Seven press force sensors from Kistler Instruments, provide full coverage from 0.1 to 700 kN. The ability to switch the measuring range, when using suitable amplifiers, bolsters this advantage to meet the needs of production and measuring stations handling a greater variety of parts.
The piezoelectric sensor element provides a compact design with a low sensor weight, offering significantly smaller dimensions and mass than equivalent strain gauge devices. However, the wide-range measuring chain also offers critical advantages in laboratory applications, where frequent changes of sensor are common practice and the extremely high degree of overload protection eliminates the need for involved protective measures when using the lowest measuring ranges.
The range of seven force sensors has been developed specifically for use in production environments, especially for quality assurance monitoring in assembly applications. The piezoelectric sensors cover measuring ranges from 10kN to 700kN and are supplied as standard with 1%, 10% and 100% measuring range calibrations. In most applications, the sensors may be fitted directly into presses, punches and rams but, where this is not possible, a variety of flanges and adapters are available.
Kistler Group
The Swiss-based Kistler Group is a leading global supplier of dynamic measurement technology for pressure, force, torque and acceleration. Kistler’s technology is used to analyse physical processes, control industrial processes and optimize product quality.
Kistler has a full range of sensors, electronics and systems for engine development, vehicle technology, assembly technology, plastic and metal processing as well as for biomechanics.
The Group maintains its global presence through 28 sales and manufacturing companies, with tech centres on all continents and more than 30 agencies, enabling the Group to maintain local contact with customers and offer individualized application support.
The Kistler Group employs 1,200 people and generated revenues of CHF 279 million (GBP 193M) in 2012.