Feature
- Adoptshigh-precision resistance strain principle
- Supports force measurement in the range of 0-100Nm.
- Easy to install.
- Small size, beautiful appearance
Feature
- Adopts high-precision resistance strain principle
- Supports force measurement in the range of 0-100Nm.
- Easy to install.
- Small size,elegent appearance
- High response frequency
Feature
- Various communication methods are available.
- High sampling frequency, quick response, strong antinterference ability.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity.
Feature
- Various communication methods are available.
- High sampling frequency, quick response, strong anti-interference ability.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity
Feature
- Various communication methods are available.
- High sampling frequency, quick response, strong anti-interference ability.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strained gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity.
Feature
- Various communication methods are available.
- High sampling frequency, quick response, strong anti-interference ability.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity.
Feature
- Various communication methods are available.
- High sampling frequency, quick response, strong anti-interference ability.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity.
Feature
- Various communication methods are available.
- High sampling frequency, quick response, strong anti-interference ability.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity.
Feature
- Various communication methods are available.
- High sampling frequency, quick response, strong antinterference ability.
- High precision with the principle of resistance strain gauge.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity.
Feature
- Various communication methods are available.
- High sampling frequency, quick response, strong anti-interference ability.
- High precision with the principle of resistance strain type.
- God temperature characteristics with self-compensated strain gauge.
- Small size, thin thickness, high horsional rigidity and strong overload protection capacity.
Feature
- High accuracy, stable performance and low-range torque measurement
- Easy to install, Static torque measurement, both ends are connected with flanges.
Feature
- High accuracy, stable performance and low-range torque measurement
- Easy to install, Static torque measurement, both ends are connected with flanges.
The ZM2DW force sensor F, M utilizes independent wheatstone full bridge for each axis which provides mV/V output proportional to the applied force and requires no mathematical manipulation. Typical applications for this type of transducer are for example force exertion control in robotics, automotive crash testing, industrial test benches, grinding force control, actuator operating force measurement,etc.
Features:
F from 20N to 2000N
M from 1N.m to 50N.m
Low crosstalk
Compact size
Optional features:
0-5V output signal
ZMDN is a high-precision rotarting torque sensor. The max rotating speed that the sensor can accept is 3000rpm. The output signal of ZMDN is from 1.0-1.5mv/v. Analog transmitter 4-20mA, 0-5V, 0-10V is optional.
Features:
Capacity 0.1Nm-500Nm
Carbon brush touchable torque sensor
Max 3000rpm
Stainless steel body
Optional features:
4-20mA, 0-5V, 0-10V output
Flange to flange torque sensor ZMFNJ is a non-rotating type torque transducer that converts a torsional mechanical input into an electrical output signal. ZMFNJ can be used in both clockwise and counterclockwise direction ranging from 5Nm up to 10000Nm. The measuring range and dual flange size can be customized to meet customer’s requirements.
Features:
Capacity 5Nm-10000Nm
Static torsion measure
Rational outputs
Nickel plated alloy steel
Optional features
Hermetically sealed available
Flange to square torque sensor ZMNJF is a non-rotating type torque transducer that converts a torsional mechanical input into an electrical output signal. ZMNJF can be used in both clockwise and counterclockwise direction ranging from 1Nm up to 500Nm. The measuring range and flange/square size can be customized to meet customer’s requirements.
Features:
Capacity 1Nm-500Nm
Static torsion measure
Rational outputs
Nickel plated alloy steel
Optional features:
Hermetically sealed available