C
ONSTRUCTION
M
ASTER
®
P
RO
ADVANCED CONSTRUCTION
-
MATH CALCULATOR
Model 4065 v3.1
Pocket Reference Guide
C
ONSTRUCTION
M
ASTER ®
P
RO V 3.1
The Construction Master Pro calculators help you save time, cut costly errors and build like a pro!
Quickly Solve:
• Metric Dimensional Problems and
Conversions
• Areas, Volumes and Weights
• Column/Cone Area and Volume
• Blocks/Bricks, Drywall and Footings
• Common, Hip/Valley, Jack Rafter Lengths
(regular and irregular) and Cut Angles
• Stair Layout Solutions
TABLE OF CONTENTS
NOTE TO METRIC USERS .................... 1
KEY DEFINITIONS ................................. 4
Basic Function Keys ............................4
Keys
Length, Width and Height Keys ..........5
Keys
Construction Project Keys ...................6
Right Triangle/Roof Framing Keys ......7
Stair Layout Key ..................................9
Customizable Stair Settings ..............10
Miscellaneous
ENTERING DIMENSIONS .................... 12
Entering Linear Dimensions ..............12
Entering Square/Cubic Dimensions ..12
EXAMPLES ........................................... 13
Adding and Subtracting Strings of
Dimensions ....................................13
Rectangular Area and Volume ..........14
Entering Square and Cubic and Adding a Waste Allowance ........................14
Multi-Function
Dividing
Linear
Blocks
Dimensions
................................................16
Board Feet and Cost .........................17
Circle Area and Circumference .........17
Properties
Compound
Concrete
Miter
Footings
Concrete Volume for Driveway ..........20
Converting
– .....................21
Squaring-Up a Foundation ................22
.................................................23
RIGHT ANGLE/FRAMING .................... 24
Pitch ..........24
Slope
Common Rafter Length .....................25
Regular Hip/Valley and Jack Rafters ..26
Irregular
Rake-Wall ........................28
Rake-Wall With Base .....................29
STAIRS .................................................. 30
Stairs .............30
Stairs Given Rise Only ...................31
Stairs Riser Limited Function .........32
DEFAULT SETTINGS ........................... 33
REPAIR AND RETURN ........................ 35
NOTE TO METRIC USERS
The factory-set Stored Values and
Preferences for the Construction Master
Pro are set in imperial values. You can easily change these values to the metric values you use in your work. These values will be stored, even after the unit has been powered off, until you do a
Clear All (Ç x), a Full Reset, or change the batteries.
Below are the metric default values used in the examples in this guide, along with instructions on how to change them from the imperial default values. Calculation results shown in the guide have been rounded. Your calculator’s LCD display will give results with as many as six digits to the right of the decimal.
STORED VALUES
Desired Riser Height
Desired Tread Width
Floor Height
On-center Spacing
DEFAULT VALUE
200
MM
250
MM
250
MM
400
MM
(Cont'd)
P OCKET R EFERENCE G UIDE — 1
(Cont'd)
STORED VALUES
Weight per Volume
Block Area
Block Length
Footing Area
DEFAULT VALUE
1500
K
G
Per CU M
80000
SQ MM
400
MM
170000
MM
To change the default values, enter the new value, then press ß and the key for the value being changed. For example, to change the Desired Riser Height from
7 ½ inches to 200 mm:
KEYSTROKE DISPLAY
1. Convert Desired Riser Height to 200 mm:
2 0 0 Ç 9 ß 7
R-HT
STORED
200
MM
2. Convert Desired Tread Width 250 mm:
2 5 0 Ç 9 ß 9
3. Convert Floor Height to 250 mm:
2 5 0 Ç 9 ß 8
FLOR
STORED
250
MM
P OCKET R EFERENCE G UIDE — 2
4. Convert On-Center Spacing to 400 mm:
4 0 0 Ç 9 ß 5
OC
STORED
400
MM
5. Convert Weight Per Volume to 1500 kG per cu m:
1 5 0 0 ß 0
(press 0 until desired value is displayed)
STORED
1500
KG PER CU M
6. Convert Block Area to 80000 sq mm:
8 0 0 0 0 Ç 9 9 ß 4
B-AR
STORED
80000
SQ MM
7. Convert Block Length to 400 mm:
4 0 0 Ç 9 ß Ç l
B-LN 400
MM
8. Convert Footing Area to 170000 sq mm:
1 7 0 0 0 0 Ç 9 9 ß Ç 6
F-AR
STORED
170000
SQ MM
P OCKET R EFERENCE G UIDE — 3
KEY DEFINITIONS
Basic Function Keys
+ – x Arithmetic operation keys.
