[. . . ] Angle Setup) Stakeout Point Setup Stakeout Measurement
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8 Stake Out (Point to Line)
8. 1 8. 2 8. 3 8. 4 8. 5 Station Point Setup Orientation (Station Point H. Angle Setup) Point A Setup Point B Setup Point to Line Measurement
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32 32 33 33 33 >>
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CONTENTS
>>
9 Traverse Measurement
9. 1 9. 2 9. 3 9. 4 Measurement at the Start Point Measurement at a Corner Point To Finish the Traverse Measurement Traverse Calculation
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10 Cogo
Calculation Parameters and Output
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11 Area Calculation 12 3D Surface and Volume Calculation 13 REM (Remote Element Measurement) 14 RDM (Remote Distance Measurement) 15 VPM (Virtual Plane Measurement) 16 Changing Preference
Preference List
40 40 41 42 42 43
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Instruction Manuals Quick Reference Guide is intended to provide a quick reference in the field. For ease of use in the field, the following Quick Reference Guide booklets are provided in the carrying case. PowerTopoLite Operating procedure The complete instruction manuals are contained on the CD that is attached to each V-300. [. . . ] The V-300 is designed to measure distances at the speed of light in order to measure accurately, atmospheric correction needs to be used. The instrument is designed to correct for weather conditions automatically if the temperature and pressure are input. Calculation formula: K= (276. 26713 - 78. 565271 · P ) x10-6 273. 14941 + t K: Atmospheric Correction Constant P: Atmospheric pressure (hPa) t: Temperature(°C) Distance after Atmospheric Correction D = Ds (1+K) Ds: Measured distance when no Atmospheric Correction is used.
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4. Specificaties
AUTO 110
Telescoop Image Magnification Effective aperture Field of view Minimum forcus Resolving power Focus "Distance measurement" Laser class Measure Range Reflectorless Reflector sheet Mini Prism 1prism 3prisms Accuracy Prism Reflector sheet Reflectorless Minimum Reading Normal Tracking mode Measure Time-Rep. Normal Mode Tracking Mode Quick Mode Angle measurement Method Minimum Display Accuracy Compensator Type Range Leveling Plate Vial Circular Vial Optical plummet Magnification Base section Type Display Quantity Graphic LCD Numeric Keys Alpha keys Function Keys Special Keys Backlight Environmental Operating Range Water Protection Internal memory Size Motions Tangent Battery Voltage Type Dimension Weight Instrument w/Battery Carrying Case
AUTO 110N
V-335N
V-323N
Erect 30X 45mm 1°30'(2. 6%) 1. 0m 3. 0" Manual Visible Laser: Class II No Visible Laser:Class IIIR (Reflectorless), Class II (Prism) 1. 5~300m 600m (800m) 1, 100m (1, 600m) 3, 400m (4, 500m) 4, 500m (5, 600m) 1. 5m~10m:±(3+2ppmxD)mm 10m~ ±(2mm+2pmxD)mm 1. 5m~10m:±(3+2ppmxD)mm 10m~ ±(2mm+2pmxD)mm No 1. 5~200m:±(5+2ppmxD)mm, 200m~:±(7+10ppmxD)mm 1mm 10mm 2. 0 Seconds(1mm) 0. 4 Seconds(1cm) 1. 2 Seconds(1mm) Absolute Rotary Encoder 5"/1" 5" Single Axis ±3' 40"/2mm 8'/2mm 3X Shifting 2 8 lines x 20 characters 12 Standard-Dedicated Standard-Non Dedicated 5 5 10 step adjustable -20°C ~ +50°C IP55 30000 points 1 Speed(H & V) DC6V Ni-Mh 172mm x 343mm x 177mm 5. 7kg 2. 6kg 5. 6kg 5. 7kg 3"
Detachable
Detachable
16000 points
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NOTE: * The measurement range may vary by measurement conditions. * Good conditions: 40km visibility, overcast, no heat, no shimmer and moderate wind. * EDM Measuring time varies according to distance to be measured and conditions of the environment. * Reflectorless V-323N , AUTO 110N, V-335N: - The measurement range and accuracy of Reflectorless are based on the condition that laser beam is emitted perpendicular to the white side of the Kodak Gray Card. - The measurement range may be influenced by the shape of the target and its environment. - It takes time, longer than usual, to measure the distance to the object that is hard to measure. - The measurement range, accuracy of distance measurement and time required to measure may be influenced by the shape, size of surface area and reflection rate of the target and its environment. Angle Setup) Only when the orientation of the horizontal angle is required, proceed according to the following procedure. Otherwise, just pass this step by ENT To input a given angle:
INPUT F2
input value by using
0
9
DEF
.
ENT
x2
MEASUREMENT SCREEN
Or to set the angle 0°:
0 SET F1
x2
ENT
MEASUREMENT SCREEN
Or to calculate by Inverse:
INVERS F5 LIST F2 ENT LIST F2
select Start Point from the List
ENT ACCEPT F5 ENT
ENT
ACCEPT F5
select End Point from the List
x2
MEASUREMENT SCREEN
5. 3 Measurement To select the Target type:
PAGE F5
x2
press
TARGET F2
to select the desired target type
PAGE F5
NOTE: You can check the selected target type just at the left of the Battery mark in the top line of the screen.
