Load cells,Force sensors,Torque transducers
Load cells,Force sensors,Torque transducers
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| Place of Origin: | China |
| Brand Name: | Forsentek |
| Certification: | CE |
| Model Number: | FNZ |
| Minimum Order Quantity: | 1pc |
|---|---|
| Packaging Details: | Shockproof carton |
| Delivery Time: | 3-20 working days |
| Payment Terms: | T/T, Western Union, MoneyGram,Paypal |
| Supply Ability: | 3160pcs/month |
| Usage: | 3-axis Force Measurement | Force Direction: | Fx/Fy/Fz |
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| Type: | 3-axis Load Cell | Output: | Analog |
| Range: | 10N 20N 50N 100N |
Multi Axis Force Measurement Sensor 10N 20N 50N 100N 3D Force Transducer
Miniature 3D 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. 3D 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 3d force transducer 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 multi-axis sensor FNZ are for example friction force measurement,force control in robotics,force simulators, force monitoring in handing devices,industrial test benches,and so on.
| Ordering code | Force Range | Load direction |
| FNZ-10N | 0~10N |
Tension and Compression |
| FNZ-20N | 0~20N | |
| FNZ-50N | 0~50N | |
| FNZ-100N | 0~100N |
Specifications
| Rated capacity |
10N / 1kg / 2.2lb 20N / 2kg / 4.4lb 50N / 5kg / 11lb 100N / 10kg / 22lb |
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| Rated output | 1.0 mV/V | Compensated temperature | 0...+40oC |
| Excitation | 3-12V | Operating temperature | -10...+50oC |
| Zero balance | ±0.1mV/V | Temperature shift zero | ±0.05% R.O./oC |
| Nonlinearity | ±0.2% R.O. | Temperature shift span | ±0.01% R.O./oC |
| Hysteresis | ±0.2% R.O. | Input resistance | 350±50 ohms |
| Nonrepeatability | ±0.1% R.O. | Output resistance |
350±10 ohms |
| Creep(5min) | ±0.1% R.O. | Insulation resistance | >2000Mohms |
| Safe overload | 150% F.S. | Ingress protection | IP62 |
| Ultimate overload | 200% F.S. | Material of element | Aluminum |
| Cable | 3 x Ø3*2000mm 4-core | ||
| Wiring |
4-wire connection for each axis Red--Power input+ Black--Power input- Green--Signal output+ White--Signal output- |
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Load cell glossary:
Load Cell:A device which produces an output signal proportional to the applied weight or force.
Wheatstone Bridge:A Wheatstone bridge is a network of four resistive legs. One or more of these legs can be active sensing elements. The Wheatstone bridge is the electrical equivalent of two parallel voltage divider circuits. R1 and R2 compose one voltage divider circuit, and R4 and R3 compose the second voltage divider circuit. The output of a Wheatstone bridge is measured between the middle nodes of the two voltage dividers.
Excitation: The voltage applied to the input terminals of the load cell.
Rated Capacity: The maximum axial load the load cell is designed to measure within its specifications.
Non-linearity: The maximum deviation of the calibration curve from a straight line drawn between the no-load and rated outputs; expressed as a percentage of the rated output and measured on increasing load only.
Non-repeatability: The maximum difference between load cell output readings for repeated loadings under identical loading and environmental conditions.
Hysteresis: The maximum difference between load cell output readings for the same applied load; one reading obtained by increasing the load from zero and the other by decreasing the load from rated output; usually measured at half rated output and expressed in percent of rated output.
Creep: The change in load cell output occurring with specified period of time, while under load, and with all environmental conditions and other variables remaining constant; usually measured with rated load applied.
Safe Overload: The maximum load in percent of rated capacity which can be applied without producing a permanent shift in performance characteristics beyond those specified.
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