÷ =
% Four-function (+, –, x, ÷) percent key.
0 – 9 Keys used for entering and • numbers.
O Off Key — Turns all power off, clearing all non-permanent registers.
o
Ç
On/Clear Key — Turns on power. Pressing once clears the display. Pressing twice clears all temporary values.
Convert Key — Used with the dimensional keys to convert between dimensions or with other keys to access special functions.
ß
®
Store Key — Used for storing values.
Recall Key — Recalls stored values.
P
OCKET
R
EFERENCE
G
UIDE
— 4
Unit Keys y Yards f Feet i Inch m Meters
Ç 7 Centimeters
Ç 9 Millimeters
Ç 2 Acres
Length, Width and Height Keys l Enters length for calculation of area or volume.
W h
Calculates area, square-up and perimeter.
Calculates volume, wall area and total room area.
Circle/Arc Keys
C Circle — Calculates circle area and circumference.
a Arc — Calculates Arc Length or Degree, chord length, segment area, pie slice area, segment rise, and length of arched segment wall studs.
P
OCKET
R
EFERENCE
G
UIDE
— 5
Ç a Radius — Enters or calculates circle radius.
Construction Project Keys
Ç l Blocks/Bricks — Finds the number of blocks or bricks for a given area and stored block/ brick size.
ß 4 — Stores block or brick size.
Ç 8 Board Feet — Enters or converts cubic values to Board Feet.
 Compound Miter —
Calculates (based on entered spring and wall corner angle) miter angle, and bevel angle for cutting crown moulding.
ß Â —Stores value other than default spring (crown) angle of 45°.
Ç C Column/Cone — Calculates the volume and surface area of a Column and/or Cone.
Ç h Drywall — Calculates number of drywall sheets based on entered or calculated area.
P OCKET R EFERENCE G UIDE — 6
Ç W Footing — Finds quantity of concrete, based on entered wall length and stored footing area.
ß 6 — Stores footing area.
Ç d Roof — Calculates roof area, number of roof squares and bundles, and number of 4 x 8 sheets based on an entered or calculated plan area.
Ç R Polygon — Calculates full angle, bi-sect angle, side length, perimeter and area based on entered radius and number of sides.
Ç 5 Studs — Calculates number of studs based on stored
On-center spacing and entered length of wall.
Right Triangle/Roof Framing Keys p Enters or calculates the slope.
Ç p Slope — Enters a Pitch ratio, or slope (e.g., • 5 8 3 Ç p).
P
OCKET
R
EFERENCE
G
UIDE
— 7
r Enters or calculates the vertical leg of a right triangle.
Ç r Rake-Wall — Finds the stud sizes based on entered right triangle values.
R d
H
Enters or calculates the horizontal leg of a right triangle.
Diagonal
— Enters or calculates the Diagonal leg, or Common rafter.
Hip/Valley
— Calculates length of the regular or irregular Hip/Valley rafter.
Ç H Enters irregular pitch used to calculate lengths of the irregular Hip/Valley and Jack rafters.
j Calculates Jack rafter lengths on the regular-pitched roof side.
Ç j Calculates Jack rafter lengths on the irregular-pitched roof side.
ß 5 — Stores On-center spacing value for rafters and
Rake-Walls. Also used for studs.
P OCKET R EFERENCE G UIDE — 8
Stair Layout Key s Given rise and/or run and stored variables, calculates or displays:
2 Number of Risers
3 Riser Overage/
Underage
6 Tread Overage/
Underage
9 Angle of Incline
10 Stored or
Run
11 Stored or
Rise
12 Stored Desired
Stored
Width
P OCKET R EFERENCE G UIDE — 9
Ç s Riser Limited —
Recalculates Riser Height and other stair values if you’re limited by local code. The calculated Riser Height will never exceed the stored Desired
Riser Height.
