Instruction Manual
®
Electronic Total Station
R-300
SERIES
R-315(N)/R-325(N)/R-335(N)/R-322(N)/R-323(N)/R326
Special Functions
PSF Software Ver.365
PENTAX Industrial Instruments CO., Ltd.
Document Ver. 1.10
PSF Software Ver.365
Display and Keyboard
ꢀ
The display and keyboard of the R-300 series are described below.
.
Alphanumeric
& +/- key
Power supply key
Functions keys
Illumination key ESC key
Laser plummet &
Electronic vial key
Operation Keys
Key
POWER
[ESC]
Description
ON/OFF of power supply
Returns to previous screen or cancels an operation.
Illumination
[ENT]
[Laser]
Turns the illumination of the LCD display and telescope reticle on and off.
Accepts the selected , hilighted, choice or the displayed screen value.
Displays the laser plummet *1, Electronic vial function, and the LD point screen
when you push the laser plummet/electronic vial key.
(Refer to “2-5 LD POINT", “3-2 Laser plummet", and “3-5 Leveling with Electronic
vial").
*1:Only the product with the Laser plummet function
Alphanumeric
[HELP]
At the numerical value screen, the numerical value and the sign '.' displayed are
input. The English characters printed right under numeric of each key are input.
Pressing [lLLU]+[ESC] key causes a help menu to appear in A MODE or B MODE
or causes a help message to appear.
Function Keys
2
PSF Software Ver.365
F Key
Display
Description
Mode A
[MEAS]
F1
F1
Pressing this key one-time measures the distance and measurement type can be
selected by Initial Setting 2.
Pressing this key twice measures the distance and another measurement type
can be selected by Initial Setting 2.
[MEAS]
[TARGET]
[0 SET]
[DISP]
F2
F3
F4
Select whether the target is SHEET/PRISM/REFRECTORLESS.)
Resets the horizontal angle to 0° 0' 0" by pressing twice.
Toggles the display composition in the order "H.angle/H.dist./V.dist.",
"H.angle/V.angle/S.dist.", and “H.angle/V.angle/H.dist./S.dist./V.dist".
Toggles the screen between MODE A and MODE B.
[MODE]
F5
Mode B
[S.FUNC ]
F1
F2
PSF Special Functions
[ANG
SET]
Brings up the angle setting screen for setting angle-related parameters
(ANGLE, %GRADE, H.ANGLE INPUT and R/L REVERSE).
[HOLD ]
F3
F4
Pressing this key twice retains (holds) the horizontal angle shown on the display.
[CORR ]
Brings up the screen for changing the Target constant, Temperature, Pressure
setting
[MODE ]
F5
Toggles the screen between MODE A and MODE B.
Other functions
[←]
F1
Moves the cursor to the left.
F2
Moves the cursor to the right.
[→]
F1
F2
F3
F3
Goes back five Items on the screen
Goes forward five items on the screen.
Changing the Reticle illumination when pressing Illumination key
Moves the cursor up
[△]
[▽]
RETICLE
[↑]
LCD
[↓]
ILLU
[CLEAR]
[SELECT]
F4
F4
F5
F5
F5
Changing the LCD contrast when pressing Illumination key
Moves the cursor down
Changing the LCD illumination when pressing Illumination key
Clears the figure
Opens the selection window
Alphanumeric Input
The point name is inputted by the Alphanumeric keys as following.
Key
Letter under Key Letter & Figure sequential order to input
[ 0 ]
[ 1 ]
[ 2 ]
[ 3 ]
[ 4 ]
[ 5 ]
[ 6 ]
[ 7 ]
[ 8 ]
[ 9 ]
[ . ]
[@][.][_][-][:][/][0]
PQRS
TUV
WXYZ
GHI
JKL
MNO
[P][Q][R][S][p][q][r][s][1]
[T][U][V][t][u][v][2]
[W][X][Y][Z][w][x][y][z][3]
[G][H][I][g][h][i][4]
[J][K][L][j][k][l][5]
[M][N][O][m][n][o][6]
[ ][?][!][_][ ][^][|][&][7]
[A][B][C][a][b][c][8]
[D][E][F][d][e][f][9]
[.][,][:][;][#][(][)]
ABC
DEF
[+/-]
[+][-][*][/][%][=][<][>]
Memories in the Instrument
This instrument incorporates not only 8 measuring programs but also a MEMORY MANAGER
program as special functions and so it can receive and record Coordinates data and surveying
3
PSF Software Ver.365
data of maximum 7500 points.
Relations between memories and each Special function
Memory
Special Function
DATA STORAGE
COORDINATES
Data to be read
Data to be stored
Yes
Yes
Job name
Job name, Station P.*1Measured P.*1
Job name, Station P.*2
Backsight P.
Job name, Station P.*2
Backsight P., Stakeout P.
Job name, Station P.*2
Backsight P., Measured P.*2
Job name, Station P.*2
Backsight P., Stakeout P.
COORD. STAKEOUT Yes
OFFSET SHOTS
RESECTION
Yes
Yes
Job name, Station P.*2
Backsight P.
Job name,
Job name, Station P.*2
Backsight P., Target P.
Job name, Station P.*2
Known P. A,B,C
Known P. A,B,C
RDM
-----
-----
-----
Yes
-----
-----
REM
-----
-----
DISTANCE STAKEOUT
-----
-----
MEMORY MANAGER
(Yes)
(Yes)
Each data contents
Station P.*1
Station P. No.
Temperature
Description
Pressure
Instrument H.
ppm
Target C.
Correction value
Station P.*2
Backsight P.
Stakeout P.
Target P.
P. No. Coordinate Description
P. No. Coordinate Description
P. No. Coordinate Description
P. No. Coordinate Description
P. No. Coordinate Description
Known P.
Measured P.*1
P. No. Prism H. H. Angle V. Angle S. Distance Description
Measured P.*2
P. No. Coordinate
Description
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PSF Software Ver.365
CONTENTS
Copyright
Display and Keyboard
Memories in the Instrument
Relations between memories and each function
7
7
7
1 INTRODUCTION
1-1 INTRODUCTION
1-2 BEFORE USING THE PSF MANUAL
8
8
2 ACCESSING THE SPECIAL FUNCTIONS
2-1 ACCESSING BY SPECIAL KEY
2-2 ACCESSING BY HELP KEY
9
2-3 ACCESSING BY 007
10
3 COORD. STAKEOUT
General pictures of measurement
Detailed Operating procedures
1. JOB NAME
11
11
12
12
14
19
2. STATION SETUP
3. STAKEOUT
4 DISTANCE STAKEOUT
General pictures of measurement
Detailed Operating procedures
23
23
24
5 RDM
General pictures of measurement
Detailed Operating procedures
6 COORDINATES
General pictures of measurement
Detailed Operating procedures
1. JOB NAME
25
25
26
2. STATION SETUP
3. SURVEY
27
27
27
27
28
30
7 OFFSET SHOTS
General pictures of measurement
Detailed Operating procedures
1. JOB NAME
2. STATION SETUP
3. SURVEY
8 REM
General pictures of measurement
Detailed Operating procedures
31
31
32
32
32
34
5
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PSF Software Ver.365
9 RESECTION
General pictures of measurement
Detailed Operating procedures
1. JOB NAME
2. STATION SETUP
3. SURVEY
10 DATA STORAGE
General pictures of measurement
General picture
40
40
40
40
41
41
1. JOB NAME
2. STATION SETUP
3. SURVEY
11 MEMORY MANAGER
Detailed Operating procedures
1. COORDINATES SEND
2. COORDINATES RECEIVE
3. COORDINATES EDIT
42
42
42
43
44
44
45
46
47
4. COORDINATES DELETE
5. SURVEY DATA SEND
6. SURVEY DATA EDIT
7. SURVEY DATA DELETE
12 DataLink DL- 01 Software
6
PSF Software Ver.365
1 INTRODUCTION
1.1 INTRODUCTION
Thank you for your first looks at PSF by reading this manual. The PSF is a user friendly data
collection and calculation program for the PENTAX total station R-300 series.
The PSF is developed based on the PCS-300 Special functions, which is known as versatile
on-board software for PENTAX PCS-300 total station series. The optimum combination of
PCS-300 and R-300 hardware makes PSF as an easy and useful fieldwork tool. The main menu
offers you the following possibilities.
ꢁ
ꢁ
ꢁ
ꢁ
ꢁ
ꢁ
ꢁ
ꢁ
ꢁ
COORD. STAKEOUT
DISTANCE STAKEOUT
RDM
COORDINATES
OFFSET SHOTS
REM
RESECTION
DATA STORAGE
MEMORY MANAGER
1.2 BEFORE USING THE R-300 PSF software MANUAL
ꢀ
The PSF manual mainly describes the R-300 special functions, and the basic operations are
described in the (basic) R-300 manual. And, therefore, refer to the R-300 basic manual
regarding the R-300 general instrument operations.
ꢀ
ꢀ
ꢀ
Before performing PSF functions, select the Target type, “Reflector Sheet” or “Prism” or
“Reflectorless”.
General pictures of measurement:
This illustrates the content of the program.
