Force Transducers Calibration

.The HBK calibration laboratory offers many advantages when it comes to calibrating your force transducer in the range from 2.5 N to 5 MN - an extremely wide range. From the cost-effective calibration of industrial sensors to the transfer standard that meets the highest demands.

Request a service

Traceable

ISO 17025 certification.

Direct traceability to the German National Metrology Institute (PTB).

Assessment of the calibration laboratory by independent experts at regular intervals.

Benefit from calibration certificates with minimal measurement uncertainty, directly traceable to the National Standard.

Precise

Calibration machines with minimal measurement uncertainty (in non-state calibration laboratories).

Dead-load machines (sensors are loaded with weights in the Earth’s gravity field) up to 240 kN, extraordinary for a private calibration laboratory.

Machine accuracy up to 0.005% with compressive loading or 0.008% with tensile loading.

Competence up to 5 MN for tensile and compressive loading.

Optimize your measurement uncertainty assessment using the actual transducer characteristics - instead of data sheet specifications only.

Individual

Choice of different calibration standards:

ISO 376.

DAkkS-DKD-R 3-3.

Working standard calibration.

Measurement chain or sensor? ISO 376 to meet the highest demands or DAkkS-DKD-R 3-3? It's your choice. We will be happy to advise you.

From 2.5 N to 5 MN

The HBK calibration laboratory offers many advantages when it comes to calibrating your force transducer:

Tensile and compressive force calibration in the range from 2.5 N to 5 MN - an extremely wide range. HBK maintains the only private calibration laboratory worldwide that can offer you this service
Calibration of complete measuring chains (also of third-party products) - at no additional cost to you
Decades of experience (since 1977) in the calibration of force transducers, force sensors and force measurement chains
From the cost-effective calibration of industrial sensors to the transfer standard that meets the highest demands

HBK Force Calibration Services

ISO 376
DAkkS-DKD-R 3-3
Working standard calibration

Go to the accreditation certificate download

Decision Guide: The Right Calibration For Your Demands

chevron_left

ISO 376
DAkkS-DKD-R 3-3
Working Standard Calibration

chevron_right

If you want to know everything about your sensor: The sensor is measured in three varying mounting positions. That means: The sensor is rotated by 120° in the machine in each case - i.e. the force transducer needs to be mounted and dismounted three times. The following characteristics are obtained from ISO 376 calibration and specified in the calibration certificate:

Exact output signal for each calibration step
Hysteresis values for each calibration step
Repeatability and reproducibility for one and for varying mounting positions for each calibration step
Creep behavior
Return to zero
Interpolation error (potential deviation of the measured value from the least squares approximation).

Moreover, the calibration certificate specifies measurement uncertainty as per ISO 376, i.e. for ascending as well as ascending and descending force series. HBK provides additional information such as measurement uncertainty including the effect of hysteresis as a special service at no additional cost. This goes beyond the requirements of the standard. This calibration provides guaranteed proof that your force sensor is traceable measuring equipment (as per ISO 9001).

Best price-to-performance ratio with guaranteed traceability Calibration per DAkkS-DKD-R 3-3 requires measurement in one mounting position only (as opposed to ISO 376). The following sensor characteristics are obtained from this calibration and specified in the calibration certificate:

Exact output signal for each calibration step
Hysteresis values (reversibility error) for each calibration step
Return to zero
Linearity error (potential deviation of the measured value from the linear approximation).

Furthermore, the calibration certificate specifies the measurement uncertainty. The required repeatability and reproducibility data are based on statistical values resulting from calibrations of the same type. Besides HBK products, the database comprises many third-party sensors. This calibration provides guaranteed proof that your force sensor is traceable measuring equipment (as per ISO 9001). Conformity assessment: Should a force sensor be outside the specifications of the data sheet, HBK will point out this fact.

HBK offers working standard calibration with individually selectable load steps. The following sensor characteristics are obtained from this calibration and specified in the calibration certificate:

Exact output signal for each calibration step
Hysteresis values (reversibility error)
Linearity error (potential deviation of the measured value from the linear approximation).

Our recommendation: We recommend calibration per DAkkS-DKD-R 3-3, which, at an identical cost, provides you with more information about your force sensor than the working standard calibration. We will be happy to advise you.

200 N force calibration machine

2.5 N - 200 N
for DAkkS and working standard calibration.

Best possible uncertainty:

Compressive force: 2.5 N - 200 N ± 0.005% of the measured value
Tensile force: 2.5 N - 200 N ± 0.008 % of the measured value

Steps: 2.5; 5; 7.5; 10; 12.5; 15; 17.5; 20; 25; 30; 35; 40; 45; 50; 60; 70; 80; 90; 100; 120; 140; 160; 180;200 N.

2.5 kN force calibration machine

50 N - 2.5 kN
for DAkkS and working standard calibration. Best possible uncertainty:

Compressive force: 50 N - 2.5 kN ± 0.005 % of the measured value
Tensile force: 50 N - 2.5 kN ± 0.008 % of the measured value

Steps: 50; 100; 150; 200; 250; 300; 350; 400; 450; 500; 600; 700; 800; 900 N; 1; 1.2; 1.4; 1.6; 1.8; 2; 2.5 kN

25 kN Force Calibration Machine

0.5 kN - 25 kN
for DAkkS and working standard calibration. Best possible uncertainty:

Compressive force: 0.5 kN - 25 kN ± 0.005 % of the measured value
Tensile force: 0.5 kN - 25 kN: ± 0.008 % of the measured value

Steps: 0.5; 1; 1.5; 2; 2.5; 3; 3.5; 4; 4.5; 5; 6; 7; 8; 9; 10; 12; 14; 16; 18; 20; 25 kN

240 kN force calibration machine

5 kN - 240 kN
for DAkkS and working standard calibration. Best possible uncertainty:

Compressive and tensile force: 5 kN - 240 kN ± 0.01 % of the measured value

Steps: 5; 10; 15; 20; 25; 30; 35; 40; 45; 50; 55; 60; 70; 80; 90; 100; 110; 120; 140; 160; 180; 200; 220; 240 kN

1 MN force calibration machine

50 kN - 1 MN
for DAkkS and working standard calibration. Best possible uncertainty:

Compressive force: 50 kN - 1 MN ± 0.01 % of the measured value
Tensile force: 50 kN - 600 kN: ± 0.02 % of the measured value

Steps: 50; 100;150; 200; 250; 300; 400; 500; 600; 700; 800 kN; 1 MN

5 MN force calibration machine

100 kN - 5 MN
for DAkkS and working standard calibration. Best possible uncertainty:

Compressive and tensile force: 100 kN - 5 MN ± 0.02 % of the measured value

Steps: from 100 kN up to 5 MN (in steps of 25 kN)

Sample Calibration Certificates

You want to have a look at our calibration certificates? Sample calibration certificates for all measured quantities covered by the HBK calibration laboratory can be downloaded as a PDF file.

Go to Downloads navigate_next

ISO standards quality control assurance warranty business technology concept.; Shutterstock ID 1253334961

Long-term Quality Assurance of Measurement Results

Professional force transducer calibration is a prerequisite for assuring the quality of your measurement results in the long term and is an integral part of your ISO9001 certification.

Recommended for You

No more results to load

Request a service email

close
Request HBK Service

Modern Slavery Statement Imprint Cookie Policy Privacy Policy Sitemap Ethical Business