Customizable Stair Settings
ß 7 Stores Desired Riser Height.
ß 9 Stores Desired Tread Width.
Ç ß Sets Headroom. See large
ß ß User’s Guide, Preference
ß Settings, for details.
Miscellaneous Functions
B Backspace Key
Ç ß Preference Settings
P OCKET R EFERENCE G UIDE — 10
Ç • Converts between D:M:S and
Decimal Degrees.
Ç % x 2
Ç B ( ) Square Root
Ç / Exponential Notation (x10y)
Ç 0 Total Cost (based on entry of per unit cost)
ß 0 Stores Weight per Volume
Ç 6 Tons
Ç 4 Pounds
Ç 1 Kilograms
Ç μ (M–) Memory Minus
ß 1 (M1) Storage Register
ß 2 (M2) Storage Register
ß 3 (M3) Storage Register
® ® Recall and Clear M+
® μ, Recall M+, M1, M2 or M3
1, 2 or 3
P OCKET R EFERENCE G UIDE — 11
ENTERING DIMENSIONS
Entering Linear Dimensions
Examples of entering Linear Dimensions:
DIMENSION
Clear calculator
17.5 m
Clear calculator
100 cm
Clear calculator
500 mm
KEYSTROKE o
1 7 • 5 m o
1 0 0 Ç 7 o
5 0 0 Ç 9
Entering Square/Cubic Dimensions
Examples of entering Square and Cubic
Dimensions:
KEYSTROKE o o
DISPLAY
0.
Enter numeric value and press desired unit key once to label value as “Linear:”
1 0 0 Ç 9 100.
MM
KEYSTROKE o o
DISPLAY
0.
Enter numeric value and press desired unit key twice to label value as “Square:”
1 0 0 Ç 9 9 100.
SQ MM
P OCKET R EFERENCE G UIDE — 12
KEYSTROKE o o
DISPLAY
0.
Enter numeric value and press desired unit key three times to label value as “Cubic:”
1 0 0 Ç 9 9 9
100
CU MM
Note: If you pass the desired dimensional format, keep on pressing the dimensional unit key until the desired result is displayed again.
EXAMPLES
Adding and Subtracting Strings of
Dimensions
Add the following measurements:
• 850 mm
• 1.2 m
• 600 mm
Then subtract 175 mm.
KEYSTROKE
8 5 0 Ç 9 +
1 • 2 m +
6 0 0 Ç 9 =
– 1 7 5 Ç 9 =
DISPLAY
2650.
2475.
MM
MM
P OCKET R EFERENCE G UIDE — 13
Rectangular Area and Volume
Find the area and volume:
• Length: 6200 mm
• Width: 3500 mm
• Height: 450 mm
KEYSTROKE DISPLAY
6 2 0 0 Ç 9 l
3 5 0 0 Ç 9 W W
AREA 21.7
SQ M
4 5 0 Ç 9 h h
VOL 9.765
CU M
Entering Square and Cubic and Adding a Waste Allowance
Add a 10% waste allowance to 5200 sq mm. Then add a 20% waste allowance to
4500 cu mm:
KEYSTROKE DISPLAY
5 2 0 0 Ç 9 9 + 1 0 %
5720.
SQ MM
4 5 0 0 Ç 9 9 9
+ 2 0 % 5400.
CU MM
P OCKET R EFERENCE G UIDE — 14
Using Multi-Function h Key
Find the volume, wall area and total room area of a room measuring 4500 mm x
5500 mm. The room is 2500 mm high.
KEYSTROKE DISPLAY o o 0.
4 5 0 0 Ç 9 l LNTH 4500.
MM
5 5 0 0 Ç 9 W WDTH 5500.
MM
2 5 0 0 Ç 9 h HGHT 2500.
MM h h h
VOL 61.875
WALL 50.
ROOM 74.75
CU
SQ
SQ
M
M
M
Dividing Dimensions
Divide 4700 mm into thirds (divide by 3):
DISPLAY KEYSTROKE
4 7 0 0 Ç 9 ÷ 3 =
1567.
