® 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.
PSF Software Ver.365 Copyright Copyright © 2002 PENTAX Industrial Instruments Co., Ltd. All Rights Reserved PENTAX Industrial Instruments Co., Ltd. is a sole proprietor of the PSF software. The PSF software and publication or parts thereof, may not be reproduced in any form, by any method, for any purpose. PENTAX Industrial Instruments Co., Ltd.
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] Illumination [ENT] [Laser] Alphanumeric [HELP] Description ON/OFF of power supply Returns to previous screen or cancels an operation. Turns the illumination of the LCD display and telescope reticle on and off.
PSF Software Ver.365 Display F Key Description Mode A [MEAS] F1 [MEAS] F1 [TARGET] [0 SET] [DISP] F2 F3 F4 [MODE] F5 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. Select whether the target is SHEET/PRISM/REFRECTORLESS.) Resets the horizontal angle to 0° 0' 0" by pressing twice.
PSF Software Ver.365 data of maximum 7500 points. Relations between memories and each Special function Special Function Memory Data to be read Data to be stored DATA STORAGE Yes Job name Job name, Station P.*1Measured P.*1 COORDINATES Yes COORD. STAKEOUT Yes OFFSET SHOTS Yes RESECTION Yes Job name, Station P.*2 Backsight P. Job name, Station P.*2 Backsight P., Stakeout P. Job name, Station P.*2 Backsight P. Job name, Known P. A,B,C Job name, Station P.*2 Backsight P., Measured P.
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 2 ACCESSING THE SPECIAL FUNCTIONS 2-1 ACCESSING BY SPECIAL KEY 2-2 ACCESSING BY HELP KEY 2-3 ACCESSING BY 007 8 8 9 10 3 COORD. STAKEOUT General pictures of measurement Detailed Operating procedures 1. JOB NAME 2. STATION SETUP 3.
PSF Software Ver.365 9 RESECTION General pictures of measurement Detailed Operating procedures 1. JOB NAME 2. STATION SETUP 3. SURVEY 10 DATA STORAGE 40 40 40 40 41 41 General pictures of measurement General picture 1. JOB NAME 2. STATION SETUP 3. SURVEY 11 MEMORY MANAGER Detailed Operating procedures 1. COORDINATES SEND 2. COORDINATES RECEIVE 3. COORDINATES EDIT 4. COORDINATES DELETE 5. SURVEY DATA SEND 6. SURVEY DATA EDIT 7.
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.
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 B by pressing the [MODE] key.) 1.DATA STORAGE 2.COORDINARES 3.COORD.STAKEOUT 4.OFFSET SHOTS 5.RESECTION 2 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. 3 COORD.
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 : AUTO 4. 501 MEAS.MIN DISP: COARSE. 5. 502 SHOT COUNT SELECT The HELP menu is displayed. 2 HELP 28. 109 COORD. STAKEOUT 29. 112 REM 30. 113 RESECTION 31. 119 DATA STORAGE 32. 200 MEMORY MANAGER Move the cursor to 28. COORD.STAKEOUT by pressing [ ∆ ], [ ∇ ] or [ ↑ ], [ ↓ ] key.
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 V.dst 92° 35' 20" 000 CLEAR 2 007 Press the numeric key 1- 0- 9 of COORD. STAKEOUT. H.angle H.dst V.dst 3 92° 35' 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.
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.
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. STAKEOUT screen. 2 For example, "XXXX" is inputted. Press the [ENT] key to view JOB NAME INPUT screen. 1. JOB NAME 2. STATION SET UP 3. STAKEOUT JOB NAME INPUT 1. Press the [ENT] key to view JOB NAME screen.
