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SM6F S-type sensor
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  • SM6F S-type sensor

SM6F S-type sensor

This sensor uses alloy steel or stainless steel material, with an S-type parallel beam structure. It is produced using imported American raw materials and proprietary processing technology from BEAN Company of the United States. Suitable for: testing machines, hopper scales, crane scales, push-pull force gauges, riveting machines, welding machines, cold and hot pressing laminating machines, keyboard button feel testers, and other tensile and compressive testing instruments, automation equipment fields, and industrial measurement fields. Features: bidirectional tensile and compressive load bearing, good stability, high precision, compact structure, and easy installation.

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Overview

This sensor uses alloy steel or stainless steel material, S type parallel beam. It is produced using imported American raw materials and proprietary processing technology from BEAN Company of the United States. Suitable for: testing machines, hopper scales, crane scales, push-pull gauges, riveting machines, welding machines, hot and cold pressing laminating machines, keyboard button feel testers, and other tensile and compressive testing instruments, automation equipment fields, and industrial measurement fields.

Features

Bidirectional tensile and compressive load bearing, good stability, high precision, compact structure, easy installation.


Dimensions (In mm. 1mm=0.03937 inches)


 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 


 

Circuit Diagram:


Technical Parameters:

 

Item Type

Technical parameters

Measurement Range
Nominal load range

500 ~5000kg

Operating Voltage
Power supply

10~12 VDC

Zero Balance

Zero balance

1.0 ± % of rated output

Analog Output
Analog output

2.0±0.015mV/V

Input Impedance

Input resistance (Rlc)

380 ± ( ohms )

Output Impedance

Output resistance (Ro)

350 ± ( ohms )

Insulation Resistance

Insulation resistance

5000 M Ω( Mege-Ohms )

Overall Accuracy
Class precision

0.05%FS

Temperature Drift
Effect of temperature

0.05%FS/10℃

Operating Temperature
Operating temperature

-40 ~ +85℃

Safe Overload
Safe Load Limit

200% FS

Yield Point  
Safety margin against yielding

300% FS

Breaking Point
Safety margin against breakage

500% FS

Material
Material material

High-performance alloy steel or (chromium ratio > 15% stainless steel)
High performance alloy steel or (chromium ratio>15% stainless steel)

Protection Class
Protection type

IP67

 

 

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