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A resistance strain sensor (straingauge type transducer) is a resistance sensor with a resistance strain gauge as a conversion element. The resistance strain sensor is composed of an elastic sensitive element, a resistance strain gauge, a compensation resistor and a shell, and can be designed into a variety of structural forms according to specific measurement requirements. The elastic sensitive element is deformed by the measured force and deforms the resistance strain gauge attached to it. The resistance strain gauge then converts the deformation into a change in resistance value, which can measure various physical quantities such as force, pressure, torque, displacement, acceleration, and temperature.
High precision and wide measuring range;
Long service life, stable and reliable performance;
Simple structure, small size, light weight;
The frequency response is good, and it can be used for both static measurement and dynamic measurement;
Low price, diverse varieties, easy to choose and use in large quantities
A resistance strain sensor (straingauge type transducer) is a resistance sensor with a resistance strain gauge as a conversion element. The resistance strain sensor is composed of an elastic sensitive element, a resistance strain gauge, a compensation resistor and a shell, and can be designed into a variety of structural forms according to specific measurement requirements. The elastic sensitive element is deformed by the measured force and deforms the resistance strain gauge attached to it. The resistance strain gauge then converts the deformation into a change in resistance value, which can measure various physical quantities such as force, pressure, torque, displacement, acceleration, and temperature.
High precision and wide measuring range;
Long service life, stable and reliable performance;
Simple structure, small size, light weight;
The frequency response is good, and it can be used for both static measurement and dynamic measurement;
Low price, diverse varieties, easy to choose and use in large quantities
capacity | t | 0.5,1,1.5,2 |
safe overload | %FS | 150 |
ultimate overload | %FS | 200 |
rated output | mV/V | 2.0 ± 0.003 |
excitation voltage | Vdc | 9 ~ 12 |
combined error | %FS | ±0.03 |
zero unbalance | %FS | ± 1 |
non-linearity | %FS | ± 0.03 |
hysteresis | %FS | ± 0.03 |
repeatability | %FS | ± 0.02 |
creep | %FS/30min | ± 0.025 |
input resistance | Ω | 350 ± 5 |
output resistance | Ω | 350 ± 3 |
insulation resistance | M Ω | ≥ 5000 @ 50 Vdc |
operating temperature range | ℃ | -20 ~ +55 |
compensated temperature range | ℃ | -10 ~ +40 |
temperature coefficient of SPAN | %FS/10℃ | ± 0.02 |
temperature coefficient of ZERO | %FS/10℃ | ± 0.03 |
capacity | t | 0.5,1,1.5,2 |
safe overload | %FS | 150 |
ultimate overload | %FS | 200 |
rated output | mV/V | 2.0 ± 0.003 |
excitation voltage | Vdc | 9 ~ 12 |
combined error | %FS | ±0.03 |
zero unbalance | %FS | ± 1 |
non-linearity | %FS | ± 0.03 |
hysteresis | %FS | ± 0.03 |
repeatability | %FS | ± 0.02 |
creep | %FS/30min | ± 0.025 |
input resistance | Ω | 350 ± 5 |
output resistance | Ω | 350 ± 3 |
insulation resistance | M Ω | ≥ 5000 @ 50 Vdc |
operating temperature range | ℃ | -20 ~ +55 |
compensated temperature range | ℃ | -10 ~ +40 |
temperature coefficient of SPAN | %FS/10℃ | ± 0.02 |
temperature coefficient of ZERO | %FS/10℃ | ± 0.03 |
-Manuals
Straingauge Type Transducer
-Data sheet
-Manuals
Straingauge Type Transducer
-Data sheet
The flattened tube pressure cell is used for low pressure measurement.
The cylindrical type pressure cell is used for medium and high pressure measurement.
Strain measurement
Residual stress measurement
Vibration measurement
Torque measurement
Bending and deflection measurement
Compression and tension measurement
The flattened tube pressure cell is used for low pressure measurement.
The cylindrical type pressure cell is used for medium and high pressure measurement.
Strain measurement
Residual stress measurement
Vibration measurement
Torque measurement
Bending and deflection measurement
Compression and tension measurement