Detailed Operating procedures:
This describes the actual detailed operating procedures. Since detailing the Operating
procedures of each program would cause unnecessary complexity, this manual shows detail
for "Coordinate Stakeout Measurement" only, as an example.
Descriptions of the other programs are simplified. The guide messages, however, of each step
of the operation help you to proceed in a proper manner for the other programs. We are
confident, therefore, that you will be able to use the other application programs once you're
familiar with the operation of "Coordinate Stakeout Measurement" program.
ꢀ
Press the keys, which are drawn by the index finger.
ꢀ For further information, please contact your local Pentax Authorized dealer.
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PSF Software Ver.365
2 ACCESSING THE SPECIAL FUNCTIONS
2-1 ACCESSING BY SPECIAL KEY
Example: COORD. STAKEOUT
1
Pentax Special Function
Press the [S.FUNC] key at mode B.
(Mode A must be changed to mode
1.DATA STORAGE
2.COORDINARES
B by pressing the [MODE] key.)
3.COORD.STAKEOUT
4.OFFSET SHOTS
5.RESECTION
2
3
Pentax Special Function
Move the cursor to 3.COORD.STAKEOUT
1.DATA STORAGE
2.COORDINARES
3.COORD.STAKEOUT
4.OFFSET SHOTS
5.RESECTION
by pressing [ ∆ ], [∇ ] or [↑ ], [↓ ]key.
COORD.STAKEOUT
1. JOB NAME
2. STATION SET UP
3. STAKEOUT
The COORD.STAKEOUT can be
accessed by pressing the [ENT] key.
Other Pentax Special Function are:
Pentax Special Function
5. RESECTION
6. RDM
7. REM
8. DIST STAKEOUT
9. MEMORYMANAGER
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PSF Software Ver.365
2
ACCESSING THE SPECIAL FUNCTIONS
2-2 ACCESSING BY HELP KEY
Example: COORD. STAKEOUT
1
HELP
Press the [ESC] key while pressing the
[lLLU] at mode A or B.
1.HELP
2.401 TARGET CONST
3.402 ATM CORR
4. 501 MEAS.MIN DISP: COARSE.
5. 502 SHOT COUNT
: AUTO
The HELP menu is displayed.
SELECT
2
HELP
28. 109 COORD. STAKEOUT
29. 112 REM
Move the cursor to 28. COORD.STAKEOUT by
30. 113 RESECTION
31. 119 DATA STORAGE
32. 200 MEMORY MANAGER
pressing [ ∆ ], [∇ ] or [↑ ], [↓ ] key.
SELECT
3
COORD.STAKEOUT
The COORD. STAKEOUT can be accessed
by pressing the [SELECT] at F5 key.
1. JOB NAME
2. STATION SET UP
3. STAKEOUT
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PSF Software Ver.365
2
ACCESSING THE SPECIAL FUNCTIONS
2-3 ACCESSING BY 007
Example: COORD. STAKEOUT
1
007
Press numeric keys of 0-0-7 to enter
Command input screen on MODE A or B.
H.angle
H.dst
92° 35' 20"
V.dst
000
CLEAR
2
3
007
Press the numeric key 1- 0- 9 of COORD.
STAKEOUT.
H.angle
H.dst
V.dst
92° 35' 20"
109
COORD.STAKEOUT
1. JOB NAME
2. STATION SET UP
3. STAKEOUT
Special function COORD.STAKEOUT can be
accessed by pressing the [ENT] key.
The PSF Command No. list
007 Command
Special Functions
101
103
104
105
109
112
113
119
200
Distance Stakeout
RDM
Coordinates
Offset Shots
Coord. Stakeout
REM
Resection
Data Storage
MEMORY MANAGER
10
PSF Software Ver.365
3 COORD. STAKEOUT
General pictures of measurement
With COORD. STAKEOUT measurement, "Stakeout point coordinates" can be staked out in 3
dimensions based on the known "Station point coordinates" and the "Backsight point coordinates
or Backsight point azimuth". The horizontal angle, horizontal distance and vertical distance to the
stakeout point are automatically calculated as design values, and the differences between the
measured values and design values are displayed as deviations. When the coordinate values of
the Station point, Backsight point and Stakeout point are recorded on the instrument memory,
designation of each measured point number makes it possible to omit the each time coordinates
value input.
General pictures
Z
N
Prism height
Backsight point
Staking point
Instrument height
Station point
E
Design values and deviation
N
Z
Distance deviation
Prism
Z deviation
Horizontal distance
design value
Staking point
Prism
Horizontal angle
design value
Staking point
Horizontal angle
deviation
Station point
Backsight point
Z design value
Backsight point azimuth
Station point
E
E
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PSF Software Ver.365
3
COORD. STAKEOUT
Detailed Operating procedures
Access the COORD. STAKEOUT according to the "1. ACCESSING THE SPECIAL FUNCTIONS".
1. JOB NAME
(1) JOB NAME input
1
COORD.STAKEOUT
Press the [ENT] key to view COORD.
1. JOB NAME
STAKEOUT screen.
2. STATION SET UP
3. STAKEOUT
2
For example, "XXXX" is inputted.
JOB NAME INPUT
1.
Press the [ENT] key to view JOB NAME
INPUT screen.
Press the [ENT] key to view JOB NAME
screen.
JOB NAME
Input the JOB NAME “XXXX” by pressing
the Alphanumeric keys and arrow key.
XXXX
BS
CLEAR TO 123
3
STATION NUMBER LIST
1. 000
Press the [ENT] key to enter.
:
ꢀMaximum 15 letters can be inputted on the JOB NAME input.
ꢀWhen the same JOB NAME is already stored, the stored one is displayed after
pressing the [ENT] key at the Operating procedure 3. "The same job name is
found" is displayed.
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PSF Software Ver.365
3
COORD. STAKEOUT
(2) JOB NAME selection
1
COORD. STAKEOUT
Press the [ENT] key.
1. JOB NAME
2. STATION SET UP
3. STAKEOUT
JOB NAME INPUT
2
1.
:
2. XXXX
3. BBBB
4. CCCC
5. DDDD
For example, stored "3.BBBB" is selected.
Move the cursor to "3. BBBB" by pressing
the [ ∆ ], [∇ ], [↑ ], [↓ ] keys and press the
[ENT] key.
JOB NAME INPUT
1.
:
2.AAAA
3.BBBB
4. CCCC
5. DDDD
Press the [ENT] key to enter.
COORD. STAKEOUT
1. JOB NAME
2. STATION SET UP
3. STAKEOUT
ꢀThe JOB NAME selection is possible only when some NAME are already stored.
13
PSF Software Ver.365
3
COORD. STAKEOUT
2. STATION SETUP
(1) Station Coordinates
a. Station Coordinates input
1
COORD.STAKEOUT
Move the cursor to 2. STATION SETUP.
1. JOB NAME
2. STATION SET UP
3. STAKEOUT
2
3
STATION NUMBER LIST
1. 0000
Press the [ENT] key to view the STATION
NUMBER LIST screen.
POINT NUMBER
Press the [ENT] key to view the POINT
NUMBER screen.
1234
1.
For example "1234" is inputted.
Input the "1234" by pressing the numerical keys.
CLEAR
14
PSF Software Ver.365
3
COORD. STAKEOUT
4
STATION COORDINATES INPUT
Press the [ENT] key to view the STATION
COORDINATES INPUT screen.
2.DESCRIPTION
3.X COORD.
4.Y COORD.
5.Z COORD.
6.INST. H
:
: 000000.000m
: 000000.000m
: 000000.000m
:
00.000m
STORE
SELECT
5
STATION COORDINATES INPUT
2.DESCRIPTION
3.X COORD.
4.Y COORD.
5.Z COORD.
6.INST. H
:
For example, X COORDINATE "-123456.890" is
inputted as following.
: 000000.000m
: 000000.000m
: 000000.000m
:
00.000m
Move the cursor to 3. X and press the [SELECT]
key at F5 to input the X COORDINATE.
STORE
SELECT
6
X COORD.
Press the numerical key , +/- and point key
and input the above figures.
2.DESCRIPTION
3.X COORD.
4.Y COORD.
5.Z COORD.
:
: 000000.000m
: 000000.000m
: 000000.000m
6.INST. H
-123456.890 m
CLEAR
Press the [ENT] key to go to Y COORD.
7
Input the Y and Z COORDINATE and
STATION COORDINATES INPUT
INST. H and press the [ENT] key.
2.DESCRIPTION
3.X COORD.
4.Y COORD.
5.Z COORD.
6.INST. H
:
: - 123456.890 m
:
:
:
12345.789 m
123.678 m
00.000 m
STORE
SELECT
8
STATION COORDINATES INPUT
The STATION COORDINATE which is
input:
2.DESCRIPTION
3.X COORD.
4.Y COORD.
5.Z COORD.
6.INST. H
:
: - 123456.890 m
:
:
:
12345.789 m
123.678 m
1.3000 m
For store -Press the [STORE] key.
Not for store-Press the [ENT] key.
STORE
SELECT
15
PSF Software Ver.365
The BACKSIGHT SELECTION screen
is viewed.
