Miniature Triaxial Load Cell 100N 50N 20N 10N Multi-axis Force Sensor

Miniature Triaxial Load Cell 100N 50N 20N 10N Multi-axis Force Sensor

Miniature Tri-axial Load Cell FNZ is made of aluminum based on strain gauge technology offering 10N / 20N / 50N / 100N four measuring ranges for all three axes,each axis is capable of measuring force in both tension and compression direction. Multi-axis force sensor FNZ utilizes independent wheatstone full bridge for each axis to deliver mV/V output which proportional to the applied force and requires no mathematical manipulation,3-channel signal amplifier LC3A can be used to convert the mV signal into 0-5V / 0-10V / 4-20mA output. Taking FNZ-100N and LC3A(-10-10V)-24V for example,the load-voltage relationship will be 0-100N load in Fx+/Fy+/Fz+ direction VS 0~10V output, 0-100N load in Fx-/Fy-/Fz- direction VS 0~(-10V) output.Typical applications for this type of transducer are for example friction force measurement,force control in robotics,force simulators, force monitoring in handing devices,industrial test benches,etc..

Dimensions

Specifications

Miniature Triaxial Load Cell 100N 50N 20N 10N Multi-axis Force Sensor

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Located in China,Forsentek Co., Limited has provided load cells,force sensors and measuring solutions to more than 30 countries all over the world.

At Forsentek,you can find universal products like:

• Compression load cell
• Force sensor force transducer
• Button load cell
• Micro load cell
• Strain gauge load cell
• Reaction torque sensor
• Rotary torque sensor

Forsentek is also an expert in customized force measurement products like:

Load pins for overload protection.

Bolt sensor for fastening force monitoring.

With experienced engineers in load cell and force sensor application field,Forsentek knows exactly what you need after you talk to us.Being expert in strain gauge based load cell manafuacturing technology and custom-made service,we are confident in providing the most suiablt products to meet your application perfectly.

Send us an inquiry,we'll get back with solutions.