KWT1C80/130 series is a kind of column structure load cell, which both sides designed with double flanges to locating the position of mounting. The middle of load cell adopts through-hole design to meet the special requirements in the use process. This series has two size, the diameter of KWT1C80 is 80mm, the range is 25kN to 50kN, the KWT1C130 is 130mm and its range is 100kN. We also support customization on size and range as your needs.

1. Alloy steel/Stainless steel;

2. High accuracy digital truck scales load cell with 1,000,000 counts

3.Suitable for electronic truck scale, track scale and other electronic weighing devices.

This product is simple in structure design and low in cost. The design of its sealing diaphragm changes the complicated process of matching the shell in the past, overcomes the defect that the shell of the traditional sensor is easy to be damaged due to deformation, and greatly improves the sealing performance of the sensor. Compared with the traditional column sensor, the sensor with this structure has higher accuracy in linearity, lateral resistance, torsion resistance and azimuth error.
This small size is suitable for the production and testing of 3C digital products. Traditional column sensors are widely used in various electronic weighing equipment such as track scales, hopper scales and platform scales.

KWT1S55 is a small range and high-precision tensile and compressive force sensor. Its main body is designed with an aluminum alloy structure, and its top is equipped with a compressive loading head, which is convenient for customers to apply pressure to the heart.

This column sensor has the advantages of low height, large contact area, high comprehensive accuracy and convenient installation. Different measuring ranges and sizes can be customized.
It is mainly used in various electronic weighing equipment and tensile force detection equipment with large stress area, such as press-fitting equipment, mobile phone assembly, small pressure platform,
testing machine, press-fitting machine, oil press, cold and hot press, electronic hook scale hopper scale, etc.

Widely used in auto press assembly, automated assembly, 3C product testing;
New energy product assembly, medical testing, robot, mold assembly and other industrial test, measurement and systems.

Material: stainless steel, Aluminum alloy

Size: Overload Protection High precision

Column type, hermetically sealed structure, IP68 compression, fast response, strong anti-overload, upper ball head load bearing.

Simple install, easy to use, suitable for electronic truck scale, dynamic railroad scale and big capacity hopper scale, etc.

Column load cell with flange type body combined is an excellent performance weight measurement device for 5 ton/10 ton to 30 ton load measurement optional. It is made of high-strength alloy steel, which is robust and ensures stable operation in harsh environments.

SC4810은 대용량 압축 어플리케이션의 계량에 이상적인 캐니스터형 컬럼 로드셀입니다. 10톤부터 300톤까지 다양한 용량으로 제공됩니다. IP68 등급의 견고한 내구성을 갖추고 있어 열악한 환경에서도 사용 가능합니다.

The SC4810 is canister style column load cell ideal for weighing in large compressive applications. It is available in a wide variety of capacities from 10 Tonnes to 300 Tonnes. It is rugged and rated at IP68 for harsh environments.

This product has a simple structural design and low cost. The design of its sealing membrane changes the cumbersome process of requiring a matching housing in the past, overcomes the defect of the housing of traditional sensors being easily damaged due to deformation, and greatly improves the sealing performance of the sensor. Compared with traditional column sensors, this type of sensor achieves relatively high accuracy in linearity, lateral resistance, torsion resistance, and azimuth error.
Traditional column sensors are widely used in various electronic weighing devices such as track scales, hopper scales, platform scales, etc.

KWT1D52H is a big-range compact-design column load cell. It is made of 17-4PH material, and its rated range is 200kN. The sensor has a rasied surface radius to reduce the possibility of off-center load.