The INRiM 1 MN deadweight force standard machine (DFSM) was installed in 1995. It adopts a binary sequence of ten weights whose combinations generate forces up to 1 MN. The advantage of this system lies in the self-calibration of its weights. The procedure is based on the comparison between two forces generated by a single weight and by a group of smaller weights, nominally equal. After 25 years, a verification of the DFSM was performed. Results are within the declared CMC limits, i.e. a relative expanded uncertainty of 2 × 10-5.
Self-calibration of the 1 MN deadweight force standard machine at INRiM / Prato, A.; Mazzoleni, F.; Facello, A.; Germak, A.. - In: ACTA IMEKO. - ISSN 2221-870X. - 9:5(2020), pp. 100-105. [10.21014/acta_imeko.v9i5.948]
Self-calibration of the 1 MN deadweight force standard machine at INRiM
Prato, A.
Writing – Original Draft Preparation
;Mazzoleni, F.Data Curation
;Facello, A.Data Curation
;Germak, A.Writing – Review & Editing
2020
Abstract
The INRiM 1 MN deadweight force standard machine (DFSM) was installed in 1995. It adopts a binary sequence of ten weights whose combinations generate forces up to 1 MN. The advantage of this system lies in the self-calibration of its weights. The procedure is based on the comparison between two forces generated by a single weight and by a group of smaller weights, nominally equal. After 25 years, a verification of the DFSM was performed. Results are within the declared CMC limits, i.e. a relative expanded uncertainty of 2 × 10-5.| File | Dimensione | Formato | |
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Self-calibration of the 1 MN deadweight force standard machine at INRiM.pdf
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