SL5125 Medium Capacity Single Point Load Cell
Category: Single Point Load Cell

For customised ranges, accuracy, dimensions and other parameters, please contact us.

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Product Features

Multi-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;
               And it is small in size and light in weight, can measure spatial acceleration, and can fully and accurately reflect the motion properties of objects.

Technical Specifications

SpecficationsTechnique
Maximum capacity (Emax)50/100/150/200/250/300/500/600kg
Output sensitivity(=FS)2.0+0.2mV/V
Accuracy classC3C4
Combined error±0.02%FS±0.015%FS
Creep±0.0167%FS/30min±0.0125%FS/30min
Temperature effect on sensitivity±0.0175%FS/10C±0.0131%FS/10C
Temperature effect on zero±0.02%FS/10C±0.012%FS/10C
Zero balance±2%FS
Compensated temperature-10~40℃
Operating temperature-35~65C
Input resistance406+6Ω
Output resistance350+3Ω
Insulation resistance≥5000MΩ(50VDC)
Excitation, recommended voltage5~12VDC
Excitation maximum18VDC
Safe overload120%FS
Ultimate overload150%FS
Protection ClassIP65
Cable specification5.9mm
Cable length3m
Recommended scale size600x600mm
Corner correction0.02% load value/100mm
Recommended torque on fixation20N.m
WiringRed: Input+, Blue:Sense+, Green: Output+, Shield: Transparent,
                   Yellow: Sense-, Black:Input-, White: Output-

Product Dimensions

Installation size

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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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