Measuring range: 450KN-4500KN;
Accuracy range: ±0.06-0.20%FS;
Principle of high-precision electronic strain gauges;
It is designed for both tension and compression, has a low height, and strong resistance to eccentric loads.
Product features: full range of measuring ranges, 10^8 cycles of fatigue life, dual-bridge configuration available, waterproof, high and low temperature performance optional;
Measuring range: 1.25KN-225KN;
Accuracy range: ±0.05-0.06%FS;
Principle of high-precision electronic strain gauges;
It is designed for both tension and compression, has a low height, and strong resistance to eccentric loads.
Product features: Can be made into a double bridge, waterproof, high and low temperature resistant options available;
Full range of measuring instruments, 10^8 cycles of fatigue service life;
Measuring range: 1.5KN-900KN
Accuracy range: ±0.03-0.06%FS
High-precision electronic strain gauge principle
Bi-directional tension and compression, low height, strong resistance to eccentric loads
Product features: Can be made into a double-bridge version, explosion-proof can be customized, waterproof, high and low temperature rated options are available.
Measuring range: 900KN-9000KN;
Accuracy range: ±0.07-0.20%FS;
Principle of high-precision electronic strain gauges;
It is designed for both tension and compression, has a low height, and strong resistance to eccentric loads.
Product features: Can be made into a double bridge, waterproof, high and low temperature resistant options available;
Measuring range: 1.5KN-450KN
Accuracy range: ≤0.05%FS
High-precision electronic strain gauge principle
Bi-directional tension and compression, low height, strong resistance to eccentric loads
Product features: Can be made into a double-bridge version, explosion-proof can be customized, waterproof, high and low temperature rated options are available.
Measuring range: 1.0kN-63kN
Accuracy: ≤0.05%FS
High-precision resistance strain gauge principle
Bi-directional tension and compression, low height, strong resistance to eccentric loads
Applications include tensile and compressive strength testing equipment in testing machines, press fitting machines, and aerospace applications.
The sensor adopts the wheel-width elastic structure, utilizes the shear stress principle, and has the characteristics of low profile, eccentric load resistance, high precision and good strength.It is suitable for testing various load forces.
It has a series of advantages, such as low height, high precision, good linearity, strong ability to resist eccentric load and lateral force, etc. It can be used to measure both pressure and tension. Therefore, it is very suitable for weighing and force measurement.
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