KEYBOARD LAYOUT
1. | Rounding Selector | 19. | Percentage | |
2. | Print Switch | 20. | Division | |
3. | Decimal Selector | 21. | Equal | |
4. | Financial Calculation Switch | 22. | Multiplication | |
5. | Sigma/Loan and FV Switch | 23a. Clear / Clear Entry | ||
6. | Grand Total Switch | 24. | Time / Date Display | |
7. | Paper Feed | 25. | Numeric Key Pad | |
8. | Delta Percentage | 26. | Subtraction | |
9. | Time/Date Calculation | 27. | Addition | |
10. | Cost | 28a. Memory II Selector | ||
11. | Sell | 28b. Item Count | ||
12. | Margin | 29. | Subtotal / Date | |
13. | Tax Rate Preset | 30. | Total | |
14. | Tax 1/Amortization | 31. | Memory Total / Amount/Start | |
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| Date | |
15. | Tax 2/Future Value | 32. | Memory Subtraction / | |
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| Interest/End Date | |
16. | Back Space | 33. | Memory Addition / Months/# | |
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| of Days | |
17a. Item Count | 34. | Memory Subtotal / | ||
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| Payment/Compute | |
18. | Sign Change |
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This section describes the mode switches, data entry keys, and operating keys provided on your calculator. The following terms are used in discussing your calculator’s operation:
•The accumulator is the area of the calculator’s logic that stores a running total of the results of addition and subtraction operations. It is the “adding machine” portion of the calculator.
•The calculating register is the area of the calculator’s logic where the intermediate and final results of multiplication, division and percentage calculations are stored. The contents of the calculating register do not affect the accumulator.
•The keyboard register is the area of the calculators logic that stores the value that will immediately be used in the next calculation.
•The item count register is the area of the calculator’s logic that counts your entries into the accumulator. Each positive entry is counted as one item. Each Negative entry is subtracted resulting in a net item count. It is also net or gross programmable.
•The memory register is the area of the calculator’s logic that accumulates amounts you add to or subtract from the memory. Because the memory register is
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