How to solve 3 common textile testing equipment problems?

Textile testing equipment are instruments used to test the performance and quality of textiles, and they play an important role in the textile industry. However, textile testing equipment can also encounter some common problems, such as calibration, cleaning, maintenance and operation of the instruments. These problems may affect the accuracy and reliability of test results and even lead to damage of the instruments. Therefore, solving these problems is the key to ensure the normal operation and extended service life of textile testing equipment.

This article will introduce some common textile testing equipment problems and their solutions in the hope that they will be helpful to textile testers.

1. Instrument calibration problem

Instrument calibration refers to the process of comparing and adjusting the measured value of the instrument with the standard value, which is the basis for ensuring the measurement accuracy and consistency of the instrument. If the instrument is not properly calibrated, measurement errors or deviations may occur, affecting the validity of test data.

Solution: Calibrate the instrument regularly according to its frequency of use and environmental conditions, use qualified standard substances or standard equipment for calibration, and record the calibration results and date. At the same time, follow the operating procedures of the instrument to avoid human interference or misuse during the calibration process.

2. Instrument cleaning issues

Instrument cleaning refers to the process of removing dust, dirt, grease and other impurities from the surface and inside of the instrument, which is an important measure to ensure the performance and stability of the instrument. If the instrument has not been timely and thorough cleaning, it may lead to wear and tear of the instrument components, jamming, rust and other phenomena, affecting the normal work of the instrument.

Solution: Clean the instrument regularly according to its usage and contamination level, using appropriate cleaning agents and tools, and pay attention to prevent the cleaning agents from remaining on the instrument. Also, follow the cleaning protocol of the instrument to avoid mechanical damage or electrical failure during the cleaning process.

3. Instrument maintenance issues

Instrument maintenance refers to the necessary inspection, adjustment, lubrication, replacement and other operations to maintain or restore the instrument in good condition. If the instrument is not properly maintained, there may be aging, damage, failure of parts and other problems, affecting the life and safety of the instrument.

Solution: Maintain the instrument regularly according to its service life and work load, using suitable parts and lubricants for maintenance, and record the maintenance content and date. Also, follow the instrument's maintenance procedures to avoid unnecessary disassembly or alteration during the maintenance process.