8527 High precision compression load cell

• Features

  • Measuring ranges from 0 ... 500 N to 0 ... 100 kN
  • Relative non-linearity: ≤ ±0.035 % F.S.
  • Highest precision and manufacturing quality
  • Static and dynamic measurements
  • Protection class IP65
  • Made of high quality stainless steel
  • With standardized output signal
  • WKS (Factory Calibration Certificate) or DKD/DAkkS (Deutsche Akkreditierungsstelle GmbH - German Accreditation Body) calibration optional
  • Simplest mounting
  • burster TEDS optionally available

• Product data

  Model	8527
  Measuring range	0 .. 500 N 0 … 1 kN 0 … 2 kN 0 … 5 kN 0 … 10 kN 0 … 20 kN 0 … 50 kN 0 … 100 kN
  Direction of force	Compression
  Standardization	Yes
  Signal output	1.5 mV/V
  Protection class	IP65
  Overload protection	No
  Pull-plate	No
  Load introduction button	Yes
  Range of operating temperature	-30 ... +80 °C
  Specific characteristics	Measuring ranges from 0 ... 500 N to 0 ... 100 kN Very high linearity ≤ ±0.035 % F.S. Highest precision and manufacturing quality Static and dynamic measurements Protection class IP65 Made of high quality stainless steel With standardized output signal WKS (Factory Calibration Certificate) or DKD/DAkkS (Deutsche Akkreditierungsstelle GmbH - German Accreditation Body) calibration optional Simplest mounting burster TEDS optionally available

• Description

  The model 8527 high-precision compression load cell is the ideal load cell for reference measurement chains where highly precise measurement results are required. Its very high production quality and extremely low non-linearity of just 0.035 % F.S. make it a dependable choice for comparative measurements and calibration tasks.

  Designed for a dynamic stress of up to 100 % of the full scale value, the model 8527 load cell is also suitable for situations where a rapid signal change with high amplitude occurs and has to be measured.

  The model 8527 high-precision compression load cell has a domed load button on top, onto which the compressive load being measured is applied. Inside the load cell is an elastic membrane, on which strain gages generate a resistance change in the measuring bridge and an output signal proportional to the load. For the best possible measurement results, the force should be applied axially and centrically to the load button. The mounting surface should ideally be hardened (60 HRC) and should not bend under the applied load.

• Data Sheet & Downloads

  Data sheet

  8527

  DEENPL

  Brochure

  Load sensors for production, automation, R&D and quality assurance

  DEEN

  Further info

  Load experts

  DEEN

• Videos

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  Example showing load cell fitted under pre-load with extreme overload protection 

  
  

  Youtube channel

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