AZSH handheld tensiometer
Handheld digital tension meter is a portable electronic digital measuring instrument that can measure the tension of filamentous and linear materials. It is widely used in wire and cable, textile and chemical fiber, metal wire, carbon fiber and other indu
AZSH handheld tensiometer
Overview
Handheld digital tension meter is a portable electronic digital measuring instrument that can measure the tension of filamentous and linear materials. It is widely used in wire and cable, textile and chemical fiber, metal wire, carbon fiber and other industries. Accurately measure tension and systematically process data.
Features
1.The three working modes of real-time, hold, and peak can be switched at will.
2. cN、Gf、OZ、Kgf、N、Lb Six units can be set.
3.Accuracy is Full scale2.5%。
4.Accuratemeasuring10The tension of different materials.
5.band USB Communication function。
6.With thickness adjustment.
7.Easy to store,Storable41Group data.
Product model specifications
model | AZSH-200 | AZSH-500 | AZSH-1000 | AZSH-2000 | AZSH-2500 | AZSH-5000 | AZSH-10K |
Tension range | 4~200.0(cN) | 10~500.0(cN) | 20~1000(cN) | 40~2000(cN) | 50~2500(cN) | 100~5000(cN) | 2.00~10.00daN |
Measuring head width (mm) | 65 | 65 | 65 | 65 | 116 | 116 | 116 |
calibration materials Textile PA monofilament | Φ0.12mm | Φ0.12~0.20mm | Φ0.20~0.40mm | Φ0.40~0.70mm | Φ0.40~0.70mm | Φ0.60~1.20mm | Φ0.80~1.40mm |
Size (mm) | 270*118*55 | ||||||
net weight(g) | approximately640g | ||||||
power supply | 3.7Vlithium battery*2 |
Description:
*Depending on the model, the width of the lead frame and the distance between the outside of the two guide wheels are also different.
**: The company's calibration materials apply to95%Tension measurement.PA=Polyamide monofilament, if the diameter, hardness, shape, etc. of the material to be tested are significantly different from the calibration materials of the company, it is recommended that the customer provide5The metered material is calibrated.
International tension unit:
1CN=1.02g=0.01N;
1daN=1.02kg=10N。
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