1. Althensensors
  2. Sensorer
  3. 基米-雷克南aftsensorer

基米-雷克南aftsensorer

基米-雷克南aftsensorer mäter statiska och dynamiska drag- och tryckkrafter - exakt och under praktiskt taget alla förhållanden. Våra kraftsensorer är baserade på den beprövade mätprincipen för trådtöjningsgivare. Frånminiatyrkraftsensorertilldonutringskraftgivareoch böjbalkar till lastceller - vi erbjuder ett stort urval av sensorer för en mängd olikaapplikationerochbranscher. Vi hjälper dig gärna att välja rätt.

  • oberoende och kostnadsfri konsultation
  • anpassningsbar design
  • 菅直人integreras我ina system

Produkter

Skräddarsydd eller fullständig anpassning

Inte vad du letar efter?

Vi erbjuder standardkraftsensorer men kan också hjälpa dig med en kundanpassad design eller en komplett mätlösning.

Offert

  • Snabbt svar
  • Kostnadseffektiv
  • Skräddarsydd efter dina behov

Force Sensors & Load Cells for every application

Force Sensors can convert a force into an electrical signal. Their operation relies on measuring strain in a precision metal structure using foil strain gauges bonded to the surface of the metal. The structure can be built in a wide variety of forms depending on the force range and the application requirements. Our Load Cells range from 1 mN up to 10 Mega Newton.

Features and benefits

  • Precise: Our Force Transducers provide very accurate measurement data and record even the smallest forces. The measuring range is between 20 grams and 1,000 tons;
  • High performance: Unintended influences such as temperature fluctuations are compensated;
  • Versatile: The Force Gauges can be variably transferred to many geometric shapes;
  • Customized: Our broad product range adapts to your individual requirements.

Possible applications for Force sensors

  • Test benches
  • Research and Development
  • Drive and conveyor technology
  • Production Metrology
  • Process monitoring and quality control

Individual Force Sensor Solutions - perfectly tailored to your needs

We offer a wide range of Force Sensors. The strain gauge structure can be installed in a variety of shapes, depending on the force range and application requirements. There are, for example, annular or cylindrical force gauges, one-component and multi-component force sensors or special force transducers. Our sensors cover nominal forces from 10 N to 10 MN. The larger the nominal force, the larger load cells are needed. The nominal force refers to the maximum load of a sensor.

Thanks to our own development and manufacturing department, there are almost no limits. Upon request, we also combine different measuring channels for you - for example with other physical parameters such as pressure or displacement measurement. We integrate limit contacts and alarm devices for you or build our sensors into housings and control cabinets.

Modules of the measuring chain

An external Amplifier allows you to adapt the Force Sensor or Load Cell to your requirements. The Amplifier converts the measuring signal of the strain gauges into an industry-standard voltage or current signal. In addition, you can use it to connect several sensors in parallel or to balance a static zero point.

Strain Gauge Amplifiersare available in three standard versions:

  • for DIN rail mounting;
  • for wall mounting (also as IP housing);
  • and for a larger number of measurement channels also as a 19 "rack module.

We can also provide you with:

  • various assembly aids;
  • the complete wiring;
  • different signal visualizations and tools for measuring data acquisition.

Custom load cell solutions

You are designing a new product or machine, and somewhere a force or weight must be measured. The standard product range of force sensors and load cells don't offer a suitable solution. What now?

Then you probably are looking for a customized load cell that exactly fits your machine or application. By strategically looking at mechanical components in your application, we can change passive components into active sensors.

We offer custom load cells for OEM or Test & Measurement applications in which force, reaction torque, or weight must be measured based on strain gauge technology.