Acceleration Cell Type BB

The BB acceleration cell measures acceleration by means of a differential capacitor made of silicon, in which the deflection of the middle capacitor plate is measured. It was specially developed for dynamic weighing.

Thanks to its compact dimensions, the robustness of the sensor and its solid stainless steel housing, it can be mounted close to the center of gravity of the object to be weighed and thus accurately measure its acceleration.

Beschleunigungszelle Typ BB
Acceleration Cell Type BB
Functionalities

More product information

  • Robust load cell for use on vehicles
  • Calibratable, tested according to OIML R60
  • Stainless steel housing, extremely robust
  • High accuracy and signal stability
  • Overload-proof up to 2000g acceleration
  • IP68 protection class
  • Integrated calibration memory

Dynamic weighing, container scales, lifting platform scales, bulk scales for waste collection vehicles, robot arms with integrated weighing system.

S046E-03_Accelerometer_BB4W
Products

Discover more products

Discover more exciting products from the world of digital weighing technology.

Neigezelle Typ BJ
Tilt Cell Type BJ
Learn more
Tilt Cell Type BJ
Product consultation

We look forward to advising you personally by phone or video call.

Do you have specific questions about our products and solutions and would like personal advice?

Please use our product consultation form and we will get back to you at the times you specify and advise you individually on your requirements.

Freiburgstrasse 65, CH-3280 Murten
First name *
Last name *
Email *
Area code *
Phone number *
Available days (multiple choice)
Time zone in Germany (GMT+1)
Available time frame (multiple choice)
Time zone in Germany (GMT+1)
In which area would you like consulting?
Which solution can we consult you on?
Select a warehouse management system
Which product would you like us to consult you on?
Message
Privacy Policy *

Do you prefer personal consultation?

No problem — simply contact us using the phone number or email below. Alternatively, you can use our callback form and we will call you back.