Calculated Industries 44065 CONSTRUCTION MASTER PRO DT PRINTER User manual

~

#

%

feet

=

yard

metric

fractions

diagonals

x

Arc

inch

volume

weights

USER’S

GUIDE

C

ONSTRUCTION

M

ASTER

®

P

RO

FOR MODELS:

4060 C

ONSTRUCTION

M

ASTER

®

P

RO

4030 C

ONSTRUCTION

M

ASTER

®

P

RO

LT

44060 C

ONSTRUCTION

M

ASTER

®

P

RO

DT

44065 C

ONSTRUCTION

M

ASTER

®

P

RO

DT P

RINTER

4075 C

ONSTRUCTION

M

ASTER

®

P

RO

T

RIG

P

LUS

III

™

CALCULATED INDUSTRIES

®

User’s Guide Construction Master

®

Pro Models 4030/4060/44060/44065/4075

Designed in the United States of America

Printed in China

Manual UG4060E-D1

UG4060E-D1-Cover 2/25/03 11:40 AM Page 1

Construction Master Pro

Model 4060

Construction Master Pro LT

Model 4030

Construction Master Pro DT

Printer

(Desktop model)

Model 44065

Construction Master Pro

Trig Plus III

Model 4075

Construction Master Pro DT

(Desktop model)

Model 44060

UG4060E-D1-Cover 2/25/03 11:40 AM Page 2

User's Guide — 1

CONSTRUCTION MASTER

®

PRO

USER’S GUIDE

This User’s Guide helps you solve common construction math and ma-

terial estimation problems using the latest Construction Master

®

Pro

calculators—five of the most powerful feet-inch-fraction calculators to

date:

The Construction Master Pro Series —

1. LT (#4030)

2. Handheld (#4060)

3. Trig Plus III (#4075)

4. Desktop (#44060)

5. New! Desktop with Printer (#44065)*

*CI now offers a Printing Model—the Construction Master Pro DT

Printer! It has all the features of the Construction Master Pro Desktop,

plus a built-in printer (see Appendix C).

IMPORTANT: The Construction Master Pro calculators share many

keys and functions. However, some keys and functions differ. Please

refer to the grid on page 8 to see what features are applicable to your

model, so that you can follow the corresponding examples in this

User’s Guide. Note: the Desktop with Printer (#44065) operates almost

identically to the Desktop (#44060).

2 — CONSTRUCTION MASTER



PRO

TABLE OF CONTENTS

CONSTRUCTION MASTER

®

PRO USER’S GUIDE......1

INTRODUCTION .....................................................................7

CONSTRUCTION MASTER

®

PRO — KEY/FUNCTION

COMPARISON.........................................................................8

KEY DEFINITIONS..................................................................9

Basic Operation Keys.................................................................. 9

Convert [Conv] Key—Unit Conversions and Second Functions.....10

Memory and Storage Functions................................................11

Recall [Rcl] Key......................................................................12

Dimensional Measurement Unit Keys...........................................13

Weight Keys..............................................................................14

Construction Project Keys ..........................................................15

Block/Brick Key......................................................................15

Circular Function Keys ............................................................16

Column/Cone Key ...................................................................17

Footing Key............................................................................17

Right Triangle/Roof Framing Keys.............................................18

Hip/Valley and Jack Rafter Keys............................................20

Rake Wall Function..............................................................22

Roof Key ................................................................................23

Stair Key................................................................................24

Trigonometry Function Keys........................................................25

GETTING STARTED ............................................................27

ENTERING DIMENSIONS...................................................27

Entering Linear Dimensions......................................................27

Entering Square/Cubic Dimensions...........................................27

CONVERSIONS (LINEAR, AREA, VOLUME).................29

Linear Conversions ..................................................................29

Converting Feet-Inch-Fractions to Decimal Feet .........................29

Converting Decimal Feet to Feet-Inch-Fractions .........................30

Converting Fractional Inches to Decimal Inches..........................30

Converting Decimal Inches to Fractional Inches..........................30

Square Conversions.................................................................31

User's Guide — 3

Cubic Conversions ..................................................................31

PERFORMING BASIC MATH WITH DIMENSIONS......32

Adding Dimensions .................................................................32

Subtracting Dimensions...........................................................32

Multiplying Dimensions............................................................32

Dividing Dimensions ................................................................33

Percentage Calculations..........................................................33

MEMORY OPERATION........................................................34

PAPERLESS TAPE OPERATION.....................................36

EXAMPLES — USING THE CONSTRUCTION

MASTER PRO.......................................................................38

LINEAR MEASUREMENT EXAMPLES...........................39

Adding Linear Measurements...................................................39

Cutting Boards........................................................................39

Window Measurement.............................................................40

Calculating the Center Point.....................................................40

AREA CALCULATIONS......................................................41

Square Area (x

2

).....................................................................41

Area of a Rectangular Room (LxW)...........................................41

VOLUME CALCULATIONS................................................42

Rectangular Containers (LxWxH)..............................................42

Volume of a Cylinder...............................................................43

Volume of a Cone ...................................................................43

WEIGHT/VOLUME CONVERSIONS.................................44

Weight Conversions ................................................................44

Weight per Volume/Volume Conversions...................................45

BLOCKS/BRICKS................................................................46

Number of Blocks (not available on LT and Trig Plus III)............46

Number of “Face” Bricks (not available on LT and Trig Plus III)...47

Number of “Paver” Bricks (not available on LT and Trig Plus III)..47

BOARD FEET — LUMBER ESTIMATION.......................48

Total Board Feet — With Dollar Cost........................................48

4 — CONSTRUCTION MASTER



PRO

CIRCLE CALCULATIONS ..................................................49

Circumference and Area of a Circle...........................................49

Circle Properties — Arc Length and Diameter Known..................49

Arched Windows.....................................................................51

Arc Length — Degree and Diameter Known ...............................52

Arc Length — Degree and Radius Known ..................................52

CONCRETE/PAVING...........................................................53

Volume of Concrete for a Driveway............................................53

Concrete Columns...................................................................54

Complex Concrete Volume.......................................................56

Concrete Footings (not available on Trig Plus III).......................58

Multiple Concrete Footings (not available on Trig Plus III)...........58

Squaring Up a Foundation........................................................59

FLOOR COVERING AREA CALCULATIONS.................60

Carpeting................................................................................60

GRADE/SLOPE.....................................................................61

Back-Fill on a Slope — Percent of Grade Known........................61

RIGHT TRIANGLE AND ROOF FRAMING EXAMPLES63

Roof Framing Definitions .............................................................63

Common Rafter Length............................................................66

Common Rafter Length — Pitch Unknown .................................67

Angle and Diagonal (Hypotenuse).............................................67

Rise.......................................................................................68

Rise and Diagonal...................................................................68

Finding Sheathing Cut .............................................................69

Regular (45°) Hip/Valley and Jack Rafters (not available on LT)...70

Jack Rafters — Using Other Than 16 Inch On-Center Spacing (not

available on LT) ......................................................................72

Irregular (non-45°) Hip/Valley and Jack Rafters Descending,

with On-Center Spacing Maintained (not available on LT) ..........73

Irregular (non-45°) Hip/Valley and Jack Rafters Ascending, with

Jacks Mating at Hip/Valley (not available on LT).............75

Rake Wall – No Base..............................................................77

Rake Wall – With Base...........................................................79

ROOFING MATERIALS........................................................80

Roof Covering — Bundles of Roof Shingles (not available

on LT and Trig Plus III)............................................................80

User's Guide — 5

Roof Covering — Number of Shingles .......................................81

Area for Roofing Materials........................................................82

STAIR LAYOUT EXAMPLES..............................................83

Stair Layout Definitions...............................................................83

Stairs — Given Floor-to-Floor Rise ...........................................85

Stairs — Given Rise and Run...................................................86

Stair Risers Only — Custom Height..........................................87

Baluster Spacing ....................................................................88

NUMBER OF STUDS...........................................................89

TRIGONOMETRY AND D:M:S EXAMPLES....................90

Practical Trigonometric Formulas ................................................90

