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FST
ORR
ORR-FST-150 ton
Applications of force sensor
Scale manufacturers (platform scales, legal-for-trade scales)
Medicine (weighing hospital patients)
Building industry (weighing materials, power shovels)
Agriculture (automatic feeders)
Public sector (weighing garbage)
Quality assurance
Introduction of force sensor
Tension Compression load cell is ideal for use in static and quasi-static weighing tasks; for instance, for the gravimetric level measurement of suspended tanks as well as for conveyor, batching, and hybrid scales. It is available in seven maximum capacities, which range from 0.1 t to 150 t, thus covering a very broad range, the product is widely used for various scale, industrial weighing system.
Special features of force sensor
S-beam design,Both tension and compression force
Wide measuring range up to 150 ton
Excellent overload capacity
High accuracy, water-proof, anti-corrosion
Applications of force sensor
Scale manufacturers (platform scales, legal-for-trade scales)
Medicine (weighing hospital patients)
Building industry (weighing materials, power shovels)
Agriculture (automatic feeders)
Public sector (weighing garbage)
Quality assurance
Introduction of force sensor
Tension Compression load cell is ideal for use in static and quasi-static weighing tasks; for instance, for the gravimetric level measurement of suspended tanks as well as for conveyor, batching, and hybrid scales. It is available in seven maximum capacities, which range from 0.1 t to 150 t, thus covering a very broad range, the product is widely used for various scale, industrial weighing system.
Special features of force sensor
S-beam design,Both tension and compression force
Wide measuring range up to 150 ton
Excellent overload capacity
High accuracy, water-proof, anti-corrosion
Force sensor electric specification
Power supply: 5~24VDC
Various optional output signal: 2.0mV/V, (if connect with amplifier, 4~20mA, 0~5V, 0~10V etc)
Input resistance: 380±10Ω
Output resistance: 350±3Ω
Insulation resistance: 2000MΩ
Force sensor construction
Alloy steel
Specifications | Technical data |
Rated capacity | 0.1 0.5 1 5 8 10 20 150 ton |
Output sensitivity | 1.5~2.0±0.002 mV/V |
Non-linearity | ≤±0.05 %F.S. |
Hystersis | ≤±0.05 %F.S. |
Repeatability | ≤±0.03 %F.S. |
Creep | ±0.03 %F.S./30min |
Temperature effect on output | ±0.02 %F.S./10℃ |
Temperature effect on zero | ±0.05 %F.S./10℃ |
Input resistance | 380±10 Ω |
Output resistance | 350±3 Ω |
Zero output | <±1 %F.S. |
Insulation resistance | ≥2000MΩ |
Operating temperature range | -25~+70 ℃ |
Safe overload | 150 %F.S |
Ultimate overload | 300 %F.S |
Recommended excitation voltage(without amplifier) | 5~12 Vdc |
Maximum excitation voltage(without amplifier) | 15 Vdc |
Material | Alloy steel |
IP protection | IP65 |
Force sensor electric specification
Power supply: 5~24VDC
Various optional output signal: 2.0mV/V, (if connect with amplifier, 4~20mA, 0~5V, 0~10V etc)
Input resistance: 380±10Ω
Output resistance: 350±3Ω
Insulation resistance: 2000MΩ
Force sensor construction
Alloy steel
Specifications | Technical data |
Rated capacity | 0.1 0.5 1 5 8 10 20 150 ton |
Output sensitivity | 1.5~2.0±0.002 mV/V |
Non-linearity | ≤±0.05 %F.S. |
Hystersis | ≤±0.05 %F.S. |
Repeatability | ≤±0.03 %F.S. |
Creep | ±0.03 %F.S./30min |
Temperature effect on output | ±0.02 %F.S./10℃ |
Temperature effect on zero | ±0.05 %F.S./10℃ |
Input resistance | 380±10 Ω |
Output resistance | 350±3 Ω |
Zero output | <±1 %F.S. |
Insulation resistance | ≥2000MΩ |
Operating temperature range | -25~+70 ℃ |
Safe overload | 150 %F.S |
Ultimate overload | 300 %F.S |
Recommended excitation voltage(without amplifier) | 5~12 Vdc |
Maximum excitation voltage(without amplifier) | 15 Vdc |
Material | Alloy steel |
IP protection | IP65 |
Force sensor dimensions:
Force sensor dimensions:
Force sensor order guide:
Force sensor order guide: