Aurora AX-582PK, AX-582BL User Manual [nl]

AURORA OPERATING MANUAL

Application

Mode

Indicator

Operation

Calculation Mode

Normal calculations

COMP － MODE 1

Standard deviation

calculations

MODE 2

Regression calculations

REG

MODE 3

Angle Unit Modes

Degrees

DEG D MODE MODE 1

Radians

RAD R MODE MODE 2

Grads

GRA G MODE MODE 3

Display Modes

Exponential notation

(canceling FIX and SCI

specification)

NORM1 － MODE MODE MODE 3 1

NORM2

－

MODE MODE MODE 3 2

Number of decimal place specification

FIX

Fix

MODE MODE MODE 1

Number of significant

digit specification

SCI

Sci

MODE MODE MODE 2

Operation

Display

Instruction

MODE

COMP 1 SD 2 REG

Press1~3 key to select the status of Normal Calculation, Standard Deviation or Regression.

MODE 3

Lin 1 Log 2 Exp

Press 1~3 key to select the status of Linear regression, Logarithmic regression or exponential regression.

MODE 3 

Pwr 1 Inv 2 Quad

Press 1~3 key to select the status of Power regression, Inverse regression or Quadratic regression.

MODE MODE

Deg 1 Rad 2 Gra

Press 1~3 key to select current calculating angle unit: Degrees, radians or grads.

MODE MODE MODE

Fix 1 Sci 2 Norm

Press 1~3 key to settle No. of Decimal Place specification, No. of significant Digit Specification or Exponential Notation.

MODE MODE MODE 1

Fix 0~9 ?

Press 0~9 to select Decimal Place specification.

MODE MODE MODE 2

Sci 0~9 ?

Press 0~9 to select No. of significant digital specification.

MODE MODE MODE 3

Norm 1~2 ?

Press 1~2 to select exponential display status and exit Decimal Place Specification and Significant Digital Specification status.

MODE MODE MODE

MODE 1

ab/c 1 d/c

Press 1~2 to select and make sure the display mode when the calculating result is more than 1.

MODE MODE MODE

MODE 1 

Dot 1 Comma

Press 1~2 to select the display status of Separator Symbols.

2+3 ▲

Disp

Ans×4 ▲

20.

For use with AX-582 Twin-line scientific calculator.

Removing and Replacing the Calculator’s Cover

 Always slide the keyboard end of the unit into the cover first. Never slide the

display end of the unit into the cover.

 Holding the cover as shown in the illustration, slide the unit out of the cover

before use. Picture………1

 Holding the cover as shown in the illustration, slide the unit out of the cover

after use. Picture………2

Precautions

 Don’t expose the machine to water, direct sunlight, extremely hot or cold

temperatures or dusty environments.

 Don’t drop the machine or subject it to heavy impact.  Use a soft cloth to clean the machine. Do not use detergents.

Two-line Display

The two-line display makes it possible to view both the calculation formula and

its result at the same time.

 The upper line shows the calculation formula.  The lower line shows the result.

Before Starting Calculations ...

■ Modes

Note!

 Mode indicators appear in the upper part of the display.  The COMP, SD, and REG modes can be used in combination with the angle

unit mode.

 To return the calculation mode and setup to the initial defaults shown below,

press SHIFT CLR 2 （MODE） =

Calculation Mode: COMP Angle Unit: Deg Exponential Display Format: Norm 1 Fraction Display Format: a b/c Decimal Point Character: Dot

 Be sure to check the current calculation mode (SD, REG, COMP) and angle

unit setting (Deg, Rad, Gra) before calculating.

■ MODE Key Operation and Display

Printed in China

9220250

■ Input Capacity

 The memory area used for calculation input can hold 79“steps”. One step

is taken up each time you press a number key or arithmetic operator key (+, , ×, ÷). A SHIFT or ALPHA key operation does not take up a step, so inputting SHIFT 3√ takes up only one step.

 You can input up to 79 steps for a single calculation. Whenever you input the

73rd step of any calculation, the cursor changes from “ ＿” to “■” to let you know memory is running low. If you need to input more than 79 steps, you should divide your calculation into two or more parts.

 Pressing the Ans key recalls the last result obtained, which you can use in a

subsequent calculation. See “Answer Memory” for more information about

using the Ans key.

■ Making Corrections During Input

 Use ► and ◄ to move the cursor to the location you want.  Press DEL to delete the number or function at the current cursor position.  Press SHIFT INS to change to an insert cursor □. Inputting something while

the insert cursor is on the display inserts the input at the insert cursor position.

 Pressing SHIFT INS , or = returns to the normal cursor from the insert

cursor.

■ Replay Function

 Every time you perform a calculation, the replay function stores the

calculation formula and its result in replay memory. Pressing the ▲key displays the formula and result of the calculation you last performed. Pressing ▲again back steps sequentially (new-to-old) through past calculations.

 Pressing the ► or ◄ key while a replay memory calculation is on the display

changes to the editing screen.

 Pressing the ► or ◄ key immediately after you finish a calculation displays

the editing screen for that calculation.

 Pressing CA does not clear replay memory, so you can recall the last

calculation even after you press CA .

 Replay memory capacity is 128 bytes for storage of both expressions and

results.

 Replay memory is cleared by any of the following actions.

1. When you press the ON key.

2. When you initialize modes and settings by pressing SHIFT CLR 2 （Mode） = .

3. When you change from one calculation mode to another.

4. When you turn off the calculator.

■ Error Locator

 Pressing ► or ◄ after an error occured displays the calculation with the

cursor positioned at the location where the error occurred.

■ Multi-statements

A multi-statement is an expression that is made up of two or more smaller expressions, which are joined using a colon ( : ).  Example: To add 2 + 3 and then multiply the result by 4

2 + 3 ALPHA : Ans × 4 =

■ Exponential Display Formats

This calculator can display up to 10 digits. Larger values are automatically displayed using exponential notation. In the case of decimal values, you can select between two formats that determine at what point exponential notation is used. Pressing MODE MODE MODE 3 1 (or 2 ), press 1 to select Norm 1 or 2 for Norm 2.  Norm 1

With Norm 1, exponential notation is automatically used for integer values with more than 10 digits and decimal values with more than two decimal places.

 Norm2

With Norm 2, exponential notation is automatically used for integer values with more than 10 digits and decimal values with more than nine decimal places.

 All of the examples in this manual show calculation results using the Norm

1 format.



214



1.26.1



22.75 

5.0



353

1 

2」3+1」4」5 ▲

2」7」15.

2.75 ▲

2.75

2.75 ▲ 2」3」4.

2.75 ▲

11」4.

1」2 ▲

1」2.

1」2 ▲

0.5

1」2」3 ▲

1」2」3.

1」2」3 ▲

5」3.

1」2」3 ▲

1」2」3.

2.258 ▲

2.258

2.258 ▲

2˚15˚28.8

2.258 ▲

2.258

12˚34˚56˚×3.

▲

→

43˚24˚31.2

200÷7×14

▲

400.

D FIX

200÷7×14

▲

400.000

D FIX

200÷7

▲

28.571

D FIX

Ans×14

▲

400.000

D FIX

200÷7

▲

28.571

D FIX

200÷7

▲

28.571

D FIX

Ans×14

▲

399.994

D SCI

1÷3

▲

3.3

×10

-01

3×5E–9 ▲

1.5

-08

5×(9+7) ▲

80.

2」4 ▲

1」2.

1」2+1.6 ▲

2.1

1500×12% ▲

180.

660÷880% ▲

75.

2500×15%+ ▲

2,875.

3500×25% - ▲

2,625.

300+500% ▲

160.

46-40% ▲

15.

48-40% ▲

20.

M D

23+9→M

▲

32.

M D

53-6M+

▲

47.

1」2 ▲

1」2.

■ Decimal Point and Separator Symbols

You can use the display setup (Disp) screen to specify the symbols you want for the decimal point and 3-digit separator.

 To change the decimal point and separator symbol setting, press the MODE

MODE MODE MODE 1 ► .

 Press the number key（ 1 or 2 ）that corresponds to the setting you want to

use.

1 （Dot）: Period decimal point, comma separator 2 （Comma）: Comma decimal point, period separator

■ Initializing the Calculator

 Perform the following key operation when you want to initialize the calculation

mode and setup, and clear replay memory and variables.

SHIFT CLR 3 (All) =

Basic Calculations

■ Arithmetic Calculations

● Use the COMP mode for basic calculations.

● Negative values inside of calculations must be enclosed within parentheses.

● It is not necessary to enclose a negative exponent within parentheses.

● Example 1：3×（5×10

● Example 2：5×（9+7）=80

● You can skip all ) operations before = .

■ Fraction Operations

● Fraction Calculations

● Decimal ↔ Fraction Conversion

SHIFT d/c

ab/c

● Mixed Fraction ↔ Improper Fraction Conversion

■ Percentage Calculations

● Use the COMP mode for percentage calculations.

