Calibration software for Fluke D9100, 5100B, 5500A, 5520A and 5700A multifunction calibrators

• Automated calibration of METRAHit ..S / ..M / ..A series handheld multimeters with infrared interface
• Adjustment of the handheld METRAHit 22-29S/M multimeter via RS 232 interface • Quick and simple generation, testing and documentation of calibration procedures • Uncomplicated operation: even semiskilled workers can execute qualified calibration tasks.
• Outstanding applications flexibility with correction of the calibration signal by means of key entry or via the interface
• Documentation via print-out as a standard calibration report, or as a user-specific certificate
• Dynamic data exchange with Microsoft Excel and Word
• Documentation includes all entries required for certificates in accordance with EN ISO 9000
• “Determination of measuring uncertainty” in accordance with DKD-3 after a specified number of measurements
• Specification of calculated measuring uncertainty in accordance with DKD-3 or TUR (test uncertainty ratio) included in the report

METRAwin 90-F calibration, Z211C

METRAwin 90-FJ calibration and adjustment, Z211F

The above mentioned calibrators are used primarily for the calibration of indicating measuring instruments such as multimeters, laboratory recorders, current clamps, panel-mount measuring instruments etc., and include the various electrical quantities required to this end. By incorporating a separate METRAHit 18S, 28S, 29S, 30M, X-TRA, EXTRA or ENERGY precision multimeter with infrared interface into the calibration system, automated calibration of buffer amplifiers, isolating transformers, measuring transducers and the like can be performed.

The software executes interactive (DIRECT operating mode) or sequence-controlled (TEST operating mode) setup of the calibrator from the PC via an IEEE 488 interface, automatic analysis of measured values entered manually or read in from the multimeter via an RS 232 port, and documentation and archiving of calibration results in a calibration report. The program calculates the test uncertainty ratio (TUR) for each calibration point based upon the calibrators’ accuracy specifications which are integrated into the software, or overall measuring uncertainty in accordance with directive DKD-3 (WECC 19-1990).

A calibration procedure for the respective calibration object can be generated and tested in an uncomplicated manner. Tested calibration procedures for numerous multimeters from our current and previous product spectrum are included with the software.