PSF Software Ver.365 3 (2) JOB NAME selection 1 COORD. STAKEOUT Press the [ENT] key. 2 For example, stored "3.BBBB" is selected. 1. JOB NAME 2. STATION SET UP 3. STAKEOUT JOB NAME INPUT 1. : 2. XXXX 3. BBBB 4. CCCC 5. DDDD Move the cursor to "3. BBBB" by pressing the [ ∆ ], [ ∇ ], [ ↑ ], [ ↓ ] keys and press the [ENT] key. Press the [ENT] key to enter. JOB NAME INPUT 1. : 2.AAAA 3.BBBB 4. CCCC 5. DDDD COORD. STAKEOUT 1. JOB NAME 2. STATION SET UP 3.
PSF Software Ver.365 3 2. STATION SETUP (1) Station Coordinates a. Station Coordinates input 1 COORD.STAKEOUT Move the cursor to 2. STATION SETUP. 2 1. JOB NAME 2. STATION SET UP 3. STAKEOUT STATION NUMBER LIST 1. 0000 Press the [ENT] key to view the STATION NUMBER LIST screen. 3 Press the [ENT] key to view the POINT NUMBER screen. POINT NUMBER 1. 1234 For example "1234" is inputted. Input the "1234" by pressing the numerical keys. CLEAR 14 COORD.
PSF Software Ver.365 3 4 Press the [ENT] key to view the STATION COORDINATES INPUT screen. STATION COORDINATES INPUT 2.DESCRIPTION 3.X COORD. 4.Y COORD. 5.Z COORD. 6.INST. H STORE 5 : : 000000.000m : 000000.000m : 000000.000m : 00.000m SELECT STATION COORDINATES INPUT For example, X COORDINATE "-123456.890" is inputted as following. Move the cursor to 3. X and press the [SELECT] key at F5 to input the X COORDINATE. 6 2.DESCRIPTION 3.X COORD. 4.Y COORD. 5.Z COORD. 6.INST. H STORE : : 000000.
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. 2 STATION NUMBER LIST Press the [ENT] key to view the STATION NUMBER LIST screen. 3 COORD.STAKEOUT 1.
PSF Software Ver.365 4 BACKSIGHT SELECTION Confirm the called STATION P. COORDINATES and then press the [ENT] key. When the INSTR. H. change is needed, change the height value, and press the [ENT] key to view the BACKSIGHT SELECTION screen. 1. COORDINATES INPUT 2.FORESIGHT COORD.(AZIMUTH) INPUT (2) Backsight Selection a. Coordinates input The Backsight Point Number and Coordinates input 1 BACKSIGHT SELECTION 1. COORDINATES INPUT 2.FORESIGHT COORD.
PSF Software Ver.365 4 Input the Backsight Coordinates according to the COORDINATES input. BACKSIGHT COORDONATES INPUT 1. POINT No. * 0025 2.DESCRIPTION : 3.X COORD. : -xxxxxx.xxx m 4.Y COORD. xxxxxx.xxx m 5.Z COORD. : xxxxxx.xxx m STORE SELECT 5 Press the [ENT] key to view the FORESIGHT NUMBER LIST screen after aiming at the Backsight Point. BACKSIGHT AIMING After aiming the Backsight Point, push the ENT. 6 FORESIGHT NUMBER LIST 1. 0000 2. 1234 3.
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 1. COORDINATES INPUT 2.FORESIGHT COORD.(AZIMUTH) INPUT [ENT] key, and go to the Operating procedures 2 of 3. STAKEOUT. 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.
PSF Software Ver.365 3 Input the Foresight point number. 4 FORESIGHT COORDINATES INPUT Input the Foresight point Coordinates. 2.DESCRIPTION 3.X COORD. 4.Y COORD. 5.Z COORD. 6.INST. H For store: : Press the [STORE]. Not for store: Press the [ENT]. : : xxxxxx.xxx m : xxxxx.xxx m : xxx.xxx m : x.xxx m STORE SELECT 5 Press the [ENT] key to view the ANGLE COMPARE screen. ANGLE COMPARE DESIGN 90° 00' 00" H.angle 0° 00' 00" DEVIATE - 90° 00' 00" H.
