Force Gauge, ATL Digital High Precision Tension Gauge Portable Digital Tension Meter for Lab Tension(3N)

Tension meter relay connections to apply pressure,electronic switches,switches, values,spring widening pressure,dial spindle pressure measurement equipment,automatic telephone equipment connections and pressure mechanical pressure armature,tape recorders buffer pressure point of contact pressure and other precision pressure, tension tests,tighten force instrument.Widely used in electrical manufacturing,mechanical manufacturing.FunctionDigital tension meter is a kind of tension testing equipment which is easy portable and lower power ,it's characteristic is small size,light weight,easy to carry,wide scope of application,high precision and so on .Apply to relay contact pressure,electronic switch ,auto-phone equipment and armature pressure and so onModel Number : ATLMax Load : 20NDisplay Type : DIGITALPrecision : +/-0.5%Power : AAA battery *4Use Life : >=100 hoursDimension : 128mm*66mm*28mmNet Weight : About 145g

• 1. **High Precision Measurements**: The ATL Digital High Precision Tension Gauge provides accurate readings for various applications, ensuring reliable performance in tension testing and pressure measurement
• 2. **Portable and Lightweight Design**: This Digital Tension Meter is designed for easy portability, making it convenient for professionals who need to conduct tension tests on the go without compromising on accuracy
• 3. **Versatile Applications**: for use in electrical and mechanical manufacturing, this Digital Tension Meter can be utilized for measuring relay contact pressure, electronic switches, switches, and other precision tension tests
• 4. **User-Friendly Operation**: With its compact size and lower power consumption, the ATL Digital Tension Meter is easy to operate, making it an essential tool for technicians and engineers in various fields
• 5. ** and Reliable**: Built to withstand rigorous use, this Digital Tension Meter guarantees long-lasting durability while providing consistent performance across diverse testing scenarios