Micro Load Sensor Electronic Balance Load Cel Counting Scales Loadcell for Scales Oiml Low Cost
Micro Load Sensor Electronic Balance Load Cel Counting Scales Loadcell for Scales Oiml Low Cost
Micro Load Sensor Electronic Balance Load Cel Counting Scales Loadcell for Scales Oiml Low Cost
Dimension:
Description:
SensorWorld Single Point Load Cells have been designed such that their excellent mechanical and measurement properties can be optimally used in a wide range of applications. A Single Point Load Cells is also called Platform Load Cell.
Advantages of SensorWorld Single Point Load Cells / Platform Load Cells:
Quick to install thanks to off-center load compensation at the factory (per OIML R60),and only one unit is sufficient to build up a scale.
Model MiNi052 load cells are designed to this “single point”type and manufactured from high quality aluminum alloy of aviation standard. MiNi052 load cells can be used to measure loads range from 4kg to 30kg with the measuring accuracy of 0.02% R.O.( R.O.=Rated Output)
MiNi052 load cells are mainly used for price computing scales,counting scales,weighing scales,retail scales and packing machinerys.
Features:
◎Parellel bending beam
◎Capacity:4g,…,3kg
◎Accuracy:0.02R.O.
◎Recommended platform size:200*200MM
◎Aluminum construction with surface anodized
◎Environment protection class:IP65
Applications:
◎Price computing scales
◎Counting scales
◎Weighing scales
◎Retail scales
◎Packing machinerys
Technical Data:
| Model | MiNi052 | Excitation,Recommended | 5－12VDC |
| Rated Capacity | 4/6/10/20/30 kg | Excitation,Maximum | 18VDC |
| Accuracy Class | G | Operating Temp.Range | -20－+60℃ |
| Rated Output | 2.0±5%mV/V | Safe Overload | 150%R.C. |
| Zero Balance | ±2%R.O. | Ultimate Overload | 200%R.C. |
| Input Resistance | 405±10Ω | Insulation Resistance | ≥5000MΩ(50VDC) |
| Output Resistance | 350±3Ω | Cable,Length | ø4mm×0.1m * |
| Linearlty Error | ±0.015%R.O. | Protection Class | IP65 |
| Repeatability Error | ±0.01%R.O. | Temp.Effect on Output | ±0.02%R.O./10℃ |
| Hysteresis Error | ±0.01%R.O. | Temp.Effect on Zero | ±0.02%R.O./10℃ |
| Creep in 30 Min. | ±0.02%R.O. | Compensated Temp.Range | -10－+40℃ |