Converting Degrees:Minutes:Seconds.......................................91

Time Calculations Using D:M:S................................................92

Percent Grade/Slope...............................................................92

Converting Tangent/Pitch to Angle............................................93

Converting Roof Angle to Pitch.................................................93

Angle — Rise and Hypotenuse Known (Trig Plus III and Desktop

Only)......................................................................................94

APPENDIX A — DEFAULT SETTINGS ...........................95

Metric Mode...........................................................................95

APPENDIX B — PREFERENCE SETTINGS..................96

How to Set Preferences...........................................................99

LT (#4030).........................................................................100

Handheld (#4060) and Desktop (#44060)..............................101

Trig Plus III (#4075) ............................................................103

APPENDIX C — USING THE DESKTOP PRINTING

MODEL (DT PRINTER: #44065)......................................105

Printer Keys............................................................................105

Connecting the AC Adapter.......................................................108

Using Battery Power ................................................................109

Replacing the Paper Roll ..........................................................110

Replacing the Ink Roller............................................................112

Notes on Using the Printer........................................................114

APPENDIX D — IMPORTANT NOTES FOR OWNERS

OF PREVIOUS CONSTRUCTION MASTERS

®

...........117

6 — CONSTRUCTION MASTER



PRO

APPENDIX E — ACCURACY, AUTO SHUT- OFF,

BATTERIES, ERRORS..................................................... 119

Accuracy/Errors....................................................................119

Auto Shut-Off........................................................................120

Battery(ies)...........................................................................120

Replacing the Battery(ies)......................................................120

Battery Replacement Instructions ...........................................120

Reset Key ............................................................................121

APPENDIX F — AREA/VOLUME FORMULAS............ 122

REPAIR AND RETURN.................................................... 124

WARRANTY........................................................................ 125

INDEX................................................................................... 128

User's Guide — 7

INTRODUCTION

The Construction Master Pro line includes the most advanced feet-

inch-fraction calculators designed specifically for building pro’s!

The Pro calculators handle practically any problem involving measure-

ments and can be used to save time, prevent errors, and accurately

perform common building projects such as: estimating concrete vol-

ume, squaring up foundations, framing roofs, ordering lumber, building

stairs, walls, laying driveways, carpet or floor covering, figuring precise

angle calculations, or simply working in feet-inch-fractions or decimal

feet!

Your Calculator Helps You Solve:

•

Dimensional Math Problems

•

Conversions Between Feet-Inch-Fractions, Decimal Feet, Deci-

mal Inch and Yards

•

English/Metric Conversions

•

Problems Involving All Common Fractions – 1/2" to 1/64"!

•

Area/Volume Calculations

•

Board Feet/Lumber Calculations

•

Circle Calculations

•

Material Estimations and Costs

•

Rake Walls

•

Right Angle/Triangle Solutions

•

Stair Layout (Risers/Treads)

•

Weight/Volume Conversions

Selected Models Also Solve:

•

Block/Brick, Concrete Footing, Column and Roof Bundle

Material Estimation

•

Complete Rafter Solutions (Regular and Irregular Hip/Valley Raf-

ters, Jack Rafters and Cut Angles)

•

Trigonometry Calculations

8 — CONSTRUCTION MASTER



PRO

CONSTRUCTION MASTER

®

PRO —

KEY/FUNCTION COMPARISON

The Construction Master Pro calculators vary slightly in keys and func-

tions, sharing basic measurement unit, right triangle and stair keys.

Some models additionally compute advanced roof framing problems,

project material estimations, or advanced Trigonometry applications.

Note: The DT (Desktop) with Printer (#44065) operates almost identi-

cally to the DT (#44060).

AVAILABLE KEYS

OR FUNCTIONS

LT

(#4030)

Hand-

held

(#4060)

DT

(#44060

)

Trig

Plus III

(#4075)

Works in All Fractions

(1/2"-1/64")

• • • •

Dimensional Unit Keys

and Conversions (Feet,

Inches, Fractions,

Yards, Metric, Acres)

• • • •

Weight Keys and

Conversions (lbs, kg,

tons, Metric tons)

• • • •

Block/Brick

• •

Board Feet

• • • •

Circle

• • • •

Column

• • •

$Cost

• • • •

D:M:S

• • • •

Footing

• • •

Pitch, Rise, Run, Diag.

