FUTEK LSB205 anti fatigue micro S-type force sensor (tension and pressure sensor)

NegotiableUpdate on 11/04

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Range: 2.5~445.0 N, rated output: 1~2 mV/V, nonlinearity: ± 0.1% R.O., hysteresis: ± 0.1% R.O., safe overload: 200~1000% R.O., operating temperature: -51~93 ℃, maximum excitation (DC/AC): 10V

Product Details

characteristic:

Up to 10 times overload protection

Good nonlinearity

Miniature size

Can be used for stretching and compressing lightweight materials

Application:

Medical bag weighing

Cable tension measurement

Force measuring platform

Product Introduction

LSB205 is FUTEK's new generation anti fatigue micro S-type force sensor. The characteristics of LSB205 are high elasticity of stainless steel material, high ability to withstand eccentric loads, long fatigue life, and rated overload protection up to 1000% R.O. The sensor has a height of only 0.75 inches and a testing range covering 250g - to 445N. As a new type of anti fatigue micro force sensor, LSB205 is equipped with an IEEE 1451.4 standard TEDS chip and Pt1000 temperature sensor, as well as a 7-pin quick connect nano socket. The standard LSB205 can also be modified and customized to meet your requirements. All of our force sensor product lines are manufactured in the United States and use metal foil strain gauge technology.

Product Specifications
performance
range	2.5,4.5,8.9,22.2,44.5,111,222,445 N
nonlinear	±0.1% of RO
Hysteresis	±0.1% of RO
non-repeatability	±0.05% of RO
electrical
rated output	1~2 mV/V
motivate	10（VDC or VAC）
Bridge resistance	350~1000 Ohm nom
insulation resistance	≥500 MOhm @ 50 VDC
cable	Non integrated cable, 7-core FUTEK Nano quick plug connector
mechanical
weight	9 g
overload protection	200%-1000% of RO
material	stainless steel
Protection level	IP40
Operating Temperature
Operating temperature	-50 to 93 ℃
compensation temperature	15 to 72 ℃
Temperature drift zero point	0.009% of RO/°C
Temperature drift range	0.009% of Load/°C
calibration
Calibration voltage	5 VDC
Calibration (standard)	Pull towards 5 o'clock