SL5121/SL5122 Belt Scale Single Point Load Cell
For customised ranges, accuracy, dimensions and other parameters, please contact us.
Product FeaturesMulti-axis force sensor is a kind of force sensor which can measure the force and torque components in more than two directions simultaneously. Multi - axis force sensors are divided into two - axis force sensors, three - axis force sensors and six - axis force sensors. The three-axis force sensor can simultaneously detect the change of force value in three directions, X axis, Y axis, Z axis (vertical force), and output three groups of voltage signals. Three-dimensional force sensor, high-speed sampling, high-speed dynamic response, anti-interference, long-term stable performance, sensitive response; |
Technical Specifications
Specfications | Technique |
Maximum capacity (Emax) | 50,100,150,200,250,300,400,500,600,750kg;1.0,1.5,2.0t |
Accuracy class | C3 |
Maximum number of load cell intervals (nLC) | 3000 |
Ratio of minimum LC verification interval Y=Emax / Vmin | 10000 |
Combined error | ≤ ±0.020%FS |
Creep | ≤ ±0.016%FS/30min |
Temperature effect on sensitivity | ≤ ±0.011%FS/10℃ |
Temperature effect on zero | ≤ ±0.015%FS/10℃ |
Output sensitivity (=FS) | 2.0±0.2mV/V |
Input resistance | 384±4Ω |
Output resistance | 351±2.0Ω |
Insulation resistance | ≥ 5000MΩ(50VDC) |
Zero balance | ≤ ±1.5%FS |
Compensated temperature | -10 ~+40℃ |
Operating temperature | -35 ~+70℃ |
Excitation recommended voltage | 5 ~ 12VDC |
Excitation maximum | 18VDC |
Safe overload | 150%FS |
Ultimate overload | 300%FS |
Corner correction | 0.02%load value/100mm |
ATEX classification (optional) | II1GExia II1CT4/II1DExiaD20 T73℃/ II3GExnLIICT4 |
Wiring | Red: Input+, Brown:Sense+,Blue: Output+, Shield: Transparent, Black: Sense-, Yellow:Input-,White: Output- Adopt shielded, 4 conductor cable: φ6.2mm; Standard cable length: 3m |
Product Dimensions
Installation size
Load Direction
Wiring Diagram
Accurate measurement with matching display
The output of the force measuring and weighing sensor itself is an MV signal, which needs to be amplified and convertedto display numerical values or output signals to the upper computer, PLC, etc.
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