Fluke-biomedical Ansur QA-ES plug-in Version 1.4.4 Instrukcja Użytkownika

1 Ansur QA-ES plug-in Version 1.4.4 User Manual

10 Use the Operand menu to select how Ansur shall calculate the limit given according to the power values defined in the test details. The operand c

11 5 H.F. Leakage Test Element 5.1 Introduction This test checks to see whether all electrodes on an ESU have leakage currents within acceptable lim

12 Active The number of active electrodes at the ESU. Neutral The number of neutral electrodes at the ESU. The second part is found on the right o

13 6 RECM Alarm Test Element 6.1 Introduction This test ensures that the ESU will sound an alarm if the resistance between the two electrodes exceed

14 7 Test Guide The test guide is the users interface with the QA-ES during the running of the test template. Click on User comment tab to enter a

15 Prior to each measurement within a test the software will display a prompt for the user to set the power, set the mode and set up the next electr

16 Appendix A. QA-ES Performance Tests The following table lists all performance tests provided by the QA-ES plug-in. Performance test Unit Power

17 Appendix B. Retrieving updates Updates for Ansur are published from Fluke Biomedical’s web pages - http://www.flukebiomedical.com

18 Appendix C. References Ref. Title Author Version 1 QA-ES User & Service Manual Fluke Biomedical. 1.30-2 2 Ansur Test Executive User Man

2 Table of Contents 1 Getting Started...

3 1 Getting Started 1.1 Introduction Ansur Test Automation Software is the evolution of the PRO-Soft software family and will become the backbone o

4 2 Introducing the QA-ES plug-in 2.1 Test elements After installing the QA-ES plug-in the QA-ES Performance tests will be added to Ansur’s Test Ex

5 3 Power Distribution Test Element 3.1 Introduction Within this test the user has the opportunity to determine the power performance of an ESU over

6 The second part is found on the right of the custom setup dialog within the test details box. This determines the number and range of load mea

7 So for the example below, each power performance measurement must be +/-20 W of its defined power value.

8 4 Output Test Element 4.1 Introduction Within this test the user has the opportunity to determine the power performance of an ESU over a desired r

9 Delay This is the delay between the changing of the loads and taking a power measurement. Mode Defines the mode that the ESU is to be in. The mod