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
Results of the performance evaluation of a newly designed, developed and fabricated dead weight mach...
The paper presents a practical example for the evaluation of the uncertainty in calibration using a ...
3 p.: il.The main purpose of this work is to present the modifications and improvements performed on...
A new dead weight force standard machine covering the range from 10 kN to 1 MN has been designed and...
A new dead weight force standard machine covering the range from 5 kN to 500 kN direct weights has b...
which the reference values were generated by the 100 kN dead-weight / 1 MN lever amplification machi...
The present paper describes the results of the bilateral comparison carried out between the CENAM (M...
The present paper describes the results of the bilateral comparison carried out between the CENAM (M...
The increasing accuracy of force transducers and their calibration had two major effects: the chance...
This paper describes the development of a 120 kN deadweight force standard machine and its commissio...
In this contribution, the new 2 MN deadweight force standard machine of PTB, which was moved from Be...
537-543This paper presents two mechanisms for load cell calibrations. The first technique was to use...
Abstract − This paper describes the unique features and metrological performance of a new 55 kN / 22...
A 2 N dead-weight type force standard machine (DWM) had been developed at the National Metrology Ins...
This paper describes the latest results from the re-verification of a 55 kN / 2.2 MN lever deadweigh...
Results of the performance evaluation of a newly designed, developed and fabricated dead weight mach...
The paper presents a practical example for the evaluation of the uncertainty in calibration using a ...
3 p.: il.The main purpose of this work is to present the modifications and improvements performed on...
A new dead weight force standard machine covering the range from 10 kN to 1 MN has been designed and...
A new dead weight force standard machine covering the range from 5 kN to 500 kN direct weights has b...
which the reference values were generated by the 100 kN dead-weight / 1 MN lever amplification machi...
The present paper describes the results of the bilateral comparison carried out between the CENAM (M...
The present paper describes the results of the bilateral comparison carried out between the CENAM (M...
The increasing accuracy of force transducers and their calibration had two major effects: the chance...
This paper describes the development of a 120 kN deadweight force standard machine and its commissio...
In this contribution, the new 2 MN deadweight force standard machine of PTB, which was moved from Be...
537-543This paper presents two mechanisms for load cell calibrations. The first technique was to use...
Abstract − This paper describes the unique features and metrological performance of a new 55 kN / 22...
A 2 N dead-weight type force standard machine (DWM) had been developed at the National Metrology Ins...
This paper describes the latest results from the re-verification of a 55 kN / 2.2 MN lever deadweigh...
Results of the performance evaluation of a newly designed, developed and fabricated dead weight mach...
The paper presents a practical example for the evaluation of the uncertainty in calibration using a ...
3 p.: il.The main purpose of this work is to present the modifications and improvements performed on...