PSF Software Ver.365 3) Press the [ENT] key. ANGLE COMPARE DESIGN H.angle DEVIATE 90° 00' 00" 0° 00' 00" - 90° 00' 00" H.INPUT 0 SET ANG/DIST 6 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 7 DIST. COMPARE Press the [ANG/DIST] at F4 key. H.dst DESIGN 360.555 m Z coord.DESIGN 0.000 m H.dst DEVIAT Z coord.DEVIAT S.
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 Press the [ENT] key. FORESIGHT NUMBER LIST 1. 0000 2. 1234 3.
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.
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. (1) DISTANCE STAKEOUT ENT 1 .H.dist. ENT DIST COMPARE * Step 2 (1) SELECT Input H.dist. To Step 2 Input the S.dist. and V.dist. in the same way.
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.
PSF Software Ver.365 5 RDM Detailed Operating procedures Access the RDM according to "1. ACCESSING THE SPECIAL FUNCTIONS".
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.
PSF Software Ver.365 6 COORDINATES 2. STATION SETUP (1 ) STATION COORDINATES a. STATION COORDINATES input 2. STATION SETUP ENT STATION P.NUMBER LIST ENT STATION COORDINATES INPUT ENT X COORDINATE STATION P.NUMBER INPUT 2. DESCRIPTION SELECT SELECT Input X COORDINATE ENT Y COORDINATE SELECT Input Y COORDINATE ENT Z COORDINATE SELECT Input Z COORDINATE ENT INSTR. H. Input INSTR. H.
PSF Software Ver.365 6 STORE Aim at the Backsight Point ENT 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 P. NUMBER BACKSIGHT SELECTION 1. COORDINATES INPUT BACKSIGHT P. NUMBER ENT Select by shift keys ENT Confirm the BACKSIGHT P. COORDINATES values ENT Aim at the Backsight point ENT SURVEY Shift keys: ( ∆, ∇, ⇑, ⇓ ) b. AZIMUTH input BACKSIGHT SELECTION 2.
PSF Software Ver.365 6 COORDINATES 3. SURVEY (1) 3. SURVEY ENT 1. POINT No. 2. DESCRIPTION 3. PRISM H. Measure the P1 Press the [POINT] key SELECT POINT No. input SELECT SELECT MEASURED POINT 1.POINT No. 2.DESCRIPTION 3.PRISM H ENT DESCRIPTION INPUT PRISM H. input ENT XYZ COORDINATES are displayed ENT ENT 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.
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.
PSF Software Ver.365 7 OFFSET SHOTS Detailed Operating procedures 1. JOB NAME ( Selection keys: ⇐, ⇒, ⇑, ⇓ ) (1) JOB NAME input 1. JOB NAME ENT COORDINATE JOB NAME INPUT Screen JOB NAME input by pressing selection keys ENT P No ENT ENT STATION P. NUMBER LIST Screen ENT (2) JOB NAME selection ( Selection keys: ⇐, ⇒, ⇑, ⇓ ) 1 .
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 1.COORDINATES INPUT BACKSIGHT P. NUMBER LIST Screen ENT BACKSIGHT COORDINATES INPUT Screen SELECT ENT P No input ENT 2.
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 ENT PRISM H input ENT SURVEY Screen Press the F3 (PRISM H) Press MEAS (Measure the Offset point) Distance to the Offset P Is displayed. ENT OFFSET MEASURE Screen a. Target point survey OFFSET MEASURE Screen ENT 2. CROSS 3. HEIGHT SELECT 1.
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.
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.
PSF Software Ver.365 9 RESECTION The JOB NAME can be selected only when it is already stored. 2. STATION SETUP 2. STATION SETUP STATION POINT INPUT STATION No, input ENT DESCRIPTION INPUT INSTR H Input 1. STATION No. 2. DESCRIPTION ENT ENT SELECT 3. INSTR. H. ENT SELECT SELECT To AP. NUMBER LIST Screen 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 ENT AP.
