Instrumentation Monthly Test | Measurement | Control
Danisense invests in HV current transducer calibration lab
Certificate of Calibration assures customers of accuracy of instrument
Key points:
- Free DC testing on all 5000V and 10,000V units
- Certificate of Calibration for each HV unit shipped
- Danisense current transducers offer high accuracy, high stability &affordability
Danisense, the leader in high-accuracy current transducers for demanding applications, has set up a DC calibration test lab at its Danish headquarters and manufacturing site in Taastrup, further strengthening the company’s reputation for flexibility, quality and accuracy of its products.
A free service for its high voltage 500V and 10,000V products, units are 100% tested and shipped with a Certificate of Calibration which details the actual current error (always significantly less than the ppm values specified in the datasheet), the error without offset and the linearity error. This enables customers to have full confidence in the measurements they make.
Commented Christian Markvardsen, Project manager/R&D engineer at Danisense: “The investment means that we can assure our customers of the accuracy of our current transducers without relying on shipping parts to a third party. Most customers are happy with the DC measurements that we provide, but we may look to add an AC measurement capability in the future.”
DANISENSE: Precision – Innovation
By combining complex magnetic performance with advanced electronics Danisense provides efficient and precise solutions that match the requirements of worldwide customers in demanding industries. Danisense was founded in 2012 and today is based in Denmark and Japan. The company’s founders and key employees are highly-experienced and possess specialized knowledge about high precision current transducers, enabling Danisense to create solutions that enable its customers to quickly and easy measure AC and DC currents with accuracies down to 1ppm. Its products are of the highest quality and have an extremely flat frequency response and outstanding DC stability.
