0-1000NWait.

Accuracy: generally ±0.5% FS(Full scale).

Wireless transmission distance: usually within10About meters, depending on environmental conditions.

Battery life: It can be used for a long time on a single charge, depending on the frequency of use and environmental conditions.

Display: Typically equipped withLCDDisplay screen, real-time display of measurement data.

Application Scenario:

Industrial production line: used to test the mechanical properties of products, such as tensile testing, pressure testing, etc.

Laboratory research: used in material testing and mechanical experiments.

Construction engineering: used to measure the stress conditions of structural components.

Quality control: Conduct mechanical performance testing on products during the production process.

Ship gravity tester, DL-W3-10T tensile machine wireless transmissionMaintenance and upkeep:

Regular calibration: Ensure measurement accuracy.

Battery management: Regularly charge or replace batteries.

Cleaning and maintenance: Keep the instrument clean and avoid dust and moisture affecting its performance.

Check connection: Regularly check if the wireless connection is stable.

Common problems and solutions:

Unstable connection: Check the distance between the wireless module and the receiving device to avoid interference.

Data loss: Ensure sufficient storage space on the receiving device and check the transmission protocol.

Short battery life: Optimize usage frequency and replace the battery if necessary.

Abnormal reading: recalibrate the sensor and check if the installation is correct.

Development trend:

Intelligence: Integrate more intelligent functions, such as automatic calibration and fault diagnosis.

Low power consumption: Adopting low-power technology to extend battery life.

High precision: Improve sensor accuracy and stability.

Multi functional integration: integrates measurement functions for environmental parameters such as temperature and humidity.

Wireless force gauges have broad application prospects in multiple fields due to their portability and flexibility. Choosing and using wireless force gauges correctly can significantly improve work efficiency and measurement accuracy.