BACKSIGHT SELECTION
1. COORDINATES INPUT
2.FORESIGHT COORD.(AZIMUTH)
INPUT
ꢀArticles marked by * are not changed.
ꢀDESCRIPTION input: Press the [SELECT] key, and input letters or marks.
ꢀMaximum 8 letters can be inputted at the "DESCRIPTION".
b. Search and call of the stored Station Coordinates
1
Move the cursor to 2 STATION SETUP.
COORD.STAKEOUT
1. JOB NAME
2. STATION SET UP
3. STAKEOUT
2
3
STATION NUMBER LIST
Press the [ENT] key to view the STATION
NUMBER LIST screen.
1. 0000
2. 1234
3. 0564
4. 0678
Stored "1234" is searched for example.
STATION NUMBER LIST
1. 0000
2. 1234
3. 0564
4. 0678
Move the cursor to "2. 1234" by pressing
the [ ∆ ], [∇ ], [↑ ], [↓ ] keys and press the
[ENT] key to view the INSTRUMENT
HEIGHT INPUT screen.
Pre-stored data in the Coordinate memory
is displayed.
INSTRUMENT HEIGHT INPUT
2.DESCRIPTION : *
3.X COORD.
4.Y COORD.
5.Z COORD.
6.INST. H
: * 113456.890 m
: * 22345.789 m
: * 323.678 m
:
1.5000 m
SELECT
16
PSF Software Ver.365
4
BACKSIGHT SELECTION
Confirm the called STATION P.
COORDINATES and then press the [ENT]
key.
1. COORDINATES INPUT
2.FORESIGHT COORD.(AZIMUTH)
INPUT
When the INSTR. H. change is needed,
change the height value, and press the
[ENT] key to view the BACKSIGHT
SELECTION screen.
(2) Backsight Selection
a. Coordinates input
ꢁ
The Backsight Point Number and Coordinates input
1
BACKSIGHT SELECTION
1. COORDINATES INPUT
2.FORESIGHT COORD.(AZIMUTH) INPUT
2
BACKSIGHT NUMBER LIST
Push the [ENT] key at
1. 0000
"1.COORDINATES INPUT".
BACKSIGHT NUMBER LIST screen is
viewed.
3
POINT NUMBER
1.
0025
Press the [ENT] key to view the POINT
NUMBER screen.
Input the Backsight point number
according to the STATION P.NUMBER
input.
CLEAR
Press the [ENT] key to view the BACKSIGHT
COORDONATES INPUT screen.
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PSF Software Ver.365
4
BACKSIGHT COORDONATES INPUT
Input the Backsight Coordinates
according to the COORDINATES input.
1. POINT No. *
2.DESCRIPTION
3.X COORD.
4.Y COORD.
5.Z COORD.
0025
:
:
:
-xxxxxx.xxx m
xxxxxx.xxx m
xxxxxx.xxx m
STORE
SELECT
5
Press the [ENT] key to view the
BACKSIGHT AIMING
FORESIGHT NUMBER LIST screen after
aiming at the Backsight Point.
After aiming the Backsight
Point, push the ENT.
6
FORESIGHT NUMBER LIST
1. 0000
2. 1234
3. 0025
ꢀMaximum 4 digits can be inputted on the Backsight number input.
ꢁ Search and Call of the stored Backsight Point Number
1
BACKSIGHT SELECTION
1. COORDINATES INPUT
2.FORESIGHT COORD.(AZIMUTH)
INPUT
Press the [ENT] key on 1 COORDINATES
INPUT to view the BACKSIGHT NUMBER
LIST screen .
2
BACKSIGHT NUMBER LIST
Move the cursor to your desired
Backsight Point Number.
1. 0000
2. 1234
3. 0025
3
BACKSIGHT AIMING
After aiming the Back Sight
Point, push the ENT
Confirm the Backsight Point Coordinates
and press the [ENT] key.
After aiming at the Backsight Point, push
the [ENT] key to view the FORESIGHT NUMBER
LIST screen.
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PSF Software Ver.365
4
FORESIGHT NUMBER LIST
1. 0000
2. 1234
3. 0025
b. Azimuth angle input
1
BACKSIGHT SELECTION
Move the cursor to 2. FORESIGHT
COORD. (AZIMUTH) INPUT and press the
[ENT] key, and go to the Operating
procedures 2 of 3. STAKEOUT.
1. COORDINATES INPUT
2.FORESIGHT COORD.(AZIMUTH) INPUT
FORESIGHT NUMBER LIST
1. 0000
2. 1234
3. 0025
ꢀThe Azimuth angle input is performed at the Operating procedures 1) - 3) of BACKSIGHT
SELECTION screen in 3. STAKEOUT.
3. STAKEOUT
(1) Input and Stakeout of Foresight Point Number and Coordinates
1
COORD. STAKEOUT
Move the cursor to 3. STAKEOUT.
1. JOB NAME
2. STATION SET UP
3. STAKEOUT
2
FORESIGHT NUMBER LIST
1. 0000
2. 1234
3. 0025
Press the [ENT] key.
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PSF Software Ver.365
3
4
Input the Foresight point number.
FORESIGHT COORDINATES INPUT
2.DESCRIPTION
Input the Foresight point Coordinates.
:
3.X COORD.
4.Y COORD.
5.Z COORD.
6.INST. H
:
:
:
:
xxxxxx.xxx m
xxxxx.xxx m
xxx.xxx m
x.xxx m
For store: : Press the [STORE].
Not for store: Press the [ENT].
STORE
SELECT
5
ANGLE COMPARE
Press the [ENT] key to view the ANGLE
COMPARE screen.
DESIGN
H.angle
90° 00' 00"
0° 00' 00"
- 90° 00' 00"
DEVIATE
H.INPUT 0 SET ANG/DIST
“BACKSIGHT SELECTION” screen explanation:
ꢂ
Go to Input or Call of BACKSIGHT NUMBER LIST in case of 1. COORDINATES INPUT selection of the
BACKSIGHT SELECTION screen.
ꢂ
Go to the Operating procedures 2. FORESIGHT NUMBER LIST of 3. STAKEOUT in case of
2. FORESIGHT COORD. (AZIMUTH) INPUT selection of the BACKSIGHT SELECTION screen.
BACKSIGHT SELECTION
1. COORDINATES INPUT
2.FORESIGHT COORD.(AZIMUTH) INPUT
1)
H. ANG INPUT
Aim at the Backsight point and input the
AZIMUTH angle in case of 2.
FORESIGHT COORD. (AZIMUTH) INPUT
selection.
000° 00' 00"
Press the [H. INPUT] at F2 key.
2)
H. ANG INPUT
For example, input the 225° 00' 00" .
000° 00' 00"
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PSF Software Ver.365
3)
ANGLE COMPARE
Press the [ENT] key.
DESIGN
H.angle
90° 00' 00"
0° 00' 00"
DEVIATE - 90° 00' 00"
H.INPUT 0 SET ANG/DIST
6
7
8
Rotate the instrument horizontally and stop
it where the displayed DEVIATE becomes
0 and fix the horizontal rotation.
ANGLE COMPARE
DESIGN
H.angle
DEV.IATE
90° 00' 00"
90° 00' 00"
00° 00' 00"
H.INPUT 0 SET ANG/DIST
DIST. COMPARE
Press the [ANG/DIST] at F4 key.
H.dst DESIGN 360.555 m
Z coord.DESIGN
H.dst DEVIAT
Z coord.DEVIAT
S.dst
0.000 m
MEAS TRACK TARGET ANG/DST
DIST. COMPARE
Move the prism toward the aiming
direction of a telescope, and press the
[TRACK] at F2 key and aim at the prism.
H.dst DESIGN 360.555 m
Z coord. DESIGN
H.dst DEVIAT
0.000 m
-2.835 m
Z coord. DEVIAT -0.242 m
S.dst 378.452 m
MEAS TRACK TARGET ANG/DIST
9
DIST. COMPARE
The DEVIATE value approaches to 0, and then
press the [MEAS] at F1 key. Find a place where
the DEVIATE value becomes exactly 0, and
the place is the STAKEOUT POINT. The
STAKEOUT of the first STAKEOUT POINT is
completed.
H.dst
Z coord. DESIGN
H.dst DEVIAT
Z coord. DEVIAT
S.dst
DESIGN
360.555 m
0.000 m
0.000 m
0.000 m
378.452 m
MEAS TRACK TARGET ANG/DST
10
FORESIGHT NUMBER LIST
Press the [ENT] key. The Stakeout of the
1. 0000
second or third Stakeout point is
performed in the same way.
21
PSF Software Ver.365
ꢀAt the procedure 6, the 00" of the DEVIATE.value can be easily got if the minimum count is set to 1 ".
ꢀAt the procedure 8, a prism can be easily tracked if a position is searched using the [TRACK] function
and then using the [MEAS] function.
(2) Search and Call of the stored Foresight Point Number
1
COORD.STAKEOUT
Move the cursor to 3. STAKEOUT
1. JOB NAME
2. STATION SET UP
3. STAKEOUT
2
FORESIGHT NUMBER LIST
Press the [ENT] key.
1. 0000
2. 1234
3. 0025
3
Search for the desired Foresight point number.
