- Quick response.
- High precision with the principle of resistance strain type.
- Compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error.
- Small size, low height, suitable for small-volume applications.
- Quick response.
- High precision with the principle of resistance strain type.
- Upper and lower flange surfaces, stable structure, high rigidity.
- Tiny crosstalk error, strong long-term stability.
- Good temperature characteristics with self-compensated strain gauge.
- Quick response.
- High precision with the principle of resistance strain type.
- Tiny crosstalk error, strong long-term stability.
- Quick response.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, low height, suitable for small volume applications.
- Decoupled structure, tiny long-term crosstalk error, strong long-term stability.
- Quick response.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error, strong long-term stability.
- Quick response.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error, strong long-term stability.
- Quick response.
- High precision with the principle of resistance strain type.
- Compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error.
- Quick response.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error, strong long-term stability.
- Quick response.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error, strong long-term stability.
- Quick response.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Decoupled structure, tiny long-term crosstalk error, strong long-term stability.
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.
Compact size
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.
Compact size
The ZM3DW 3 axis load cell utilizes independent wheatstone full bridge for Fx, Fy, Fz which provides mV/V output proportional to the applied force and requires no mathematical manipulation. Cusotmaztion can consist of load cells with client’s outer dimension, mouting size, output signal etc. Used with Zhimin’s data logger which can collect load cell’s voltage signal and display force curve.
Compact size
The ZM3DW 3 axis load cell utilizes independent wheatstone full bridge for Fx, Fy, Fz which provides mV/V output proportional to the applied force and requires no mathematical manipulation. Cusotmaztion can consist of load cells with client’s outer dimension, mouting size, output signal etc. Used with Zhimin’s data logger which can collect load cell’s voltage signal and display force curve.
Compact size
The ZMHB double-ended mounting provides good restraint to possible movement of the tanks and, in many cases, eliminates the needs for check rods. The shear beam design gives excellent performance for high capacity loading. The ZMHB is constructed of alloy steel and is potted to IP67 providing excellentt protection against moisture and humidity.
Nickel plated alloy steel
The ZMHB double-ended mounting provides good restraint to possible movement of the tanks and, in many cases, eliminates the needs for check rods. The shear beam design gives excellent performance for high capacity loading. The ZMHB is constructed of alloy steel and is potted to IP67 providing excellentt protection against moisture and humidity.
Nickel plated alloy steel