• • • •

Rake Wall

• • • •

Roof Framing Keys

(Reg. and Irreg. Hip/

Valley, Jacks, Cuts)

• • •

Roof Area and Bundles

• •

Stair

• • • •

Trigonometric Keys

• •

Preference Settings

• • • •

User's Guide — 9

KEY DEFINITIONS

BASIC OPERATION KEYS

[On/C] — On/Clear

Turns power on. Pressing once clears the display. Pressing twice

clears all temporary values.

[Off]

Turns all power off, clearing all non-permanent registers.

[+] [–] [x] [÷] [=]

Arithmetic operation keys.

[%]

Four-function percent key.

[0] – [9] and [

••

]

Digits used for keying in numbers.

[00] (Desktop Only)

Enters “00” to save keystrokes (e.g., 1 [00] to enter 100).

[υ] — Backspace Key

Used to delete entries one keystroke at a time (unlike the [On/C]

function, which deletes the entire entry).

10 — CONSTRUCTION MASTER



PRO

Convert [Conv] Key—Unit Conversions and Second

Functions

The [Conv] key is to convert between measurement units or to

access second functions, listed below:

[Conv] — Convert

Used with the measurement keys to convert between units or with

other keys to access special functions.

[Conv] [ x ] — All Clear

Clears all values, including Memory. Resets all permanent settings

to defaults.

þþ

Note: Use only when necessary, as it deletes all stored values.

[Conv] [%] — x

2

Squares the value in the display. For example, to square the value

10, enter 10 then [Conv] [%].

[Conv] [υυ ] — Square Root Function (

√

)

Used to find the square root of a non-dimensional or area value (e.g.,

100 [Conv] [υυ ] = 10).

[Conv] [ / ] — x10

x

Allows entry of an exponent. For example, 8 [Conv] [/] 14 is 8 times

10 to the 14th power.

[Conv] [ ÷ ] — 1/x

Finds the reciprocal of a number (e.g., 8 [Conv] [÷] = 0.125).

[Conv] [ – ] — Change (+ / –) Sign

Toggles the sign of the displayed value to plus or minus.

[Conv] [ + ] — Pi (

ππ

)

Constant = 3.141593

[Conv] [

••

] — Degrees: Minutes: Seconds

Converts between D:M:S and decimal degree formats.

User's Guide — 11

[Conv] [ 9 ] — Total Cost

Computes total material cost given a unit dimension and an entered

Per Unit Cost.

[Conv] [ Stor ] — Access Preference Settings

Used to access various customizable settings, such as dimensional

answer formats (see Preference Settings on page 96).

Memory and Storage Functions

Your calculator has two types of Memory:

1) basic memory or semi-permanent, cumulative [M+];

2) non-cumulative Storage Registers (M1) and (M2).

[M+] — Semi-Permanent Memory

Adds any displayed number, dimensioned or unitless, to the semi-

permanent, accumulating Memory. Values can be subtracted from

this Memory using [Conv] [M+]. [Rcl] [Rcl] will recall and clear the

Memory. [Conv] [Rcl] will clear the accumulating Memory without

disturbing the existing display.

[Stor] [1] — Storage Register (M1)

Stores the displayed value in non-cumulative, permanent Memory

(e.g., 10 [Stor] [1], [Rcl] [1] = 10). Good for storing a single value, for

future reference.

þþ

Note: Non-cumulative means it only accepts one value (does not

add or subtract) and a second entered value will replace the first.

Permanent means the value is stored even after the calculator is

shut off. To delete a stored value, enter a new value or perform an All

Clear [Conv] [x].

[Stor] [2] — Storage Register (M2)

Same function as [Stor] [1]. See above.

12 — CONSTRUCTION MASTER

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PRO

Recall [Rcl] Key

The [Rcl] key is used to recall or review stored values (e.g., [Rcl]

[Pitch] to recall a previously entered pitch value). It is also used in re-

viewing stored settings, or in Paperless Tape and Memory operation

(see below).

