Products

PRODUCT CENTER

SM-LLB300 push-button sensor
+
  • SM-LLB300 push-button sensor

SM-LLB300 push-button sensor

This sensor uses alloy steel or stainless steel material and features a low-profile diaphragm structure. It is manufactured using imported US raw materials and proprietary processing technology from BEAN Company of the USA. It features laser-sealed welding and pressure-bearing design. It is mainly used in industrial testing systems such as testing machines, vehicle scales, hopper scales, and warehouse scales, as well as various metering equipment.

Description Overview

This sensor uses alloy steel or stainless steel Material with a low-profile diaphragm structure It is manufactured using imported US raw materials and BEAN company's proprietary processing technology. Laser sealed welding, pressure bearing It is mainly used in industrial testing systems such as testing machines, vehicle scales, hopper scales, and warehouse scales, and various metering equipment.


Features:

Strong anti-overload capacity, good impact resistance,

High precision Corrosion resistant,

Compact size, easy installation


Dimensions Dimensions    In mm. 1mm=0.03937 inches


Circuit Diagram Circuit Diagram:


Specification Technical Parameters

Item Type

Technical parameters

Measurement Range
Nominal load range

111N222N445N1112N2224N4448N

Sensitivity
Sensitivity

1.0mV/V222N1112N

2.0mV/V111N445N2224N

2.5mV/V4448N

Overall Accuracy  
Class precision

0.25 %FS

Input Impedance

Input Impedance Impedance

730 ± 5

Output Impedance

Output Impedance Impedance Impedance

700 ± 1

Zero Output

Zero Balance Balance

0 .1%FS

Operating Voltage  
Power supply

18 VDC

Temperature Drift  
Effect of temperature

0.05%FS/10℃

Temperature Compensation
temperature compensation

-10~ 65℃

Operating Temperature  
Operating temperature

-40 ~ +85℃

Safety Overload  
Safe Load Limit

150% FS

Material
Material

17-4 PH stainless steel

Protection Class  
Protection type

IP64 (IEC60529)

 

Keywords:

Related Applications

undefined

undefined