MM
P OCKET R EFERENCE G UIDE — 15
Linear Conversions
Convert 3200 mm to other dimensions:
KEYSTROKE DISPLAY
3 2 0 0 Ç 9
Ç 7
Ç m
Ç f*
Ç i*
Ç y
10
3200.
320.
FEET
6
126
MM
CM
3.200
M
INCH
INCH
3.5
YD
*Repeated presses of f or i will toggle between Feet-Inch-Fractions and Decimal Feet or Inches.
Blocks
How many blocks (block size 200 mm x
400 mm) will you need to build a retaining wall measuring 2400 mm x 6700 mm?
KEYSTROKE DISPLAY o o
2 4 0 0 Ç 9 x
0.
6 7 0 0 Ç 9 m = 16.08
SQ M
Ç l
(Blocks) BLKS 201.
P OCKET R EFERENCE G UIDE — 16
Board Feet and Cost
Find the total Board Feet for the following boards: 2 x 4 x 16, 2 x 10 x 18 and
2 x 12 x 20. What is the total cost at
$275 per MBM?
KEYSTROKE DISPLAY o o
2 x 4 x 1 6 Ç 8 μ
0.
BDFT 10.66667 M
2 x 1 0 x 1 8 Ç 8 μ
BDFT 30. M
2 x 1 2 x 2 0 Ç 8 μ
BDFT 40. M
® ® x 2 7 5 Ç 0 (Cost)
BDFT 80.66667
$22.
18
Circle Area and Circumference
Find the area and circumference of a circle with a diameter of 625 mm:
KEYSTROKE DISPLAY o o
6 2 5 Ç 9 C
C
C
DIA 625.
MM
AREA 306796.
SQ MM
CIRC 1963.
0.
MM
P OCKET R EFERENCE G UIDE — 17
Circle/Arc Properties
Find Arc properties given a 1500 mm diameter and an Arc length of 900 mm:
KEYSTROKE DISPLAY
1. Enter Circle diameter and Arc length:
o o
1 5 0 0 Ç 9 C DIA 1500.
MM
9 0 0 Ç 9 a
ARC 900.
0.
MM
2. Find Degree of Arc, Chord Length,
Segment Area, Pie Slice Area and
Segment Rise:
a
a
a
a
a
ARC 68.75
CORD 847.
MM
SEG 75364.
SQ MM
PIE 337500.
SQ MM
°
RISE 131.
MM
*
*You may also find arched segment wall stud sizes, based on the stored o.c. After the segment rise, the calculator will display the stored o.c., then calculate the stud sizes with each successive press of the a key.
Compound Miter
If the wall corner angle is 60° and the spring (crown) angle is 38°, find the miter angle and bevel angle for installing crown moulding:
P OCKET R EFERENCE G UIDE — 18
KEYSTROKE DISPLAY o o 0.
3 8 ß Â SPRG
STORED
38.00°
6 0 Â
Â
Â
Â
MITR 46.84°
BEVL 43.03°
SPRG STORED
38.00°
CRNR 60.00°
Concrete Columns
Find the total cubic kilograms and cubic meters (using 1500 kg per cubic meter) required for three (3) colums, each with a diameter of 1600 mm and a height of
3000 mm:
KEYSTROKE DISPLAY
1. Recall stored Weight per Volume:
o o
® 0
STORED
1500
K
0.
G
Per CU M
2. Enter diameter:
1 6 0 0 Ç 9 C
DIA 1600.
MM
3. Find total volume:
3 0 0 0 Ç 9 h
Ç C
(Column/Cone)
COL 6.03
CU M
4. Convert to kilograms:
Ç 1
(kg) 9048.
K
G
P OCKET R EFERENCE G UIDE — 19
Concrete Footings
Find the volume of concrete required for an 200 mm x 400 mm footing that measures 30 m in length:
KEYSTROKE DISPLAY o o 0.
2 0 0 Ç 9 x 4 0 0 Ç 9 =
80000.
SQ MM
ß 6 F-AR STORED
80000.
SQ MM
3 0 m Ç W
(Footing)
FTG 2.4
CU M
Concrete Volume for Driveway
Calculate the cubic meters of concrete required to pour a driveway that measures:
14 m long x 4 m wide x 125 mm deep.