PSF Software Ver.365 9 Search and shift to desired P No ENT A PRISM HEIGHT INPUT Screen SELECT PRISM H. input MEAS ENT ENT Confirm point A coordinates A SURVEY Screen Point A distance is displayed RESECTION Aim at point A ENT B P. NUMBER LIST Screen Point B survey B P. NUMBER LIST Screen Search and shift to desired P No Confirm point B coordinates SELECT B PRISM HEIGHT INPUT Screen PRISM H. input Aim at point B ENT ENT MEAS ENT B SURVEY Screen Point B distance is displayed.
PSF Software Ver.365 9 C COORDINATES INPUT Screen 2. DESCRIPTION ENT X SELECT X input ENT Y SELECT Y input Z SELECT PRISM H. input Z input SELECT DESCRIPTION INPUT PRISM H. Screen SELECT ENT ENT ENT RESECTION STORE / ENT Aim the point C Calculated station coordinates are displayed. ENT 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 ENT A P.
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 .
PSF Software Ver.365 10 DATA STORAGE 2. STATION SETUP 2. STATION SETUP ENT STATION No. input STATION POINT INPUT ENT DESCRIPTION Input DESCRIPTION by Selection keys Input INSTR.H. ENT ENT STATION No. SELECT SELECT INSTR. H. SELECT STORE 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 ENT 1. POINT No. SELECT 2. DESCRIPTION 3. PRISM H.
PSF Software Ver.365 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.
PSF Software Ver.365 11 MEMORY MANAGER b. SEND by the search of stored COORDINATES JOB NAME 1. COORDINATES SEND ENT Shift to a desired JOB NAME COORDINATES SEND Screen JOB NAME INPUT Screen ENT ENT COMMUNICATION SET UP SELECT 1. BAUD RATE SELECT Shift to desired value ENT 2. DATA LENGTH SELECT Shift to desired value ENT 3. PARITY BITS SELECT Shift to desired article SELECT Shift to desired value SELECT Shift to ON/OFF ENT 6. XON/XOFF SELECT Shift to ON/OFF ENT ENT 2.
PSF Software Ver.365 11 MEMORY MANAGER 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 ENT JOB NAME INPUT Input the stored JOB NAME POINT NUMBER INPUT Input the P No ENT (The same job name is found) ENT ENT ENT COORDINATES EDIT ENT 2. DESCRIPTION SELECT DESCRIPTION INPUT X COORD. SELECT Input the X COORD ENT Y COORD. SELECT Input the Y COORD ENT Z COORD.
PSF Software Ver.365 11 4. COORDINATES DELETE ENT MEMORY MANAGER JOB NAME INPUT Screen Search & shift to stored JOB NAME ENT (JOB NAME---, Delete the job data. Are you sure ?) 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.
PSF Software Ver.365 11 MEMORY MANAGER b. Send by search & call of the SURVEY JOB NAME 5. SURVEY DATA SEND ENT JOB NAME INPUT Screen Search a stored JOB NAME SURVEY DATA SEND Screen ENT 1. COOMUNICATION SET UP SELECT 1. BAUD RATE SELECT Shift to desired value ENT 2. DATA LENGTH SELECT Shift to desired value ENT 3. PARITY BITS SELECT Shift to desired article SELECT Shift to desired value SELECT Shift to ON/OFF ENT 6. XON/XOFF SELECT Shift to ON/OFF ENT ENT 2.
PSF Software Ver.365 11 SELECT Input ENT ENT (OVER WRITE) MEMORY MANAGER ENT 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 Input the stored JOB NAME ENT JOB NAME INPUT Screen (The same job name is found) (JOB NAME---, Delete the job data. Are you sure ?) ENT b. Delete by search and call of the SURVEY JOB NAME 7.
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.
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.
PSF Software Ver.365 d) Difference between “PowerTopoLite” CSV format on “PentaxSpecialFunction” and CSV file format from R-300 “PentaxSpecialFunction” version is slightly different from “PowerTopoLite” version as follows. Format Type of software version R-300 “PentaxSpecialFunction” PN,X,Y,Z,Code 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.
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: international@piic.pentax.co.jp Member symbol of the Japan Surveying Instruments Manufacturers’ Association representing the high quality surveying products.