Santwell is a load cell company specializing in R&D, production and sales of high precision weighing sensor products.
Our professional engineers have expertise in using technologies. It has a wide scope of range and is widely seen in the field(s) of Force Sensors & Load Cells. The long-term maintenance of strong market competitiveness is inseparable from the emphasis on talents and technology. In essence, product performance and its quality are largely decided by its raw materials. In terms of raw materials of 5V~18V 100KG High Precision Bending Beam Load Cell Weight Sensor For Trucks BBM, they have gone through plenty of tests on their chemical components and performance. In this way, the Load cells, Subminiature force transducers, miniature load cells, Intelligent load cells quality is guaranteed from the source.
Model Number: | BBM | Type: | Load Cell |
Place of Origin: | Zhejiang, China | Brand Name: | santwell |
Usage: | hopper scale, belt scale, blending system | Theory: | Resistance strain |
Output: | 2.0000±0.002mv/v | Description: | Bending beam load cell |
Rated Load: | 50kg/100kg/200kg/300kg/500kg | Sensitivity: | 2.0000±0.002mV/V |
Total Error: | ±0.1%F.S | Creep(30 minutes): | ±0.01%F.S |
Recommended Excitation Voltage: | 5V~18V(AC or DC) | Maximum Excitation Voltage: | 24V(AC or DC) |
Zero Balance: | ±1%F.S | Insulation Impedance: | ≥5000MΩ |
Safe Overload: | 150%F.S | Ultimate Overload: | 200%F.S |
Technical Parameter | ||||
Rated Load | kg | 50kg/100kg/200kg/300kg/500kg | ||
Sensitivity | mV/V | 2.0000+0.002 | ||
Total Error | %F.S | 0.1 | ||
Creep(30 minutes) | %F.S | 0.01 | ||
Recommended Excitation voltage | V | 5~18 (AC or DC) | ||
Maximum Excitation Voltage | V | 24 (AC or DC) | ||
Zero balance | %F.S | 1 | ||
Input Impedance | Ω | 385+1 0 | ||
Output Impedance | Ω | 350+5 | ||
Insulation Impedance | MΩ | ≥5000 | ||
Safe Overload | %F. S | 150 | ||
Ultimate Overload | %F. S | 200 | ||
Operating Temperature Range | °C | ( -30~+70 ) | ||
Compensated Temperature Range | °C | ( -20~+60 ) | ||
Temperature Effect On Load | °C | +0.02%F.S/10 | ||
Temperature Effect On Zero | °C | +0.02%F.S/10 | ||
Construction | Alloy Steel | |||
Protection Class | Ip68 | |||
Citation | GB/T7551-2008/OIML R60 |
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