● Example 1: To calculate 12% of 1500（180）

● Example 2: To calculate what percentage of 880 is 660（75％）

Sin -1.23 → sin （ (-) 1.23 ） Sin 2.34×10-5 → sin 2.34 EXP (-) 5

3 × 5 EXP (-) 9 =

5 × （ 9 + 7 ） =

● Use the COMP mode for fraction calculations. Values are displayed in

decimal format automatically whenever the total number of digits of a fractional value (integer + numerator + denominator + separator marks) exceeds 10.

● Example 1:

● Example 2:

● Example 3:

● Results of calculations that mix fraction and decimal values are always

decimal.

● Example 1:

● Example 2:

）=1.5×10

2 ab/c 4 =

（Decimal ↔ Fraction）

(Fraction ↔ Decimal)

1 ab/c 2 =

2 ab/c 3 + 1 ab/c 4 ab/c 5 =

1 ab/c 2 + 1.6 =

2.75 =

ab/c

● Example:

1 ab/c 2 ab/c 3 =

SHIFT d/c

● You can use the display setup (Disp) screen to specify the display format

when a fraction calculation result is greater than one. Pressing MODE

MODE MODE MODE 1 .

● Press the number key（ 1 or 2 ）that corresponds to the setting you

want to use.

1 （a 2 （d/c）:Improper fraction

● An error occurs if you try to input a mixed fraction while the d/c display

format is selected.

/c）:Mixed fraction

1500 × 12 SHIFT %

● Example 3: To add 15% onto 2500 (2875)

● Example 4: To discount 3500 by 25% (2625)

● Example 5: If 300 grams are added to a test sample originally weighing 500

grams, what is the percentage increase in weight ? (160%)

● Example 6: If the temperature changes from 40℃ to 46℃, what percentage did

it rise? How about to 48℃? （15%, 20%）

660 ÷ 880 SHIFT %

2500 × 15 SHIFT % +

3500 × 25 SHIFT % -

300 + 500 SHIFT %

46 - 40 SHIFT %

◄ ◄ ◄ ◄ ◄ ◄ 8 =

■ Degrees, Minutes, Seconds Calculations

● You can perform sexagesimal calculations using degrees (hours), minutes,

and seconds, and convert between sexagesimal and decimal values.

● Example 1: To convert the decimal value 2.258 to a sexagesimal value and

then back to a decimal value.

2.258 =

● Example 2: To perform the following calculation:

12°34′56″ ×3.45

12 ° ′ ″ 34 ° ′ ″ 56 ° ′ ″ × 3.45 =

■ FIX, SCI, RND

● Example 1: 200÷7×14 =

(Internal calculation 200 ÷ 7 =

continues using 12 digits.) × 14 = The following performs the same calculation using the specified number of

decimal places.

( Internal rounding ) SHIFT Round

● Press MODE MODE MODE 3 1 to clear the Fix specification.

● Example 2: 1÷3, displaying result with two significant digits (Sci 2).

● Press MODE MODE MODE 3 1 to clear the Sci specification.

200 ÷ 7 × 14 =

MODE MODE MODE 1 3

MODE MODE MODE 2 2

1 ÷ 3 =

° ′ ″ ° ′ ″

200 ÷ 7 =

× 14 =

Memory Calculations

■ Answer Memory

● Whenever you press = after inputting values or an expression, the calculated

result automatically updates Answer Memory contents by storing the result.

● In addition to = , Answer Memory contents are also updated with result

whenever you press SHIFT % , M+ , SHIFT M- or SHIFT STO followed by a letter (A through F, or M, X, or Y).

● You can recall Answer Memory contents by pressing Ans .

● Answer Memory can store up to 12 digits for the mantissa and two digits for

the exponent.

● Answer Memory contents are not updated if the operation performed by any of

the above key operations results in an error.

■ Consecutive Calculations

● You can use the calculation result that is currently on the display (and also

stored in Answer Memory) as the first value of your next calculation. Noted that pressing an operator key while a result is displayed causes the displayed value to change to Ans, indicating it is the value that is currently stored in Answer Memory.

● The result of a calculation can also be used with a subsequent Type A

function（x2, x3, x-1, x!）, +, -, ^（xy）, x√, ×,÷, nPr , nCr and ° ′ ″.

■ Independent Memory

● Values can be input directly into memory, added to memory, or subtracted

from memory. Independent memory is convenient for calculating cumulative totals.

● Independent memory uses the same memory area as variable M.

● To clear independent memory (M), input 0 SHIFT STO M (M+).

● Example:

23 + 9 = 32 23 + 9 SHIFT STO M

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