To measure: Or to start tracking:
MEAS F1
MEAS F1
x2
NOTE: EDM measurement mode can be changed by
PAGE F5
x2
EDM F1
select and change the EDM mode
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To input the point information:
EDIT F4 ENT
input Point Name by
ESC
TO 123 F1 F5
,
0
9
DEF
.
ENT
repeat to input value
to quit
(point code)
ACCEPT F5 ENT
RETURN TO THE MEASUREMENT SCREEN
Input PC
To save the point information:
SAVE F2
(next measurement)
Or to measure and save:
ME/SAVE F3
(next measurement)
NOTE: The point number is automatically incremented or decremented for rapid continuous measurements.
5. 4 Offset Measurement For Radial Offset (horizontal distance offset along with the line of measurement):
MEASUREMENT SCREEN
PAGE F5
OFFSET F2
ENT
input value by using
RETURN TO THE MEASUREMENT SCREEN
0
9
DEF
.
ENT
ESC
ACCEPT F5
For Distance Offset (slope distance offset):
MEASUREMENT SCREEN
PAGE F5 ENT
OFFSET F2 ESC
ENT
input value by using
RETURN TO THE MEASUREMENT SCREEN
0
9
DEF
.
ACCEPT F5
NOTE: The Offset values are cleared once the measurement is saved.
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6. Free Stationing
POWER TOPO LITE MAIN MENU
FREE F4
input Inst. Height (IH) by using
0
9
DEF
.
ENT
KNOWN POINT SETUP
6. 1 Known Point Setup Select the point from the stored data:
LIST F2
select the point by
FIND PN F2 F4
ENT
ACCEPT F5
MEASUREMENT SCREEN
Or input PN which is already stored in memory to call and display the known coordinate. 6. 2 Measurement Select the target type and measure:
press
TARGET F2
to select until the desired target type
MEAS F1
NOTE: You can check the selected target type just at the left of the Battery mark in the top line of the screen. To proceed to the next point:
ENT ADD F1
KNOWN POINT SETUP
Repeat "6. 1 Known Point Setup" and "6. 2 Measurement" for all known points.
6. 3 Calculation
MEASUREMENT SCREEN
ENT
CALC F5
ACCEPT F5
ENT
input Point Name
RETURN TO POWER TOPO LITE MAIN MENU
ENT
select Point Code from the list or input
ESC
ENT
to quit
ACCEPT F5
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NOTE: The result of Free Station is automatically carried forward to the station setup of Rectangular coordinate measurement and stakeout.
7. Stake Out
POWER TOPO LITE MAIN MENU
PAGE F5
STAK F1
ENT
STATION POINT SETUP
7. 1 Station Point Setup Select from the stored data:
LIST F2
select the point by
FIND PN F2 F4
ENT
ACCEPT F5
H. ANGLE SETUP
Or input PN which is already stored in the memory to call and display the known coordinate. NOTE: The result of Free Station, prior to stakeout, is automatically set in each field of Station Setup.
7. 2 Orientation (Station Point H. Angle Setup) To input a given angle:
INPUT F2
input the value
ENT
x2
STAKEOUT COORD. SETUP
Or to set the angle 0°:
0 SET F1
x2
ENT
STAKEOUT COORD. SETUP
Or to calculate by the Back Sight Point:
BSP F5 ENT LIST F2
select the point by
FIND PN F2 F4
ENT
ACCEPT F5
STAKEOUT COORD. SETUP
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7. 3 Stakeout Point Setup Select the point from the stored data:
LIST F2
select the point by
FIND PN F2 F4
ENT
ACCEPT F5
STAKEOUT MEASUREMENT
7. 4 Stakeout Measurement Check the designed value. [. . . ] NOTE: Use the different point name (PN) when you measure the start point as the last corner point. For example, change "T1" to "T1-1" etc. Open traverse: The closing errors are not calculated. No need to end the measurement by pressing ENT .
9. 4 Traverse Calculation To Start Fixed traverse calculation:
TRAVERSE MENU
F4
x2
ENT
NOTE: To select CLOSE TRAVERSE CALC. : To select OPEN TRAVERSE CALC. :
F4
x3 x4
F4
Start Point Coordinate setup:
LIST F2
select the point by
FIND PN F2 F4
ENT
ACCEPT F5
END POINT SETUP
or to input the known coordinate;
ENT
input Point Name by
ESC
TO 123 F1 F5 ACCEPT F5
,
0
9
DEF
.
ENT
input the next value or
to quit
END POINT SETUP
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End Point Coordinate setup: the same operation as in the above.
NOTE: The End Point Coordinate Setup is required only in the fixed traverse. Result of Traverse Calculation: To see the result of each corner point: To see all points in order: To save all results:
F1
or or
F2
F3
F4
ACCEPT F5
TRAVERSE MENU
10. Cogo
To access COGO menu and select calculation type:
POWER TOPO LITE MAIN MENU
PAGE F5
CALC F2
ENT
select calc. [. . . ]