They are used widely in mechanical testing, ongoing system monitoring, and as components in devices such as industrial scales. Read More…
Strainsert CompanyWest Conshohocken, PA | 610-825-3310
Our load cells are manufactured with the highest attention to detail at all stages. Whether it is through the design stage, engineering stage, or through hundreds of tests run daily, we ensure that our products outshine all competitor products.$$$
ATI Industrial Automation, Inc.Apex, NC | 919-772-0115
We supply Multi-Axis Force/Torque Sensors. Our F/T Sensors measure all six components of force and torque. ATI F/T transducers use silicon strain gauges for low-noise and high overload protection.$$$
TyTek IndustriesWest Chester, OH | 513-874-7326
At TyTek Industries we manufacture load cells to suit all capabilities. Our expertise has provided insight and load cell solutions for a range of customers and industries. Our engineering team’s philosophy ensures we do everything humanly and technologically possible to match your requirements with quality, cost and delivery. We’re here to help you carry the load.$$$
Load Cell CentralMilan, PA | 800-562-3235
Founded in 1985, Load Cell Central has firmly established its reputation as a leader in load cell manufacturing, custom weighing system integration, and first-class load cell repairs. Load Cell Central offers a wide variety of popular load cell and component configurations for virtually every new or old weighing system, scale or component replacement possibility. Technical and after-sale support, attention to detail and to your special requirements, are unmatched in the industry.$$$
HBM, Inc.Marlborough, MA | 800-578-4260
For nearly 70 years, the name HBM has stood for reliability, precision and innovation all over the world. HBM offers products and services for an extensive range of measurement applications in many industries. HBM's product range covers sensors, transducers, strain gauges, amplifiers and data acquisition systems as well as software for structural durability investigations, tests and analysis.$$$
SENTRAN, LLCOntario, CA | 888-545-8988
SENTRAN's corporate charter is to manufacture and market premium quality load cells. SENTRAN serves the biomedical, pharmaceutical, food and beverage, material handling, aerospace, automotive, agricultural, fitness and health, petrochemical and off-shore industries. SENTRAN’s experienced and knowledgeable workforce is capable and ready to find the solution that’s right for you. Call now!$$$
The measuring of levelness and tension is the main purpose of force sensors. The information that they monitor is then signaled to a recorder or other computerized data collection system. Force sensors can utilize analog or digital technology for the recording and transferring of information, just like load cells do.
The two major styles of measurement done are compression and tension; compression is a negative measurement force on a single axis, while tension is a positive measurement force also done on a single axis.
Another common style is shear, which is done on two axes that are offset. When they are used to measure any variance in certain ongoing systems, such as gas lines, they can sound an alarm or shut down the system itself until the discrepancy is corrected.
Such pieces of machinery are also used in a variety of larger measuring devices used in industrial manufacturing, food processing, construction, aerospace, chemical plants, and automotive industries.
Force sensors can vary greatly in size and shape depending on the type of use. The two basic components of a force sensor are the sensing element and circuit. The sensing element is most often a strain gauge, which is comprised of a coil; the circuit is the connection of these gauges throughout the force sensor. However, it can also be a piezoelectric sensor that functions by way of a crystal but still gets the same sort of results.
Force sensor outputs include analog voltage, analog current, analog frequency, switch or alarm, serial, and parallel.
The most basic designs consist of four gauges, which make up the measuring circuit. More complex and detailed sensors can have up to thirty gauges as part of the measuring circuit. The more gauges inside the force sensor, the more sensitive the sensor is in recording and monitoring variance in measurement. The formation of these gauges and circuits is usually set up according to the Wheatstone bridge equation, which was developed during the early eighteen thirties.