4
ANGLE COMPARE
DESIGN
H.angle
DEVIATE.
90° 00' 00"
0° 00' 00"
- 90° 00' 00"
Confirm the called Foresight Coordinates
and press [ENT] key. If the prism height
change is necessary, press the [ENT] key
after the change.
H.INPUT 0 SET ANG/DIST
22
PSF Software Ver.365
4 DISTANCE STAKEOUT
General pictures of measurement
With DISANCE STAKEOUT measurement, the deviation between the input design values
(specified distance) and the distance to the prism is displayed, making it easier to stake a point.
General pictures
Slope distance design value
Stakeout Point
Elevation design value
Station Point
Horizontal distance design value
Design values and deviation
Deviation
Deviation
Slope distance measured value
Stakeout Point
Elevation measured
value
Station Point
Deviation
Horizontal distance measured value
23
PSF Software Ver.365
4
DISTANCE STAKEOUT
Detailed Operating procedures
Access the DISTANCE STAKEOUT according to "1. ACCESSING THE SPECIAL FUNCTIONS".
Step 1 Selecting the distance to be displayed and inputting the design values.
DISTANCE
STAKEOUT
(1)
ꢃ
1 .H.dist. ꢃ
SELECT ꢃ
Input H.dist.
ꢃ
ENT ꢃ ENT ꢃ DIST COMPARE ꢃ To Step 2
*
Input the S.dist. and V.dist. in the same way.
Step 2 STAKEOUT start
Move the prism to the ground point
where the deviation is "0"
(1)
(2)
(3)
TRACK / MEAS ꢃ
Use the ground point where the
deviation is "0" as the STAKEOUT point
If necessary,
repeat the measurement
Use the [ENT] key to exit
the STAKEOUT function
Go back to
Step 1
ꢃ
ꢃ
Use the [ESC] key to exit the
distance stake-out function
ꢀA prism can be easily tracked if a position is searched by using a [TRACK]
function and then using a [MEAS] function.
24
PSF Software Ver.365
5 RDM
General pictures of measurement
With RDM measurement, the horizontal distance, the slope distance, difference in height and the
percentage of slope between the reference point and the observation point are measured. The
distance between one observation point and another observation point is measured as well.
General Pictures
Slope distance
Target
Slope %
Height difference
Reference Point
Horizontal distance
Station Point
REF.P-P
P-P
P-P
P-P
Target
Target
Reference Point
Target
REF.P.-P
REF.P.-P
REF.P.-P
Target
REF.P.-P
25
PSF Software Ver.365
5
RDM
Detailed Operating procedures
Access the RDM according to "1. ACCESSING THE SPECIAL FUNCTIONS".
Step 1 Observation of the reference point
Display the distance
to the Reference
Point
(1)
PRISM H ꢃ INPUT PRIZM H ꢃ ENT ꢃ MEAS ꢃ
ENT ꢃGo to Step 2
Step 2 Observation of the target point (P1)
(1)
PRISM H ꢃ INPUT PRISM H ꢃ ENT ꢃ MEAS
Display the distance between the
reference point and P1
ꢃ
Display the ꢃ
distance to P1
ENT ꢃ
ꢃ
ENT
(2)
PRISM H ꢃ INPUT PRISM H ꢃ ENT ꢃ MEAS
Display the distance between the reference point
and P2, and thedistance between P1 and P2
Display the
distance
ꢃ
ꢃ
ENT ꢃ
ꢃ
ENT
to
*Use [DIST] key to change the distance display (REF-P/P-P)
(3)
PRISM H ꢃ INPUT PRISM H ꢃ ENT ꢃ MEAS
Display the distance between the reference point
and Px, and the distance between P (x-1) and Px
Display the
distance to Px
ꢃ
ꢃ
ENT ꢃ
* Use [DIST] key to change the distance display (REF-P/P-P)
ꢀ
ꢀ
The slope that can be calculated and displayed with the RDM function is within +/-200.00 %.
The difference in height is indicated in +/-.
26
PSF Software Ver.365
6 COORDINATES
General pictures of measurement
Any desired Target coordinates can be determined and stored by setting a Station Point as an
original point and inputting the Backsight coordinate in COORDINATES measurement. The
coordinates values from Original coordinates point can be determined by the Station coordinates
input even if the Station Point is not set as original point. Coordinates values input can be omitted
by designating the Station Point No. whenever the Station coordinates are stored in the internal
memory.
General pictures
Z
N
Target
Backsight Point
Target
Station Point
E
Detailed Operating procedures
Access the COORDINATES according to " ACCESSING THE SPECIAL FUNCTIONS ".
1. JOB NAME
(1) JOB NAME input
( Selection keys: ⇐,⇒,⇑,⇓ )
1.JOB NAME ꢃ ENT ꢃ COORDINATE JOB NAME INPUT ꢃ ENT
ꢃ
JOB NAME input by pressing selection keys ꢃ ENT
(2) JOB NAME selection ( Selection keys: ∆,∇,⇑,⇓ )
1. JOB NAME ꢃ ENT ꢃ COORDINATES JOB NAME INPUT
ꢃ SelecttheJOBNAMEbyshiftkeys ꢃ ENT ꢃ TotheprimaryscreenoftheCOORDINATES
ꢀ
The JOB NAME can be selected only when the JOB NAMES are already stored.
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PSF Software Ver.365
6
COORDINATES
2. STATION SETUP
(1 ) STATION COORDINATES
a. STATION COORDINATES input
2. STATION SETUP ꢃ ENT ꢃ STATION P.NUMBER LIST ꢃ STATION P.NUMBER INPUT
ꢃ
ENT ꢃ STATION COORDINATES INPUT ꢃ 2. DESCRIPTION ꢃ SELECT ꢃDESCRIPTION INPUT
ENT ꢃ X COORDINATE ꢃ SELECT
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
Input X COORDINATE ꢃ ENT ꢃ Y COORDINATE ꢃ SELECT
Input Y COORDINATE ꢃ ENT ꢃ Z COORDINATE ꢃ SELECT
Input Z COORDINATE ꢃ ENT ꢃ INSTR. H. ꢃ SELECT
Input INSTR. H. ꢃ ENT
STORE
ꢃ
ꢃ
BACKSIGHT SELECTION
ENT
ꢀMaximum 4 digits can be inputted at STATION P.NUMBER.
ꢀPlease press the [STORE] key to store the input data.
ꢀMaximum 8 letters can be inputted at the "DESCRIPTION”.
b. Search and call of stored STATION COORDINATES
2. STATION SETUP ꢃ ENT ꢃ STATION P.NUMBER LIST ꢃ STATION P.NUMBER by shift keys
ENT ꢃ Confirm the STATION COORDINATES values ꢃ INSTR.H. ꢃ SELECT
ꢃ
Input the INSTR. H. ꢃ ENT ꢃ BACKSIGHT SELECTION
ꢀ
The INSTR.H. can be changed.
(2) BACKSIGHT SELECTION
a. COORDINATES INPUT
ꢁ
BACKSIGHT P. NUMBER and COORDINATES input
BACKSIGHT SELECTION ꢃ 1 . COORDINATES INPUT ꢃ ENT
BACKSIGHT P. NUMBER LIST ꢃ ENT ꢃ Input the P.No ꢃ ENT
BACKSIGHT COORDINATES INPUT ꢃ 2. DESCRIPTION ꢃ SELECT ꢃ DESCRIPTION INPUT ꢃ ENT
ꢃ
ꢃ
ꢃ
X COORDINATE ꢃ SELECT ꢃ Input X COORDINATE ꢃ ENT
Y COORDINATE ꢃ SELECT ꢃ Input Y COORDINATE ꢃ ENT
Z COORDINATE ꢃ SELECT ꢃ Input Y COORDINATE ꢃ ENT
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PSF Software Ver.365
6
COORDINATES
STORE
ENT
ꢃ
ꢃ
Aim at the Backsight Point ꢃ ENT ꢃ SURVEY
ꢀ
ꢀ
Maximum 4 digits can be inputted at the BACKSIGHT P. NUMBER.
Please press the STORE key to store the input data.
ꢁ Search and call of the stored BACKSIGHT P. NUMBER
BACKSIGHT SELECTION ꢃ 1. COORDINATES INPUT ꢃ ENT
ꢃ
ꢃ
ꢃ
BACKSIGHT P. NUMBER ꢃ Select by shift keys ꢃ ENT
Confirm the BACKSIGHT P. COORDINATES values ꢃ ENT
Aim at the Backsight point ꢃ ENT ꢃ SURVEY
ꢀ
Shift keys: ( ∆,∇,⇑,⇓ )
b. AZIMUTH input
BACKSIGHT SELECTION ꢃ 2. AZIMUTH INPUT ꢃ ENT
ꢃ
ꢃ
Aim at the Backsight point ꢃ Press F5 (1/2) ꢃ Press H. INPUT
AZIMUTH INPUT ꢃ ENT ꢃ Press F5 (2/2)
ꢀ
"Aim at the Backsight point" is not displayed.