[Rcl] [ = ] — Paperless Tape

Accesses the paperless tape mode (see “Paperless Tape,” page

36), which keeps track of your past 20 entries. Useful for checking

strings of numbers.

[Rcl] [Rcl] — Clear M+

Displays and clears M+.

[Rcl] [M+] — Recall M+

Displays value stored in M+.

[Rcl] [1] —Recall M1

Recalls the stored value in M1.

[Rcl] [2] —Recall M2

Recalls the stored value in M2.

User's Guide — 13

DIMENSIONAL MEASUREMENT UNIT KEYS

The following keys are used for entering units of measure, with ease

and accuracy:

[Yds] — Yards

Enters or converts to yards.

[Feet]

Enters or converts to feet. Also used with the [Inch] and [/] keys for

entering feet-inch values (e.g., 6 [Feet] 9 [Inch] 1 [/] 2). Note: Re-

peated presses after [Conv] toggle between feet-inches and decimal

feet (e.g., 6 [Feet] 9 [Inch] 1 [/] 2 [Convert] [Feet] = 6.791667 feet;

press [Feet] again to return to feet-inch-fractions).

[Inch]

Enters or converts to inches. Also used with the [/] key for entering

fractional inch values (e.g., 9 [Inch] 1 [/] 2). Note: Repeated presses

after [Conv] toggle between fractional and decimal inches (e.g., 9

[Inch] 1 [/] 2 [Convert] [Inch] = 9.5 inch; press [Inch] again to re-

turn to inch-fractions).

[ / ] — Fraction Bar

Used to enter fractions. Fractions may be entered as proper (1/2,

1/8, 1/16) or improper (3/2, 9/8). If the denominator (bottom) is not

entered, the calculator's fractional resolution setting is automatically

used (e.g., entering 15 [/] [=] or [+] will display 15/16, based on the

default fractional resolution setting of 16ths (default setting for Trig

Plus III is 64ths).

[m] — Meters

Enters or converts to meters.

[Conv] [5] — Centimeters

Enters or converts to centimeters.

[mm] — Millimeters

Enters or converts to millimeters.

14 — CONSTRUCTION MASTER

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[Conv] [ 2 ] — Acres

Enters or converts (a square value) to acres.

[Conv] [ 0 ] — Board Feet

Enters or converts cubic values to board feet. One board foot is equal

to 144 cubic inches.

WEIGHT KEYS

[Conv] [ 1 ] — Kilograms

Enters or converts (a weight or volume value) to kilograms. A dimen-

sioned volume will convert using the stored weight per volume value.

[Conv] [ 3 ] — Metric Tons

Enters or converts (a weight or volume value) to Metric tons. A di-

mensioned volume will convert using the stored weight per volume

value.

[Conv] [ 4 ] — Pounds (lbs)

Enters or converts (a weight or volume value) to pounds. A dimen-

sioned volume will convert using the stored weight per volume value.

[Conv] [ 6 ] — Tons

Enters or converts (a weight or volume value) to tons. A dimensioned

volume will convert using the stored weight per volume value.

[Conv] [ 8 ] — Store Weight per Volume

Stores a new weight per volume value as tons per cubic yard (default

= 1.5 tons per cubic yard), or other format, as listed below:

þþ Note: After entering a value and pressing [Conv] [8], continue press-

ing the [8] digit key until you’ve reached the desired weight per vol-

ume format. To recall your setting, press [Rcl] [8].

• Ton Per CU YD

• LB Per CU YD

• LB Per CU FEET

• Ton Per CU M

• kG Per CU M

User's Guide — 15

Construction Project Keys

The following Construction Project Keys help you instantly figure quan-

tities and costs of materials, so you can build like a pro!

Block/Brick Key

The Block key helps you quickly estimate the quantity of blocks or

bricks required for building walls, walkways or other areas.

[Block] — Number of Blocks or Bricks

Calculates the total number of concrete blocks required to fill a given

area. Uses a standard block/mortar area of 128 square inches. This

key can also be used for calculating the number of “face” or “paver”

bricks by storing a brick size (see below).

