1. High temperature environment

The problems of coating material condensation, solder joint opening, and structural changes caused by stress occurrence in the elastic body of electronic platform scale sensors. High temperature resistant sensors are commonly used for electronic platform scales working in high-temperature environments; In addition, it is necessary to install insulation, water cooling, or air cooling. From the perspective of sealing effect, welding sealing is the best for electronic platform scales, while filling and coating with sealant is the difference in quantity. For sensors working in clean and dry indoor environments, adhesive sealed sensors can be selected.

2. Dust, moisture

The impact of short circuits on electronic platform scale sensors. Under these environmental conditions, sensors with high airtightness should be selected. Different sensors have different sealing methods, and there are significant differences in the sealing performance of electronic platform scales. Common seals include sealant filling or coating; Rubber pad mechanical fastening seal; Welding (argon arc welding, plasma beam welding) and vacuum nitrogen sealing.

3. Highly corrosive environment

If moisture or acidity causes damage to the elastic body or short circuit of the electronic platform scale sensor, it is recommended to choose a sensor with a surface that has been sprayed or covered with stainless steel, good corrosion resistance, and good sealing performance. For some electronic platform scale sensors that work in humid and dusty environments, they should choose sensors with membrane hot sealing or membrane welding sealing, vacuum filling and nitrogen filling.

In summary, to do a good job in the maintenance and upkeep of electronic platform scales, regular inspections are necessary, mainly to check and adjust the level of the platform. The newly launched electronic platform scale is affected by various factors. After a long period of use, the platform of the scale body will deform to some extent. The longer the use time, the more severe the deformation, resulting in inconsistent force on the sensor. Therefore, to solve this problem, it is not enough to rely solely on adjusting the potentiometer, but also to adjust the height of the sensor.