KUNWEI / KWT1C35 / 자동 조립용 중공 컬럼 로드셀

Bolt preload force sensor is a device used to measure and monitor the axial preload force of bolted connections. It can be used to improve the reliability and safety of bolted connections, preventing bolts from loosening or becoming too tight. It can reflect the contact interface stiffness and clamping force of bolted connections, and detect or quantify the degree of bolt tightening. The inner hole size can be customized according to non-standard specifications.

It should be widely used in auto press assembly, automated assembly, and 3C product testing;New energy product assembly, medical testing, robot, mold assembly;And other industrial test, measurement and system, easy to install.It can also be used in push and pull gauges, various industrial weighing systems, etc., with high dynamic response frequency.

Material: stainless steel

Size: Low height, Plane loading

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.

1.Made of stainless steel.

2.Laser welding sealing treatment, can be anti-oil, waterproof, anti-corrosive gases and media.

1.Made of stainless steel;

2. Suitable for proportioning control system, detecting equipment and other weighing devices.

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.

Model 41 is a low profile “pancake” type load cells. These bonded foil, strain gage load cells are engineered to measure loads from 5 lb to 500,000 lb. The tension/ compression Model 41 is designed with the threaded hole running completely through the center of the cell. Model 41 utilizes two stabilizing diaphragms, which are welded to the sensing member to reduce off-center and side-loading effects. It provides high performance in non-linearity, hysteresis, and repeatability specifications for such applications as tube mills, extruding processes and weighing. Each unit has a welded construction and can be hermetically sealed for added durability. Model 41 load cells are available with optional 0 Vdc to 5 Vdc or 4 mA to 20 mA output.

SC4818은 10톤에서 40톤까지의 압축 하중을 측정하도록 설계된 고하중 캐니스터형 로드셀입니다. 합금강 또는 스테인리스강으로 제작되어 혹독한 측정 환경에 적합하며 IP68 등급을 받았습니다.

The SC4818 is a heavy duty canister type load cell designed to measure compressive load in ranges from 10 Tonne to 40 Tonne. Built with either alloy steel or stainless steel it is suite for harsh measurement environments and is rated with an IP68 rating.

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.

이 센서는 고급 합금강으로 제작되었으며, 안정성이 뛰어나고 간섭에 강합니다. 공간 제약이 있는 환경에서도 설치가 가능하고, 다양한 산업 자동화 및 검사 분야에 적합합니다.

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.