Xiamen Loadcell Technology Co.,Ltd is one of the best bench scale load cell lad-f1-a manufacturers and suppliers in China, welcome to buy cheap and high-quality bench scale load cell lad-f1-a OIML and NIEP from us.Featuresparellel bending beamcapacity:100kg,...,1500kgaccuracy:0.02%R.O.   connection with 6-wire shielded cablewith humidity resistant protective coatingOutput adjustment for parellel usingwith adjustable screw to provide mechanical protection against overloadingrecommended platform size:1000*1000MMaluminum construction with surface anodizedenvironment protection class:IP66Applicationsprice computing scalescounting scalesweighing scalesretail scalesbench scalesplatform scalesDescriptionLCT 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 LCT 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 LAD-F1-A load cells are designed to this “single point”type and manufactured from high quality aluminum alloy of aviation standard. LAD-F1-A load cells can be used to measure loads range from 100kg to 1500kg with the measuring accuracy of 0.02% R.O.( R.O.=Rated Output)LAD-F1-A load cells are mainly used for price computing scales,counting scales,weighing scales,retail scales,bench scales and platform scales.DimensionElectrical ConnectionTechnical DataSingle point load cells　LAD-F1-A　Rated Capacity100,200,300,500,635,800,1000,1500 (kg)Excitation,Recommended5－12VDCAccuracy ClassG Excitation,Maximum 18VDCRated Output 2.0±0.5%mV/VOperating Temp.Range-20－+60℃ Zero Balance±5%R.O.Safe Overload150%R.C.Input Resistance405±10ΩUltimate Overload200%R.C.Output Resistance350±3Ω Insulation Resistance≥5000MΩ(50VDC)  Cable,Lengthø6mm×2m *Linearlty Error±0.015%R.O.Protection ClassIP66Repeatability Error±0.01%R.O. 　Hysteresis Error±0.01%R.O.  Creep in 30 Min.±0.02%R.O.  Temp.Effect on Output±0.02%R.O./10℃  Temp.Effect on Zero±0.02%R.O./10℃  Compensated Temp.Range-10－+40℃