Teller Activity Reports Totals Calculations
See Also:
Teller Activity by Day of Week
Teller Activity by Day of Month
How are the “Totals” calculated on each Teller Activity (by Day/Week/Month) dashboards?
The Teller Activity by Day, Week or Month dashboards are designed to evaluate trends of your branch; they are not designed to be used for exact reconciliation. The “Totals” figure at the bottom of the screen calculates the unique members who made visits for that dashboard’s time period. Refer to the examples below for further explanation of how this affects calculation.
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Remember: All of the teller activity that is analyzed comes from transactions that hit the teller drawer. The data does not show any transactions that do not affect the teller drawer, such as transfers using Proc Code “T” or corporate check/money order withdrawals, nor do they include strictly cash transactions (cash-for-cash).
Example 1: Comparing Teller Activity Time of Day Totals with Teller Activity Day of Week Totals
Let’s say Sally visited credit union branch 01 twice Monday (9am and 3pm). Sally appears twice in the Branch 01 Monday Total on the “Teller Activity by Day” dashboard. (She came twice during that day). Sally is, however, only counted once (as one unique member) in the Branch 01 “Totals” for the associated “Teller Activity Day of Week” Total.
Example 2: Comparing Teller Activity Day of Week Total Figures Between Different Branches
Let’s look at this from another angle as to how this might affect the Totals of three different Teller Activity by Week dashboards. Let’s say two members (Sally and John) visited Branch 01 on the Monday and only Sally visited Branch 02 on Tuesday of the same week. The Total of the Teller Activity by Day of Week for Branch 01 includes 2 counts (Sally and John). For Branch 02 only one member (Sally) is counted in the Total. You cannot, however, add the totals of these two branches, to calculate the Total for the Activity by Day of Week for Branch 00. For the Branch 00 Total, two unique members are counted (Sally and John).