Tension Control Load Cell Las-h - Xiamen Loadcell Technology Co.,ltd

Tension Control Load Cell Las-h

PRICE: contract price
Xiamen Loadcell Technology Co.,ltd
Contact Person:
Mingjun Chen

Product Description
Xiamen Loadcell Technology Co.,Ltd is one of the best tension control load cell las-h manufacturers and suppliers in China, welcome to buy cheap and high-quality tension control load cell las-h OIML and NIEP from us.FeaturesS-type load cellscapacity:1kg,...,5kgaccuracy:0.03% R.O.aluminum construction with surface anodizedenvironment protection class:IP65Applicationscrane scaleshopper scalestensile testingtest benchestension controlmachine testingDescription LCT S-type Load Cells have  been designed for measuring static and dynamic tensile and compressive forces.Advantages of LCT S-type Load Cells:Quick to install thanks to off-center load compensation at the factory (per OIML R60),and you benefit from a new generation of high-precision, S-type load cells. Be it force measurement in machines, test benches and production lines or tests in development: LCT S-type load cells are the reliable and safe choice for precise force measurement - providing compelling benefits for you.Model LAS-H load cells are designed to this “S-type”and manufactured from high quality aluminum alloy of aviation standard. LAS-H load cells can be used to measure loads range from 1kg to 5kg with the measuring accuracy of 0.03% R.O.( R.O.=Rated Output) and 1.2mV/V output signal.LAS-H load cells are mainly used for crane scales,hopper scales,tensile testing,test benches,tension control and machine testing.Dimension Electrical Connection Technical DataS type load cells LAS-H Rated Capacity1,2,5 (kg)Excitation,Recommended5-12VDCAccuracy ClassBExcitation,Maximum 18VDCRated Output 1.2±3%mV/VOperating Temp.Range-20-+60℃ Zero Balance±5%R.O.Safe Overload150%R.C.Input Resistance405±10ΩUltimate Overload200%R.C.Output Resistance350±3ΩInsulation Resistance≥2000MΩ(50VDC)  Cable,Lengthø3mm×0.1m *Linearlty Error±0.03%R.O.Protection ClassIP65Repeatability Error±0.02%R.O.  Hysteresis Error±0.02%R.O.  Creep in 30 Min.±0.03%R.O.  Temp.Effect on Output±0.03%R.O./10℃  Temp.Effect on Zero±0.05%R.O./10℃  Compensated Temp.Range-10-+40℃
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