29
PSF Software Ver.365
6
COORDINATES
3. SURVEY
MEASURED POINT
1.POINT No. 2.DESCRIPTION 3.PRISM H
(1) 3. SURVEY ꢃ ENT ꢃ Press the [POINT] key ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
1. POINT No. ꢃ SELECT ꢃ POINT No. input ꢃ ENT
2. DESCRIPTION ꢃ SELECT ꢃ DESCRIPTION INPUT ꢃ ENT
3. PRISM H. ꢃ SELECT ꢃ PRISM H. input ꢃ ENT ꢃ ENT
Measure the P1 ꢃ XYZ COORDINATES are displayed ꢃ STORE / ENT
ꢀ
ꢀ
ꢀ
Maximum 4 digits can be inputted at the POINT NUMBER.
Please press the [STORE] key to store the measured data.
The PRISM H. can be changed.
(2)
(3)
POINT P2 P3, P4, -Px are measured in the same way.
SURVEY is completed by ESC key. ꢃ If necessary, repeat the measurement.
ꢃThe COORDINATES is completed by pressing the ESC key.
30
PSF Software Ver.365
7 OFFSET SHOTS
General pictures of measurement
OFFSET SHOTS can be used when the Prism cannot be positioned because of an
obstacle in the way. With this type of measurement, the Target coordinates are measured and
stored indirectly. Coordinates values input can be omitted by designating the Station point number
whenever the Station coordinates are stored in the internal memory.
General pictures
D, C and H are offset value.
Top view
Target Point
( - )
C
Backsight Point
Reflector
O
D
Reflector
( + )
Offset Point
Station Point
Target Point
( + )
H
Backsight Point
Reflector
Obstacle
Reflector
Offset Point
Station Point
31
PSF Software Ver.365
7
OFFSET SHOTS
Detailed Operating procedures
1. JOB NAME
(1) JOB NAME input
( Selection keys: ⇐,⇒,⇑,⇓ )
1. JOB NAME ꢃ ENT ꢃ COORDINATE JOB NAME INPUT Screen ꢃ ENT
ꢃ JOB NAME input by pressing selection keys ꢃ ENT ꢃ STATION P. NUMBER LIST Screen
ꢃ
ENT ꢃ P No ꢃ ENT
(2) JOB NAME selection ( Selection keys: ⇐,⇒,⇑,⇓ )
1 . JOB NAME ꢃ ENT ꢃ COORDINATE JOB NAME INPUT Screen
ꢃ
Select the JOB NAME by shift keys ꢃ ENT ꢃ To the primary screen ofOFFSET SHOTS
ꢀThe JOB NAME can be selected only when it is already stored.
2. STATION SETUP
(1) STATION COORDINATES
a. STATION COORDINATES input
2. STATION SETUP ꢃ ENT ꢃ STATION P. NUMBER LIST Screen ꢃ ENT ꢃ P. No input
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
ENT ꢃ STATION COORDINATES INPUT Screen ꢃ 2. DESCRIPTION ꢃ SELECT
DESCRIPTION INPUT ꢃ ENT ꢃ X COORDINATE ꢃ SELECT
Input Y COORDINATE ꢃ ENT ꢃ Y COORDINATE ꢃ SELECT
Input Z COORDINATE ꢃ ENT ꢃ Z COORDINATE ꢃ SELECT
Input INSTR. H. ꢃ ENT
STORE
ꢃ
ꢃ
BACKSIGHT SELECTION Screen
ENT
ꢀMaximum 4 digits can be inputted at STATION P. NUMBER.
ꢀPlease press the [STORE] key to store the input data.
ꢀMaximum 8 letters can be inputted at the "DESCRIPTION".
b. Search and call of the stored STATION COORDINATES
2. STATION SETUP ꢃ ENT ꢃ STATION P. NUMBER LIST Screen
ꢃ SELECT the NUMBER by shift keys ꢃ ENT ꢃ Confirm the STATION COORDINATES values
ꢃ
ꢃ
INSTR. H. ꢃ SELECT ꢃ INPUT INSTR. H. ꢃ ENT
BACKSIGHT SELECTION Screen
32
PSF Software Ver.365
7
OFFSET SHOTS
ꢀThe INSTR. H, can be changed.
(2) BACKSIGHT COORDINATES
a. COORDINATES input
ꢁ
BACKSIGHT COORDINATES input
BACKSIGHT SELECTION Screen ꢃ 1.COORDINATES INPUT ꢃ ENT
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
BACKSIGHT P. NUMBER LIST Screen ꢃ ENT ꢃ P No input ꢃ ENT
BACKSIGHT COORDINATES INPUT Screen ꢃ 2. DESCRIPTION
SELECT ꢃ DESCRIPTION INPUT ꢃ ENT
X COORDINATE ꢃ SELECT ꢃ Input X COORDINATE ꢃ ENT
Y COORDINATE ꢃ SELECT ꢃ Input Y COORDINATE ꢃ ENT
Z COORDINATE ꢃ SELECT ꢃ Input Z COORDINATE ꢃ ENT
STORE
ꢃ
ꢃ
Aim at the Backsight point ꢃ ENT ꢃ SURVEY
ENT
ꢀ
ꢀ
Maximum 4 digits can be inputted at the BACKSIGHT P. NUMBER.
Please press the [STORE] key to store the input data.
ꢁ
Search and call of the stored BACKSIGHT COORDINATES
BACKSIGHT SELECTION Screen ꢃ 1. COORDINATES INPUT ꢃ ENT
BACKSIGHT P. NUMBER LIST Screen ꢃ Select by shift keys ꢃ ENT
Confirm the BACKSIGHT P. COORDINATES values ꢃ ENT
ꢃ
ꢃ
ꢃ
After aiming at the Backsight point, push the ENT ꢃ ENT ꢃ SURVEY Screen
ꢀ
Shift keys: ( ∆,∇,⇑,⇓ )
b. AZIMUTH input
BACKSIGHT SELECTION ꢃ 2 AZIMUTH INPUT ꢃ ENT
ꢃ
ꢃ
ꢃ
Aim the Backsight Point ꢃ Press F5 (1/2) ꢃ Press H. INPUT
AZIMUTH INPUT ꢃ ENT ꢃ Press F5 (2/2)
Press MEAS ꢃ SURVEY Screen
33
PSF Software Ver.365
7
OFFSET SHOTS
3. SURVEY
a. Offset point survey
Place an Offset point at the place where the measurement from the Station point is possible.
3. SURVEY ꢃ ENT ꢃ SURVEY Screen ꢃ Press the F3 (PRISM H)
PRISM H input ꢃ ENT ꢃ Press MEAS (Measure the Offset point)
Distance to the Offset P Is displayed. ꢃ ENT ꢃ OFFSET MEASURE Screen
a. Target point survey
OFFSET MEASURE Screen ꢃ 1. DISTANCE ꢃ SELECT ꢃ Value D input
ENT ꢃ 2. CROSS ꢃ SELECT ꢃ Value C Input ꢃ ENT
3. HEIGHT ꢃ SELECT ꢃ Value H Input ꢃ ENT ꢃ ENT
OFFSET SHOTS Screen (Target point coordinates are displayed.) ꢃ STORE / ENT
SURVEY Screen
ꢀValue D,C and H are measured by using a tape measure.
34
PSF Software Ver.365
8 REM
General pictures of measurement
With REM measurement, a prism (Reference point) is set approximately directly below the place to
be measured, and by measuring the prism, the height to the target object can be measured. This
makes it easy to determine the heights of electric power lines, bridge suspension cables, and other
large items used in construction.
General pictures
Height
Prism height
Horizontal distance
Prism
Detailed Operating procedures
Access the REM according to "1 . ACCESSING THE SPECIAL FUNCTIONS".
Step 1 Observing the reference point
Input the height of the prism
(1) PRlSM H ꢃ INPUT PRISM H ꢃ ENT ꢃ
at the reference point
ꢃ
ENT ꢃ
ꢃ
ENT ꢃ Go to Step 2
Measure the distance
to the reference point
Step 2 Observing the target
Display the height of
the target
(1) Sight the target ꢃ ENT ꢃ
If necessary, repeat
the measurement
(2)
ꢃ Go back to Step 1 ꢃ
Press "ENT" to conclude
the observation
Press the "ESC" key to
conclude the function
ꢃ
35
PSF Software Ver.365
9 RESECTION
With RESECTION, two known points or three known points are measured in order to
determine the coordinates of the Station Point.
When the coordinates values of point A, B and C are stored in the internal memory,
each coordinate input can be omitted by designating the each point number.
General pictures
Z
Point A
X
Point B
New Point
Y
Point C
Detailed Operating procedures
Access the RESECTION according to "ACCESSING THE SPECIAL FUNCTIONS".
1. JOB NAME
(1) JOB NAME input
( Selection keys: ⇐,⇒,⇑,⇓ )
1. JOB NAME ꢃ ENT ꢃ COORDINATE JOB NAME INPUT Screen ꢃ ENT
ꢃ JOB NAME input by pressing selection keys ꢃ ENT ꢃ STATION POINT INPUT
ꢀ
Maximum 15 characters can be inputted at JOB NAME.
