FA107B
FIBOS
100,200,300,500N
≤0.5%F.S.
φ20mm；H6mm
＜0.03mm
＞5KHz
0.1kg
Stainless steel
Planar Load Cell Force Sensor Product Description |
The FIBOS FA107B is a miniature force sensor specifically designed for surface force measurement applications. Constructed from stainless steel, it weighs only 0.03 kg. Its compact and lightweight design makes it suitable for a wide range of tight installation spaces, while offering excellent force measurement accuracy and environmental adaptability to meet force measurement requirements in various scenarios, including industrial inspection, equipment R&D, and laboratory testing. With standardized wiring and installation designs, it offers strong adaptability and ease of use, making it a cost-effective choice for miniature surface force measurement applications.
Planar Load Cell Force Sensor Dimensions（Unit:mm） |
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Planar Load Cell Force Sensor Load Direction | Planar Load Cell Force Sensor Wiring |
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Planar Load Cell Force Sensor Specifications |
Sensor Physical Parameters | |
Nominal Capacity | 100,200,300,500N |
Deflection at Full Scale | <0.03mm |
Fundamental resonance frequency (f_G) | >5KHz |
Safe Overload | 150%F.S. |
Operating Temperature | -20~80℃ |
Ingress Protection (IP) | IP65 |
Cable | φ2x3m |
Spring Element Material | 17-4PH |
weight | 0.02kg |
Loading Direction | Compression |
Sensor Accuracy Parameters | |
Combined Error | ≤0.1%F.S. |
Non-linearity | ≤0.5%F.S. |
Hysteresis | ≤0.3%F.S. |
Repeatability | ≤0.3%F.S. |
Creep(30min) | ≤0.1%F.S. |
Temperature Effect on Output | 0.1%F.S./10℃ |
Electrical Parameters | |
Rated Output | 1.0±30%mV/V |
Excitation Voltage | 5~12V DC |
| Insulation Resistance | ≥5000MΩ/100V(DC) |
Planar Load Cell Force Sensor Installation |
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| For pressure sensors with spherical probes, it is recommended to use finished high-strength steel for supporting tooling, especially for sensors with larger ranges. |
Planar Load Cell Force Sensor Styling Suggestions |
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Force sensor manufacturing process |
Planar Load Cell Force Sensor Non-standard customisation process |
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| Fibos possesses a professional technical team capable of developing customized products to meet specific client requirements. Our R&D cycle is seamlessly integrated with our in-house production lines, enabling us to deliver relevant products within a short timeframe. |
Force Sensor Case Studies |
Frequently Asked Questions about Force Sensors |
A: FA107B is based on the strain gauge principle with a Wheatstone bridge structure. Mechanical deformation causes resistance changes, generating an output voltage proportional to the applied force (mV/V).
A: Due to its compact structure, FA107B is sensitive to eccentric loading. Off-center forces can cause uneven strain distribution, resulting in non-linearity, reduced repeatability, and potential structural stress concentration.
A: The creep of FA107B is ≤0.1%FS (30 min). Long-term loading may cause gradual signal drift, affecting static measurement accuracy. Preloading or software compensation is recommended.
A: Zero drift may result from material fatigue, temperature changes, mounting stress, and electronics drift. Regular calibration is recommended.
A: Ensure a flat mounting surface, proper axial loading, and avoid side forces or additional stress. Mechanical design is critical for accuracy.
A: FA107B has a natural frequency >5kHz, suitable for dynamic applications. System performance also depends on amplifier bandwidth, sampling rate, and mounting stiffness. A sampling rate 5–10× the signal frequency is recommended.
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