S Type Aluminum Alloy Load Cell 3kg Electronic Weighing System Low Cost Load Cell 25kg
S Type Aluminum Alloy Load Cell 3kg Electronic Weighing System Low Cost Load Cell 25kg
S Type Aluminum Alloy Load Cell 3kg Electronic Weighing System Low Cost Load Cell 25kg
Dimension:
Description
S-type Load Cells have been designed for measuring static and dynamic tensile and compressive forces.
Advantages of S-type Load Cells:
Quick to install thanks to off-center load compensation at the factory (per OIML R60),and you benefit from a new generation of high-precision, S-type load cells. Be it force measurement in machines, test benches and production lines or tests in development: S-type load cells are the reliable and safe choice for precise force measurement – providing compelling benefits for you.
Model Mini031 load cells are designed to this “S-type”and manufactured from high quality aluminum alloy of aviation standard. Mini031 load cells can be used to measure loads range from 2kg to 50kg with the measuring accuracy of 0.05% R.O.( R.O.=Rated Output) and 1mV/V output signal.
Mini031 load cells are mainly used for crane scales,hopper scales,tensile testing,test benches and machine testing.
Features
◎S-type load cells
◎Capacity:2kg,…,50kg
◎Accuracy:0.05% R.O.
◎Low cost
◎Aluminum construction with surface anodized
◎Environment protection class:IP65
Applications
◎Crane scales ◎Hopper scales
◎Test benches ◎Tensile testing
◎Tension control ◎Machine testing
Specification:
| Model | Mini031 | Excitation,Recommended | 3－5VDC |
| Rated Capacity | 2/5/10/20/30/50Kg | Excitation,Maximum | 6VDC |
| Accuracy Class | S | Operating Temp.Range | -20－+60℃ |
| Rated Output | 1.0±10%mV/V | Safe Overload | 150%R.C. |
| Zero Balance | ±10%R.O. | Ultimate Overload | 200%R.C. |
| Input Resistance | 1130±20Ω | Insulation Resistance | ≥2000MΩ(50VDC) |
| Output Resistance | 1000±10Ω | Cable,Length | ø0.8mm×0.1m |
| Linearlty Error | ±0.05%R.O. | Protection Class | IP65 |
| Repeatability Error | ±0.05%R.O. | Temp.Effect on Output | ±0.05%R.O./10℃ |
| Hysteresis Error | ±0.05%R.O. | Temp.Effect on Zero | ±2%R.O./10℃ |
| Creep in 30 Min. | ±0.05%R.O. | Compensated Temp.Range | -10－+40℃ |