(2) Stored JOB NAME selection
( Selection keys: ⇐,⇒,⇑,⇓ )
1. JOB NAME ꢃ ENT ꢃ COORDINATE JOB NAME INPUT Screen
ꢃ
Select the stored JOB NAME by shift keys ꢃ ENT ꢃ To the primary screen
３６
PSF Software Ver.365
9
RESECTION
ꢀ
The JOB NAME can be selected only when it is already stored.
2. STATION SETUP
2. STATION SETUP ꢃ STATION POINT INPUT ꢃ 1. STATION No. ꢃ SELECT
ꢃ
STATION No, input ꢃ ENT ꢃ 2. DESCRIPTION ꢃ SELECT
DESCRIPTION INPUT ꢃ ENT ꢃ 3. INSTR. H. ꢃ SELECT
INSTR H Input ꢃ ENT ꢃ ENT ꢃ To AP. NUMBER LIST Screen
ꢃ
ꢃ
ꢀ
Maximum 8 letters can be inputted at the "DESCRIPTION".
3. SURVEY
(1 ) 2 known points survey
a. Known coordinates input
ꢁ Point A survey
3. SURVEY ꢃ ENT ꢃ AP. NUMBER LIST Screen ꢃ ENT ꢃ P No input
ꢃACOORDINATES INPUT Screen ꢃ 2. DESCRIPTION ꢃ SELECT ꢃ DESCRIPTION INRUT ꢃ ENT
ꢃ
ꢃ
ꢃ
ꢃ
X ꢃ SELECT ꢃ X input ꢃ ENT ꢃ Y ꢃ SELECT ꢃ Y input ꢃ ENT
Z ꢃ SELECT ꢃ Z input ꢃ ENT ꢃ PRIZM H. Screen ꢃ SELECT
PRISM H. input ꢃ ENT ꢃ STORE / ENT ꢃ A SURVEY Screen ꢃ MEAS
Point A distance is displayed ꢃ ENT ꢃ B P. NUMBER LIST Screen
ꢁ Point B survey
B P. NUMBER LIST Screen ꢃ ENT ꢃ P No input ꢃ ENT
ꢃB COORDINATES INPUT Screen ꢃ 2. DESCRIPTION ꢃ SELECT ꢃ DESCRIPTION INPUT
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
ENT ꢃ X ꢃ SELECT ꢃ X input ꢃ ENT
Y ꢃ SELECT ꢃ Y input ꢃ ENT
Z ꢃ SELECT ꢃ Z input ꢃ ENT ꢃ PRISM H. ꢃ SELECT
PRISM H. Screen ꢃ SELECT ꢃ PRISM H. Input ꢃ ENT ꢃ STORE/ ENT
B SURVEY Screen ꢃ MEAS ꢃ Point B distance is displayed. ꢃ ENT
ꢃ
Calculated Station Point coordinates are displayed. ꢃ STORE/ ENT
b. Search and call of the stored known coordinates
ꢁPoint A survey
3. SURVEY ꢃ ENT ꢃ A P. NUMBER LIST Screen
３７
PSF Software Ver.365
9
RESECTION
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
Search and shift to desired P No ꢃ ENT ꢃ Confirm point A coordinates
A PRISM HEIGHT INPUT Screen ꢃ SELECT
PRISM H. input ꢃ ENT ꢃ ENT ꢃ A SURVEY Screen ꢃ Aim at point A
MEAS ꢃ Point A distance is displayed ꢃ ENT
B P. NUMBER LIST Screen
ꢁPoint B survey
B P. NUMBER LIST Screen ꢃ Search and shift to desired P No ꢃ ENT
ꢃ
ꢃ
ꢃ
ꢃ
Confirm point B coordinates ꢃ B PRISM HEIGHT INPUT Screen
SELECT ꢃ PRISM H. input ꢃ ENT ꢃ ENT ꢃ B SURVEY Screen
Aim at point B ꢃ MEAS ꢃ Point B distance is displayed. ꢃ ENT
Calculated Station Point coordinates are displayed. ꢃ STORE / ENT
(2) 3 known points survey
a) Known coordinates input
ꢁPoint A survey
3. SURVEY ꢃ ENT ꢃ A P. NUMBER LIST Screen ꢃ ENT ꢃ P No input
ꢃ ACOORDINATES INPUT Screen ꢃ 2. DESCRIPTION ꢃ SELECT ꢃ DESCRIPTION INPUT
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
ENT ꢃ X ꢃ SELECT ꢃ X input ꢃ ENT ꢃ
Y
SELECT ꢃ Y input ꢃ ENT ꢃ Z ꢃ SELECT ꢃ Z input
ENT ꢃ PRISM H ꢃ SELECT
PRISM H. input ꢃ ENT ꢃ STORE / ENT ꢃ Aim at the point A
ENT
ꢁPoint B survey
B P. NUMBER LIST Screen ꢃ ENT ꢃ P No input ꢃ ENT
ꢃ B COORDINATES INPUT Screen ꢃ 2. DESCRIPTION ꢃ SELECT ꢃ DESCRIPTION INPUT
ꢃ
ꢃ
ꢃ
ꢃ
ENT ꢃ X ꢃ SELECT ꢃ X input
ENT ꢃ Y ꢃ SELECT ꢃ Y input ꢃ ENT
Z ꢃ SELECT ꢃ Z input ꢃ ENT ꢃ PRISM H. Screen ꢃ SELECT
PRISM H. input ꢃ ENT ꢃ STORE / ENT ꢃ Aim the point B ꢃ ENT
ꢁPoint C survey
CP. NUMBER LIST Screen ꢃ ENT ꢃ P No input ꢃ ENT
３８
PSF Software Ver.365
9
RESECTION
ꢃ C COORDINATES INPUT Screen ꢃ 2. DESCRIPTION ꢃ SELECT ꢃ DESCRIPTION INPUT
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
ENT ꢃ X ꢃ SELECT ꢃ X input
ENT ꢃ Y ꢃ SELECT ꢃ Y input ꢃ ENT
Z ꢃ SELECT ꢃ Z input ꢃ ENT ꢃ PRISM H. Screen ꢃ SELECT
PRISM H. input ꢃ ENT ꢃ STORE / ENT ꢃ Aim the point C ꢃ ENT
Calculated station coordinates are displayed. ꢃ STORE / ENT
The 3 known points survey does not require the distance measurement.
ꢀ
b. Search and call of the stored known coordinates
ꢁPoint A survey
3. SURVEY ꢃ ENT ꢃ AP. NUMBER LIST Screen ꢃ Search and shift to desired P No ꢃ ENT
ꢃ
ꢃ
ꢃ
A PRISM HEIGHT Screen ꢃ PRISM H. ꢃ SELECT
PRISM H. input ꢃ ENT ꢃ ENT ꢃ A SURVEY Screen
Aim at point A ꢃ ENT
ꢁPoint B survey
B P. NUMBER LIST Screen ꢃ Search and Shift to desired P No ꢃ ENT
ꢃ
ꢃ
ꢃ
B PRISM HEIGHT Screen ꢃ PRISM H. ꢃ SELECT
PRISM H. input ꢃ ENT ꢃ ENT ꢃ B SURVEY Screen
Aim at point B ꢃ ENT
ꢁPoint C survey
CP. NUMBER LIST Screen ꢃ Search and shift to desired P No ꢃ ENT
ꢃ
ꢃ
ꢃ
ꢃ
C PRISM HEIGHT INPUT Screen ꢃ PRIZM H. ꢃ SELECT
PRISM H. input ꢃ ENT ꢃ C SURVEY Screen
Aim at point C ꢃ ENT ꢃ STATION POINT Screen
Calculated Station coordinates are displayed. ꢃ STORE / ENT
ꢀ The 3 known points survey does not require the distance measurement.
３９
PSF Software Ver.365
10 DATA STORAGE
General pictures of measurement
With Data storage, the data of the JOB NAME a STATION is stored in the internal memory or the
instrument.
General pictures
Target
Target
Target
Station Point
Detailed Operating procedures
Access the DATA STORAGE according to “ ACCESSING THE SPECIAL FUNCTIONS ".
1. JOB NAME
(1 ) JOB NAME input ( Selection keys: ⇐,⇒,⇑,⇓ )
1 . JOB NAME ꢃ ENT ꢃ SURVEY JOB NAME INPUT ꢃ ENT
ꢃ
JOB NAME input by pressing selection keys ꢃ ENT ꢃ STATION POINT input
ꢀ
Maximum 15 letters can be inputted at JOB NAME.
(2 ) JOB NAME selection
( Selection keys: ∆,∇,⇑,⇓ )
1 . JOB NAME ꢃ ENT ꢃ SURVEY JOB NAME
ꢃ
Select JOB NAME by shift keys ꢃ ENT ꢃ To the STATION POINT input
ꢀ
The JOB NAME can be selected only when it is already stored.
40
PSF Software Ver.365
10 DATA STORAGE
2. STATION SETUP
2. STATION SETUP ꢃ ENT ꢃ STATION POINT INPUT ꢃ STATION No. ꢃ SELECT
ꢃ
STATION No. input ꢃ ENT ꢃ DESCRIPTION ꢃ SELECT
Input DESCRIPTION by Selection keys ꢃ ENT ꢃ INSTR. H. ꢃ SELECT
Input INSTR.H. ꢃ ENT ꢃ STORE
ꢃ
ꢃ
ꢀ
ꢀ
ꢀ
Maximum 4 digits can be inputted at STATION NUMBER.
