Model 3632 Compression Donut Load Cell features a smooth thru-hole design for use in applications which require the load structure to pass through the cell. The hollow load cells are available for compression only loads in capacities of 25K, 50K and 100K lbs. For optimum performance, this load cell must be mounted between load surfaces which are flat and parallel.
The compact Model MPB Load Cells are designed for applications requiring high capacity yet where space restrictions require that the cell be small in size. The Model MPB will measure compression load forces in ranges between 15,000 to 2,000,000 pounds.
Applications include impact testing and mine shaft roof simulations. The diameter of these load cells range between 1.25 in and 10 in while the height ranges between approximately 0.63 in and 14 in depending on the load range desired.
Compression-torsion composite force sensor;The mutual interference error of the two signals is small;
Low height and easy to install;Accept customized specifications;
Used in automobile press assembly, automated assembly, 3C product testing, new energy product assembly, medical testing,Robotics, mold assembly and other industrial test, measurement and control systems.
These low profile load washers are our Series MIN845 compression load cells. Their thru-hole configurations are miniature, making them perfect for measuring tension on fasteners. Each unit is made from stainless-steel and comes available in a varied selection of special and standard inside and outside diameters.
These canister style Series CNR960 load cells are suitable for tension / compression applications. They have been designed specifically for use in high accuracy and capacity applications, both for testing and measurement purposes. When you are looking for load cells that can resist the impacts of off-axis loading and extraneous bending, our Series CNR960 load cells are what you need.
The load cells of the Series CNR950 are specially designed to meet the purpose of compression force applications. These load cells incorporate a compact canister design on top of an integral spherical load button. It is made of welded stainless steel, ensuring that it is able to withstand even the harshest applications environments.
The micro-load button sensor is designed for pressure or in-line compression applications and is made of robust 17-4 PH stainless steel. It offers high accuracy and stiffness with a nonlinearity of 0.2% and a nominal deflection of 0.05mm.
Most of our microload button sensors can be modified or customized to meet your requirements, and many are available for quick delivery from our stock.
The standard micro-load button sensor, designed for pressure or in-line compression applications, has a robust 17-4 stainless steel construction with an OD of φ10mm and a height of 6mm. They have a fully welded construction with excellent repeatability.
Designed for pressure or in-line compression applications, the micro-load button sensor is made of robust 17-4 PH stainless steel and is equipped with a 4-meter long 29 AWG 4-conductor shielded teflon cable. It offers high accuracy, a nonlinearity of 0.5% and a nominal deflection of 0.05mm.
The micro-load button sensor features ultra-fast response and robust strain relief design and is made of robust 17-4 PH stainless steel. It has a nonlinearity of 0.5% and a nominal deflection of 0.05mm.
The load button force sensor features threaded mounting holes and a robust 17-4 stainless steel construction. It has complete internal temperature compensation (no external regulating circuitry) and an ultra-compact design with low weight.
Micro load button sensors are designed for pressure or in-line compression applications, utilizing metal foil strain gauge technology. It is made of strong 17-4 stainless steel and has a compact, ultra-thin design. Dimensions can be customized.
Ultra-thin micro-load button sensor, designed for pressure or in-line compression applications, made of robust 17-4 PH stainless steel. It has threaded mounting holes, a height of only 5mm and a nonlinearity of 0.5%.
It is a micro-load button sensor designed for press or in-line compression applications. This high-precision sensor has a nonlinearity of 0.2% and can be modified or customized to meet specific requirements.
