Find high quality micro load cell /kitchen scale load cell laa-b with competitive price here. Please rest assured to buy micro load cell /kitchen scale load cell laa-b with Xiamen Loadcell Technology Co.,Ltd

Features

• parellel bending beam/miniature load cells

• capacity:1kg,...,20kg

• accuracy:0.05%R.O.

• low profile

• micro structure

• aluminum construction with surface anodized

• environment protection class:IP65

Applications

• pocket scales

• kitchen scales

• postage scales

• portable scales

• jewellery scales

• small balances

• other platform scales

• coffee machine weighing systems

Description

LCT 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.

Advantages of LCT Single Point Load Cells/Miniature 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.These load cells are moment insensitive.

Model LAA-B load cells are designed to this “single point/miniature”type and manufactured from high quality aluminum alloy of aviation standard. LAA-B oad cells can be used to measure loads range from 1kg to 20kg with the measuring accuracy of 0.05% R.O.( R.O.=Rated Output)

LAA-B load cells are mainly used for pocket scales,kitchen scales,postage scales,portable scales,jewellery scales,small balances,other platform scales and coffee machine weighing systems.

Dimension

Electronical Connection

Technical Data

Miniature load cells		LAA-B
Rated Capacity	1,3,5,10,20(kg)	Excitation,Recommended	=6VDC
Accuracy Class	S	Operating Temp.Range	-10-+40?
Rated Output	1.0±20%mV/V	Safe Overload	150%R.C.
Zero Balance	±0.1 mV/V	Insulation Resistance	=2000MO(50VDC)
Input Resistance	1130±20OO	Cable,Length	ø0.8mm×0.2m
Output Resistance	1000±10OO
Linearlty Error	±0.05%R.O.
Repeatability Error	±0.05%R.O.
Hysteresis Error	±0.05%R.O.
Creep in 2 Min.	±0.05%R.O.
Temp.Effect on Output	±0.05%R.O./10?
Temp.Effect on Zero	±2%R.O./10?