Please press the STORE key to store the input data.
Maximum 15 letters can be inputted at the DESCRIPTION.
3. SURVEY
3. SURVEY ꢃ ENT ꢃ Press the POINT key ꢃ
MEASURED POINT
1.POINT No. 2. DESCRIPTION 3.PRISM H
1. POINT No. ꢃ SELECT ꢃ POINT No. input ꢃ ENT
2. DESCRIPTION ꢃ SELECT ꢃ DESCRIPTION INPUT ꢃ ENT
3. PRISM H. ꢃ SELECT ꢃ PRISM H. input ꢃ ENT ꢃ ENT
ꢃ
Measure the P1 ꢃ STORE / ENT
ꢀMaximum 4 digits can be inputted at the POINT NUMBER.
ꢀPlease press the STORE key to store the measured data.
ꢀThe H. INPUT, O SET, HOLD of Horizontal angle is possible by pressing the F5 (2/2) key.
ꢀMaximum 8 letters can be inputted at the "DESCRIPTION".
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11 MEMORY MANAGER
With MEMORY MANAGER, following MEMORY MANAGEMENT of the instrument data can be
performed.
Coordinate data: SEND, RECEIVE, EDIT, DELETE
Survey data:
SEND, EDIT, DELETE
Detailed Operating procedures
Access the MEMORY MANAGER according to the "I . ACCESSING TO THE SPECIAL
FUNCTIONS".
1. COORDINATES SEND : DC1, AUX and CSV data can be transferred.
This function can send the stored Coordinates data into a personal computer etc.
a. Send by input of the stored COORDINATES JOB NAME
1. COORDINATES SEND ꢃ ENT ꢃ JOB NAME INPUT Screen ꢃ ENT
Select and Input a stored JOB NAME (The same job name Is found) ꢃ ENT
COORDINATES SEND Screen ꢃ 1. COMMUNICATION SET UP ꢃ SELECT ꢃ 1. BAUD RATE
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 2. DATA LENGTH
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 3. PARITY BITS
SELECT ꢃ Shift to desired article ꢃ ENT ꢃ 4. STOP BITS
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 5. SIGNAL CONTROL
SELECT ꢃ Shift to ON/OFF ꢃ ENT ꢃ 6. XON/XOFF
SELECT ꢃ Shift to ON/OFF ꢃ ENT ꢃ ENT
ꢃ
ꢃ
ꢃ
ꢃ
2. FORMAT ꢃ SELECT ꢃ Shift to desired FORMAT ꢃ ENT
3. COORD AXIS ꢃ SELECT ꢃ Shift to desired COORD AXIS ꢃ ENT
ENT ꢃ SEND CONFIRMATION Screen
(JOB NAME---, After the push ENT key, Set the PC in com, mode) ꢃ ENT ꢃ SEND
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b. SEND by the search of stored COORDINATES JOB NAME
1. COORDINATES SEND ꢃ ENT ꢃ JOB NAME INPUT Screen ꢃ ENT
Shift to a desired JOB NAME ꢃ ENT
COORDINATES SEND Screen ꢃ COMMUNICATION SET UP ꢃ SELECT ꢃ 1. BAUD RATE
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 2. DATA LENGTH
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 3. PARITY BITS
SELECT ꢃ Shift to desired article ꢃ ENT ꢃ 4. STOP BITS
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 5. SIGNAL CONTROL
SELECT ꢃ Shift to ON/OFF ꢃ ENT ꢃ 6. XON/XOFF
SELECT ꢃ Shift to ON/OFF ꢃ ENT ꢃ ENT
ꢃ
ꢃ
ꢃ
2. FORMAT ꢃ SELECT ꢃ Shift to desired FORMAT ꢃ ENT
3. COORD AXIS ꢃ SELECT ꢃ Shift to desired COORD AXIS ꢃ ENT
ENT ꢃ SEND CONFIRMATION Screen
ꢃ(JOB NAME---, After the push ENT key, Set the PC in com. mode) ꢃ ENT ꢃ SEND
2. COORDINATES RECEIVE : DC1, AUX and CSV data can be transferred.
This function can receive the Coordinates data from a personal computer etc.
2. COORDINATES RECEIVE ꢃ ENT
COORDINATES RECEIVE ꢃ 1. COMMUNICATION SETUP ꢃ SELECT ꢃ 1. BAUD RATE
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 2. DATA LENGTH
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 3. PARITY BITS
SELECT ꢃ Shift to desired article ꢃ ENT ꢃ 4. STOP BITS
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 5. SIGNAL CONTROL
SELECT ꢃ Shift to ON/OFF ꢃ ENT ꢃ 6. XON/XOFF
SELECT ꢃ Shift to ON/OFF ꢃ ENT ꢃ ENT
ꢃ
ꢃ
ꢃ
2. FORMAT ꢃ SELECT ꢃ Shift to desired FORMAT ꢃ ENT
3. COORD AXIS ꢃ SELECT ꢃ Shift to desired COORD AXIS ꢃ ENT
ENT ꢃ RECEIVE CONFIRMATION Screen
ꢃ( After the PC in com. Mode, push ENT key. )ꢃ ENT ꢃ RECEIVE
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3. COORDINATES EDIT
This function can edit the stored Coordinates data.
a. Edit by input & call of the COORDINATES JOB NAME and COORDINATES
NUMBER
3. COORDINATES EDIT ꢃ ENT ꢃ JOB NAME INPUT ꢃ ENT
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
Input the stored JOB NAME ꢃ (The same job name is found) ꢃ ENT
POINT NUMBER INPUT ꢃ ENT
Input the P No ꢃ ENT ꢃ COORDINATES EDIT ꢃ 2. DESCRIPTION
SELECT ꢃ DESCRIPTION INPUT ꢃ ENT ꢃ X COORD.
SELECT ꢃ Input the X COORD ꢃ ENT ꢃ Y COORD.
SELECT ꢃ Input the Y COORD ꢃ ENT ꢃ Z COORD.
SELECT ꢃ Input the Z COORD ꢃ ENT ꢃ ENT ꢃ(OVER WRITE) ꢃ ENT
b. Edit by search & shift of the COORDINATES JOB NAME and COORDINATES NUMBER
3. COORDINATES EDIT ꢃ ENT ꢃ JOB NAME INPUT ꢃ ENT
ꢃ
ꢃ
Search and shift to the JOB NAME ꢃ ENT ꢃ POINT NUMBER INPUT
Search & shift to the stored POINT NUMBER ꢃ ENT
ꢃ COORDINATES EDIT ꢃ 2. DESCRIPTION ꢃ SELECT ꢃ DESCRIPTION INPUT ꢃ ENT
ꢃ
ꢃ
ꢃ
ꢃ
X COORD. ꢃ SELECT ꢃ Input the X COORD ꢃ ENT
Y COORD. ꢃ SELECT ꢃ Input the Y COORD ꢃ ENT
Z COORD. ꢃ SELECT ꢃ Input the Z COORD ꢃ ENT
ENT ꢃ(OVER WRITE) ꢃ ENT
4. COORDINATES DELETE
This function can delete the stored Coordinates data.
a. Delete by input of the COORDINATES JOB NAME
4. COORDINATES DELETE ꢃ ENT ꢃ JOB NAME INPUT Screen ꢃ ENT
ꢃ
ꢃ
Input the stored JOB NAME ꢃ (The same job name is found) ꢃ ENT
(JOB NAME---, Delete the job data. Are you sure ?) ꢃ ENT
b. Delete by search of the COORDINATES JOB NAME
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4. COORDINATES DELETE ꢃ ENT ꢃ JOB NAME INPUT Screen
ꢃ
Search & shift to stored JOB NAME ꢃ ENT
ꢃ
(JOB NAME---, Delete the job data. Are you sure ?) ꢃ ENT
5. SURVEY DATA SEND : DC1, AUX and SDR data can be transferred.
This function can send the stored Survey data into a personal computer etc.