If concrete is $65 per cubic meter, what will it cost?
KEYSTROKE o o
1 4 m x 4 m x 1 2 5 Ç 9 = x 6 5 Ç 0 (Cost)
DISPLAY
0.
14
M
4
M
7
CU M
$455.
00
(total cost)
P OCKET R EFERENCE G UIDE — 20
Converting D:M:S
Convert 23° 42’ 39” to decimal degrees:
KEYSTROKE DISPLAY o o 0.
2 3 • 4 2 • 3 9 DMS 23.42.39
Ç • (dms deg) 23.71°
Polygon — Brick Paving
Find the Full Angle, Bi-sect Angle, Side
Length, Perimeter and Area of a Polygon for paving a brick patio. The radius is
2300 mm and the number of sides is five:
KEYSTROKE DISPLAY o o 0.
2 3 0 0 Ç 9 Ç a (Radius)
RAD 2300.
MM
5 Ç R (Polygon)
R
R
R
R m
FULL 108.00°
HALF 54.00°
SIDE 2704.
PER 13519.
AREA 12.6
MM
MM
SQ M
P OCKET R EFERENCE G UIDE — 21
Squaring-Up a Foundation
Square-up a 4700 mm x 3100 mm foundation:*
KEYSTROKE DISPLAY o o 0.
4 7 0 0 Ç 9 l LNTH 4700.
MM
3 1 0 0 Ç 9 W WDTH 3100.
MM
W W SQUP 5630.
MM
*Alternative Method
Square-up a 4700 mm x 3100 mm foundation:*
KEYSTROKE DISPLAY o o 0.
4 7 0 0 Ç 9 R RUN 4700.
MM
3 1 0 0 Ç 9 r RISE 3100.
MM d DIAG 5630.
MM
P OCKET R EFERENCE G UIDE — 22
Studs
Find the number of 400 mm On-center studs* required for a wall measuring 7600 mm in length:
KEYSTROKE DISPLAY o o
7 6 0 0 Ç 9 Ç 5 (Studs)
0.
STUD 20.
*If you are working with a number other than
400 mm On-center, change it via ß 5
(e.g., 500 mm o.c., enter 5 0 0 Ç 9
ß 5, then recalculate above).
P OCKET R EFERENCE G UIDE — 23
RIGHT ANGLE/FRAMING
Pitch — Converting Roof Angle
Find the % Grade, Slope and Pitch in mm if the roof angle is 30.25°:
KEYSTROKE o o
3 0 • 2 5 p p p p Ç 9
DISPLAY
0.
PTCH 30.25°
%GRD 58.31828
SLP 0.583183
PTCH 178.
MM
Converting Slope
Find the Pitch in Inches, Pitch Degrees, and Percent Grade if the slope is 0.625:
KEYSTROKE DISPLAY o o 0.
• 6 2 5 Ç p
(Slope)
SLP 0.625 p Ç 9 p p
PTCH 190.5
MM
PTCH 32.01°
%GRD 62.5
P OCKET R EFERENCE G UIDE — 24
Common Rafter Length
Find the point-to-point length of the
Common rafter on a 175/300 mm pitched roof with a span of 8500 mm. What are the angle cuts?
KEYSTROKE DISPLAY
1. Enter Pitch:
o o 0.
1 7 5 Ç 9 p PTCH 175.
MM
2. Enter half the span as the run:
8 5 0 0 Ç 9 ÷ 2 = 4250.
MM
R RUN 4250.
MM
3. Find the Common and cuts:
d
d
d
DIAG 4900.
MM
PLMB 29.86°
LEVL 60.14°
P OCKET R EFERENCE G UIDE — 25
Regular Hip/Valley and Jack Rafters
A roof’s Pitch is 255/300 mm and half the total span is 1800 mm. Find the lengths of the Common, Hip/Valley and Jack rafters.
Also find the incremental jack adjustment and the cut angles. (Jack rafters at 400 mm On-center spacing.)
KEYSTROKE DISPLAY
1. Find the Common rafter length:
o o 0.
1 8 0 0 Ç 9 R RUN 1800.
MM
2 2 5 Ç 9 p PTCH 225.
MM
d
(Common) DIAG 2237.
