BCT-2000 Software and BCT-128 and BCT-256 User's Guide - Alber

Figure 50. Load Bank AnalysisThe Load Bank Analysis dialog box has three columns of data for each load bank step: Load,Accumulative, and Vernier Gap. The Load column indicates how much current each step willdraw, based on the maximum OV value entered. The Accumulative column is the totalcurrent draw of the steps up to that point. The Vernier Gap is the difference between the stepLoad value and the Accumulative value of the previous steps. The highest Vernier Gapnumber indicates the minimum tolerance (in amps) of the load bank. Type this value plus 1on the Load Bank Advance Setup screen under Setup|Load Bank|Advance.To close the Load Bank Analysis screen, click X in the upper right corner. To close the StepsResistance box, click OK.Diagnostics Load Bank - On the Diagnostics Load Bank dialog box, click the appropriateStep 1 to 16 to turn on the step corresponding to the step number. If power is supplied to theload, the step resistance is displayed. Toggle the button to turn the step on or off. With nopower to the load bank, you may use an ohmmeter to read each step resistance.Results of the load bank diagnostics may be needed by Albércorp to assist in troubleshooting.14.4. BusTypically, this option is used only at the factory during product manufacturing and test. Aspecial bus analysis board is required. The screen displays technical diagnostics for circuitboards in the BCT-2000 system. It is not a user diagnostic screen and should only be usedwith the assistance of Albércorp technical personnel.58