a. Send by input of the SURVEY JOB NAME
5. SURVEY DATA SEND ꢃ ENT ꢃ JOB NAME INPUT Screen ꢃ ENT
Select and Input a stored JOB NAME (The same job name is found) ꢃ ENT
SURVEY DATASEND Screen ꢃ 1. COMMUNICATION SET UP ꢃ SELECT ꢃ 1. BAUD RATE
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 2. DATA LENGTH
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 3. PARITY BITS
SELECT ꢃ Shift to desired article ꢃ ENT ꢃ 4. STOP BITS
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 5. SIGNAL CONTROL
SELECT ꢃ Shift to ON/OFF ꢃ ENT ꢃ 6. XON/XOFF
SELECT ꢃ Shift to ON/OFF ꢃ ENT ꢃ ENT
ꢃ
ꢃ
2. FORMAT ꢃ SELECT ꢃ Shift to desired FORMAT ꢃ ENT
ENT ꢃ SEND CONFIRMATION Screen
ꢃ( After the PC in com. Mode, push ENT key. ) ꢃ ENT ꢃ RECEIVE
ꢃ(JOB NAME---, After the push ENT key, Set the PC in com. mode) ꢃ ENT ꢃ SEND
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b. Send by search & call of the SURVEY JOB NAME
5. SURVEY DATASEND ꢃ ENT ꢃ JOB NAME INPUT Screen
ꢃ
Search a stored JOB NAME ꢃ ENT
SURVEY DATASEND Screen ꢃ 1. COOMUNICATION SET UP ꢃ SELECT ꢃ 1. BAUD RATE
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 2. DATA LENGTH
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 3. PARITY BITS
SELECT ꢃ Shift to desired article ꢃ ENT ꢃ 4. STOP BITS
SELECT ꢃ Shift to desired value ꢃ ENT ꢃ 5. SIGNAL CONTROL
SELECT ꢃ Shift to ON/OFF ꢃ ENT ꢃ 6. XON/XOFF
SELECT ꢃ Shift to ON/OFF ꢃ ENT ꢃ ENT
ꢃ
2. FORMAT ꢃ SELECT ꢃ Shift to desired FORMAT ꢃ ENT
ENT ꢃ SEND CONFIRMATION Screen
ꢃ
ꢃ(JOB NAME---, After the push ENT key, Set the PC in com, mode) ꢃ ENT ꢃ SEND
6. SURVEY DATA EDIT
This function can edit the stored Survey data.
a. Edit by input & call of the SURVEY JOB NAME & SURVEY POINT NUMBER
6. SURVEY DATA EDIT ꢃ ENT ꢃ JOB NAME INPUT ꢃ ENT
ꢃ
ꢃ
Input the stored JOB NAME ꢃ(The same job name is found) ꢃ ENT
POINT NUMBER INPUT Screen ꢃ ENT ꢃ Input the P No ꢃ ENT
ꢃ STATION (POINT) EDIT Screen ꢃ 1. STATION (POINT) No. ꢃ input ꢃ SELECT ꢃ ENT
ꢃ
ꢃ
2. DESCRIPTION ꢃ SELECT ꢃ Input ꢃ ENT ꢃ 3. INST. (PRISM) HEIGHT
SELECT ꢃ Input ꢃ ENT ꢃ ENT ꢃ(OVER WRITE) ꢃ ENT
b. Edit by search & call of the SURVEY JOB NAME & SURVEY POINT NUMBER
6. SURVEY DATA EDIT ꢃ ENT ꢃ JOB NAME INPUT Screen
ꢃ
ꢃ
ꢃ
ꢃ
ꢃ
Search & shift to the stored JOB NAME ꢃ ENT ꢃ POINT NUMBER INPUT Screen
ENT ꢃ Search & shift to the stored (STATION) ꢃ ENT
STATION (POINT) EDIT Screen
1. STATION (POINT) No. ꢃ SELECT ꢃ Input ꢃ ENT
2. DESCRIPTION ꢃ SELECT ꢃ input ꢃ ENT ꢃ 3. INST. (PRISM) HEIGHT
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SELECT ꢃ Input ꢃ ENT ꢃ ENT ꢃ(OVER WRITE) ꢃ ENT
ꢃ
7. SURVEY DATA DELETE
This function can delete the stored Survey data.
a. Delete by input and call of the SURVEY JOB NAME
7. SURVEY DATA DELETE ꢃ ENT ꢃ JOB NAME INPUT Screen ꢃ ENT
ꢃ
Input the stored JOB NAME ꢃ(The same job name is found) ꢃ ENT
ꢃ(JOB NAME---, Delete the job data. Are you sure ?) ꢃ ENT
b. Delete by search and call of the SURVEY JOB NAME
7. SURVEY DATA DELETE ꢃ ENT ꢃ JOB NAME INPUT Screen
ꢃ
Search & shift to stored JOB NAME ꢃ ENT
ꢃ(JOB NAME---, Delete the job data. Are you sure ?) ꢃ ENT
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PSF Software Ver.365
12 DataLink DL- 01 Software
DataLink DL01 Software allows you to send collected data by R-300 to other devices, to receive
coordinates data, and to convert the resulting files into a number of common formats.
a) Recommendation for "PN"
It is recommended that "PN" (Point Name) data should consist of less or equal to 4
(one-byte) numeric characters to convert files with DL-01. Because, it may not be converted
properly if alphabetic characters or more than 5 (one-byte) numeric characters are used for
the "PN".
b) Notes for the data transferring.
Please, be careful about following items for the data transfer with "DL-01".
b-1 Notes for unit.
If you are requested to select unit when you convert data on DL-01, please select unit
according to the settings on Ｒ-300.
b-2 Limitation for each format.
Please, use "CSV" or "DC1( DC-1Z) " format to transfer data to/from Ｒ-300.
Limitation for the "CSV" format.
With the "CSV" format, "PN" and "PC" (Point Code) data consist of less
or equal to 8 (one-byte) characters can be transferred.
Limitations for the "DC1 (DC-1Z)" format.
With "DC1 (DC-1Z)" format, the length of "PN" data should consist of less
or equal to 8 (one-byte) characters. And with the "DC1 (DC-1Z)" format
"PC" data cannot be transferred.
b-3 Recommended communication settings on R-300.
Recommended settings for “COMMUNICAYTION SETUP” on R-300 special function is as
follows.
R-300BPC(DL-01) for “COORDINATES SEND”
1.BAUD RATE:
2.DATA LENGTH:
3.PARITY BITS:
4.STOP BITS:
1200
8
NIL
1
5.SIGNAL CONTROL: OFF
6.XON/XOFF: OFF
R-300BPC(DL-01) for “SURVEY DATA SEND”
1.BAUD RATE:
2.DATA LENGTH:
3.PARITY BITS:
4.STOP BITS:
1200-9600
8
NIL
1
5.SIGNAL CONTROL: OFF
6.XON/XOFF:
OFF
PC(DL-01) R-300
1.BAUD RATE:
2.DATA LENGTH:
3.PARITY BITS:
4.STOP BITS:
for “COORDINATES RECEIVE”
1200
8
NIL
1
5.SIGNAL CONTROL: OFF
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PSF Software Ver.365
6.XON/XOFF:
OFF
Please note that these settings should be common with DL-01's.
b-4 Recommended communication settings on DL-01
To configure DL-01 Communication setting, please read "Configuring the
software" in the Help topics of DL-01. And select values as follows.
For setting “Type of Device” in the "Settings" panel (Menu—“Edit”--”Settings”),
select “PCS-300/R-100(PCS)/R-300(PSF)” for “R-300 PentaxSpecificationFunction” and
other setting should be as follows.
(Please note that these settings should be common with Ｒ-300's. And if the selection of
“Type of Device” is not collect it may result in missing some data.)
R-300BPC(DL-01)
Bits per second:
Databits:
1200
8
(1200-9600 for sending "SURVEY DATA")
Parity:
Stop bits:
None
1
PC(DL-01)BＲ-300
Bits per second:
Databits:
1200
8
Parity:
Stop bits:
None
1
c) Note for the Memory capacity
Data transfer failure from DL01 to R-300 may cause reduction of memory capacity. If memory
capacity becomes less, please back up required data first, and then initialize coordinates data.
To initialize coordinates data, turn on the instrument while pressing [F2]+[F5]+[ON/OFF] keys,
and take your finger off from [ON/OFF] again.
After you see the message "COORD. DATA INITIAL", press [F5] key. Then the message
"Please,
wait" is displayed. When it is completed, the panel of Electronic Vial is displayed.
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PSF Software Ver.365
d) Difference between CSV format on “PentaxSpecialFunction” and
“PowerTopoLite”
CSV file format from R-300 “PentaxSpecialFunction” version is slightly different from
“PowerTopoLite” version as follows.
Type of software version
Format
PN,X,Y,Z,Code
R-300
“PentaxSpecialFunction”
version
PN,X,Y,Z,Code,
R-300 “PowerTopoLite” version
At the end of each line of CSV file output by “PowerTopoLite”, there is "," as shown
above.
e) Note on converting CSV file
When you attempt to convert CSV file from R-300 by DL-01, please note that it may not succeed
if CSV data type is not correct.
After [CONVERT] button is clicked on DL-01 then “CSV files from PCS/R-100 (*.*)”is selected
for the type of file,“CSV Import Option” will be appear.
In the case of CSV data doesn't have “CODE” field, please select “PN XY” or “PN XYZ” from
following four types for the “type” of data on the “CSV Import Option” panel.
PN XY (Code)
PN XYZ(Code)
PN XY
PN XYZ
f) For more information to work with DL-01, please refer to the "help" file after the
installation.
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PSF Software Ver.365
PENTAX Industrial Instruments Co., Ltd.
2-5-2, Higashi-Oizumi, Nerima-ku,
Tokyo, 178-0086, Japan
Tel:+81-3-5905-1222
Fax:+81-3-5905-1225
CERTIFIED ISO 9001 & 14001
E-mail: [email protected]
Member symbol of the Japan Surveying
Instruments Manufacturers’ Association
representing the high quality surveying products.
102002
First edition
TS01101EB2
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