MM
2. Find the Hip/Valley rafter length and cut angles; then the incremental jack adjustment, Jack rafter lengths and cut angles:
H
H
H
H
j
j
j
j
j
JKOC
H/V 2872.
PLMB 27.56°
LEVL 62.44°
CHK1 45.00°
STORED
400.
INCR 497.
JK 1 1740.
JK 2 1243.
JK 3 746.
MM
MM
MM
MM
MM
MM
P OCKET R EFERENCE G UIDE — 26
j
j
j
j
j
JK 4 249.
JK 5 0.
MM
MM
PLMB 36.43°
LEVL 53.57°
CHK1 45.00°
Irregular Hip/Valley
A roof has a 225/300 mm Pitch, an irregular Pitch of 200/300 mm, and half the span is 2000 mm. Solve the Hip/Valley length. On-center spacing is 400 mm.
KEYSTROKE DISPLAY
1. Find Common rafter length:
o o
2 2 5 Ç 9 p PTCH 225.
MM
2 0 0 0 Ç 9 R RUN 2000.
MM
d DIAG 2486.
0.
MM
2. Enter On-center spacing and irregular
Pitch; find irregular Hip rafter:
® 5
(o.c.) OC STORED
400.
MM
2 0 0 Ç 9 Ç H Ç 9
(Ir/Pitch)
H
200.
IH/V 3353.
MM
MM
P OCKET R EFERENCE G UIDE — 27
Rake-Wall – No Base
Find each stud size in a Rake-Wall with a peak of 1000 mm, and a length of
1500 mm. Use 400 mm as your on-center spacing:
KEYSTROKE DISPLAY
1. Enter Rise and Run:
o o
0.
1 0 0 0 Ç 9 r RISE 1000.
MM
1 5 0 0 Ç 9 R RUN 1500.
MM
2. Find stud lengths:
Ç r
(R/Wall)
RWOC
STORED
400.
MM
r
r
r
r
RW 1 733.
RW 2 467.
RW 3 200.
BASE 0
MM
MM
MM
MM
3. Find Rake-Wall angle of incline:
r RW 33.69°
P OCKET R EFERENCE G UIDE — 28
Rake-Wall – With Base
Find each stud size in a Rake-Wall with a peak of 1200 mm, a length of 2400 mm, and a base of 1500 mm. Use 400 mm as your On-center spacing:
KEYSTROKE DISPLAY
1. Enter Rise and Run:
o o
0.
1 2 0 0 Ç 9 r RISE 1200.
MM
2 4 0 0 Ç 9 R RUN 2400.
MM
2. Enter base and find stud lengths and angle of incline:
1 5 0 0 Ç 9 Ç r
(R/Wall)
r
r
r
r
r
r
r
r
BASE 1500.
RWOC STORED
400.
RW 1 2500.
RW 2 2300.
RW 3 2100.
RW 4 1900.
RW 5 1700.
BASE 1500.
MM
MM
MM
MM
MM
MM
MM
MM
RW 26.57°
P OCKET R EFERENCE G UIDE — 29
STAIRS
Stairs — Given Rise and Run
You’re going to build a stairway that has a floor-to-floor height of 3100 mm, a run of
3800 mm, and a desired riser height of
200 mm (default). Find the stair values:
KEYSTROKE DISPLAY
1. Enter rise and run:
o o
0.
3 1 0 0 Ç 9 r RISE 3100.
MM
3 8 0 0 Ç 9 R RUN 3800.
MM
2. Recall stored 200 mm desired riser height, then find the stair values:
® 7
R-HT STORED
200
MM
s
s
s
s
s
s
s
s
s
R-HT 194.
R+/– 4.
T-WD 253. MM
TRDS 15.
T+/– -5.
OPEN 2976.
STRG 4782.
MM
RSRS 16.
MM
MM
MM
MM
INCL 37.48°
P OCKET R EFERENCE G UIDE — 30
Stairs — Given Rise Only
You’re building a stairway with a total rise of 3000 mm. Using the default riser height of 200 mm and tread width of 250 mm, find the stair values:
KEYSTROKE DISPLAY
1. Enter known Rise:
o o
3 0 0 0 Ç 9 r
0.