[Stor] [Block] — Store Block or Brick Size

Used to store a size other than the default block size of 128 square

inches (e.g., 120 [Stor] [Block] stores a size of 120 square inches).

This value is permanently stored until you change it or perform an All

Clear. To recall the stored setting, press [Rcl] [Block].

þþ Note: For Brick Estimates—You may also enter a brick size using

[Stor] [Block]. For example, when building with standard “face”

bricks, enter a brick size of 21 square inches (21 [Stor] [Block]) or

store a “paver” brick size of 32 square inches (32 [Stor] [Block];

based on Modular U.S. brick size of 3-5/8 inches x 2-1/4 inches x

7-5/8 inches, including 3/8 inch mortar = 4 inches x 2-5/8 inches x 8

inches).

16 — CONSTRUCTION MASTER



PRO

Circular Function Keys

The circle key helps you quickly solve circular area, volume or arc

problems.

[Circ] — Circle

Displays and calculates the following values, given an entered circle

diameter* or radius:

•

diameter

•

circle area

•

circumference

*To enter a diameter (e.g., 10 feet), press 10 [Feet] [Circ].

[Conv] [Diag] — Radius

Enters or calculates the circle radius (e.g., 5 [Feet] [Conv] [Diag]).

[Conv] [Circ] — Arc Length or Degree of Arc

Enters or calculates arc length or degree of arc, and further solves for

additional circular values, listed below.

If a circle diameter and arc degree (or arc length) are entered, further

presses of [Circ] will display and calculate the following:

•

arc length or degree of arc

•

chord length

•

segment rise

•

pie slice area

•

segment area (between the chord and the arc)

[Run] — Run (Chord Length)

Used with [Rise] or [Conv] [Diag] to find the chord length or the ra-

dius of a circular segment. If the segment rise and radius have been

entered, this key will display the chord length of the circular seg-

ment.

User's Guide — 17

[Rise] — Rise (Segment Rise)

Used with [Run] or [Conv] [Diag] to find the rise or the radius of a

circular segment. If the chord length and radius have been entered,

this key will display the segment rise of the circular segment.

Column/Cone Key

The Column and Cone functions help you quickly estimate volume and

surface area of columns or cones.

[Column]

Calculates the total volume and surface area of a column using the

values stored in [Circ] and [Rise].

[Conv] [Column] — Cone

Calculates the total volume and surface area of a cone using the val-

ues stored in [Circ] and [Rise].

Footing Key

The Footing key helps you quickly estimate the volume of concrete re-

quired for concrete footings.

[Ftg] — Footing

Calculates total quantity of concrete required based on a given wall

length and footing size. Size based on standard or default footing

size equal to 1.8 square feet or 259.2 square inches.

[Stor] [Ftg] — Store Footing Area

Used to store a value other than the default of 1.8 square foot

footing size (e.g., 128 [Stor] [Ftg] stores a footing size of 128

square inches). This value is permanently stored until you change it

or perform an All Clear. To recall the stored setting, press [Rcl]

[Ftg].

18 — CONSTRUCTION MASTER



PRO

Right Triangle/Roof Framing Keys

Right Triangle:

Diagonal

Run

Rise

Using the Pythagorean theorem, the top row of keys on your Construc-

tion Master Pro provide instant solutions in dimensional format to right

triangle problems (particularly, roof framing).

The Construction Master Pro’s keys are labeled in easy to remember

roofing terms. The right triangle is calculated simply by entering two of

four variables: 1) Rise, 2) Run, 3) Diagonal or 4) Pitch.

[Pitch]

Enters or calculates the pitch (slope) of a roof (or right triangle).

Pitch is the amount of "rise" over 12 inches (or 1 meter) of "run."

Pitch may be entered as:

•

a dimension: 9 [Inch] [Pitch]

•

an angle: 30 [Pitch]

•

a ratio: 0.75 [Conv] [Pitch]

•

a percentage: 75 [%] [Pitch]

Pitch °°

Pitch =

Unit Rise

Unit Run

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