RISE 3000.
MM
2. Recall stored desired stair riser height:
® 7 R-HT
STORED
200.
MM
3. Recall stored desired stair tread width:
® 9 T-WD
STORED
250.
MM
4. Find stair values:
s
s
s
s
s
s
s
s
s
R-HT 200.
MM
RSRS 15.
R+/– 0.
MM
T-WD
STORED
250.
MM
TRDS 14.
T+/– 0.
M
OPEN 2853.
MM
STRG 4482.
MM
INCL 38.66°
P OCKET R EFERENCE G UIDE — 31
Stairs — Riser Limited Function
Calculate stairs using the Riser Limited function, if you must limit the Riser Size to
200 mm:
KEYSTROKE DISPLAY
1. Enter Rise and Run:
o o
3 0 0 0 Ç 9 r
0.
3 8 0 0 Ç 9 R
RISE 3000.
MM
RUN 3800.
MM
2. Recall stored 200 mm Desired Riser height and find stair values:
® 7 R-HT STORED
200.
MM
Ç s
(Riser Limited)
R-HT 200.
MM
s
s
s
s
s
s
s
s
RSRS 15.
R+/– 0.
T-WD 271.
MM
MM
TRDS 14.
T+/– -6.
OPEN 3092.
STRG 4715.
MM
MM
MM
INCL 36.43°
P OCKET R EFERENCE G UIDE — 32
DEFAULT SETTINGS
After a Clear All (Ç x), your calculator will return to the following settings:
STORED VALUES
Desired Riser Height
Desired Tread Width
Floor Height
On-center Spacing
Weight per Volume
Block Area
Block Length
Footing Area
Spring (crown) Angle
DEFAULT VALUE
7-1/2
INCH
10
INCH
10
INCH
16
INCH
1.5
Ton Per CU YD
128.
SQ INCH
16
INCH
264.
SQ INCH
45.00°
If you replace your batteries or perform a
Full Reset * (press O, hold down x, and press o), your calculator will return to the following settings (in addition to those listed above):
PREFERENCE SETTINGS
Fractional Resolution
Area Display
Volume Display
DEFAULT VALUE
1/16
Standard
Standard
(Cont’d)
P OCKET R EFERENCE G UIDE — 33
(Cont’d)
PREFERENCE SETTINGS
Stairway Headroom
Rake-Wall
Arched Wall
Jack Rafters
Irregular Jack Spacing
Exponent
Meter Linear Display
Decimal Degree Display
Fractional Mode
DEFAULT VALUE
6 feet 8 inch
Descending
Outside
Descending
OC-OC
Off
0.000
0.00°
Standard
*Depressing the Reset button located above the p key will also perform a Full Reset.
P OCKET R EFERENCE G UIDE — 34
REPAIR AND RETURN
Return Guidelines:
1.
Please read the Warranty in this User's
Guide to determine if your Calculated
Industries product remains under warranty before calling or returning any device for evaluation or repairs.
2.
If your product won't turn on, check the batteries as outlined in the User's Guide.
3.
If you need more assistance, please go to our website listed below
4.
If you believe you need to return your product, please call a Calculated Industries representative between the hours of 7:00am to 4:30pm Pacific Time for additional information and a Return Merchandise
Authorization (RMA).
Call Toll Free: 1-800-854-8075
Outside USA: 1-775-885-4900 www.calculated.com/warranty
P OCKET R EFERENCE G UIDE — 35
This equipment has been certified to comply with the limits for a Class B computing device, pursuant to Subpart J of Part 15 of FCC rules.
Software copyrighted and licensed to
Calculated Industries, Inc. by
Construction Master Technologies, LLC, 2008.
Pocket Reference Guide copyrighted by
Calculated Industries, Inc. © 2008.
Construction Master® and Calculated Industries® are registered trademarks of Calculated Industries, Inc.
ALL RIGHTS RESERVED
CALCULATED INDUSTRIES®
4840 Hytech Drive
Carson City, NV 89706 U.S.A.
1-800-854-8075 or 1-775-885-4900
Fax: 1-775-885-4949
E-mail: [email protected]
www.calculated.com
Designed in the U.S.A.
Printed in China
9/08
PRG4065EE-A
