Pentax R-322(N), R-323(N), R-335(N), R326, R-325(N) Display and Keyboard

PSF Software Ver.365

2

Display and Keyboard

 The display and keyboard of the R-300 series are described below.

.

Operation Keys

Key Description

POWER ON/OFF of power supply

[ESC] Returns to previous screen or cancels an operation.

Illumination Turns the illumination of the LCD display and telescope reticle on and off.

[ENT] Accepts the selected , hilighted, choice or the displayed screen v alue.

[Laser] Displays the laser plummet *1, Electronic vial function, and the LD poin t 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 El ectronic

vial").

*1:Only the product with the Laser plummet function

Alphanumeric At the numerical value screen, the numerical value and the sign '.' d isplayed are

input. The English characters printed right under numeric of each ke y are input.

[HELP] 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

Power supply key Functions keys Illumination key ESC key Laser plummet &

Electronicvial key

Alphanumeric

& +/- key

Contents

Main R-300 R-315(N)/R-325(N)/R-335(N)/R-322(N)/R-323(N)/R326 Special Functions Copyright Copyright 2002 PENTAX Industrial Instruments Co., Ltd. Display and Keyboard The display and keyboard of the R-300 series are described below. . Operation Keys Function Keys Mode A Memories in the Instrument data of maximum 7500 points. Relations between memories and each Special function Each data contents CONTENTS 3 COORD. STAKEOUT 4 DISTANCE STAKEOUT 5 RDM 9 RESECTION 10 DATA STORAGE 11 MEMORY MANAGER 12 DataLink DL- 01 Software 1.1 INTRODUCTION 1.2 BEFORE USING THE R-300 PSF software M ANUAL For further information, please contact your local Pentax Authorized dealer. 2 ACCESSING THE SPECIAL FUNCTIONS 2 3 2-2 ACCESSING BY HELP KEY 1 2 3 2-3 ACCESSING BY 007 Example: COORD. STAKEOUT 1 2 3 General pictures Design values and deviation Detailed Operating procedures Access the COORD. STAKEOUT according to the "1. ACCESSING THE SPECIAL FUNCTIONS". 1. JOB NAME (1) JOB NAME input 1 (2) JOB NAME selection (1) Station Coordinates a. Station Coordinates input 4 5 6 7 8 b. Search and call of the stored Station Coordinates 2 3 (2) Backsight Selection a. Coordinates input 4 5 6 4 b. Azimuth angle input 3. STAKEOUT (1) Input and Stakeout of Foresight Point Number and Coordinates 1 3 4 5 6 7 8 9 2 3 4 4 DISTANCE STAKEOUT General pictures Design values and deviation Access the DISTANCE STAKEOUT according to "1. ACCESSING THE SPECIAL FUNCTIONS". 5 RDM Access the RDM according to "1. ACCESSING THE SPECIAL FUNCTIONS". Step 1 Observation of the reference point Step 2 Observation of the target point (P1) 6 COORDINATES Access the COORDINATES according to " ACCESSING THE SPECIAL FUNCTIONS ". (1 ) STATION COORDINATES a. STATION COORDINATES input b. Search and call of stored STATION COORDINATES (2) BACKSIGHT SELECTION a. COORDINATES INPUT Search and call of the stored BACKSIGHT P. NUMBER b. AZIMUTH input Page 7 OFFSET SHOTS General pictures - (2) JOB NAME selection ( Selection keys: ,,, ) a. STATION COORDINA TES input b. Search and call of the stored STATION COORDINATES (2) BACKSIGHT COORDINATES a. COORDINATES input Search and call of the stored BACKSIGHT COORDINATES Place an Offset point at the place where the measurement from the Station point is possible. a. Target point survey 8 REM General pictures Access the REM according to "1 . ACCESSING THE SPECIAL FUNCTIONS". Step 1 Observing the reference point Step 2 Observing the target 9 RESECTION General pictures Access the RESECTION according to "ACCESSING THE SPECIAL FUNCTIONS". (1) JOB N AME input ( Selection keys: ,,, ) (2) Stored JOB NAME selection ( Selection keys: ,,, ) (1 ) 2 known points survey a. Known coordinates input Point B survey b. Search and call of the stored known coordinates Point A survey Point B survey (2) 3 known points survey a) Known coordinates input Point A survey Point B survey Point C survey b. Search and call of the stored known coordinates Point A survey Point B survey Point C survey 10 DATA STORAGE Page 11 MEMORY MANAGER With MEMORY MANAGER, following MEMORY MANAGEMENT of the instrument data can be performed. Coordinate data Survey data: Access the MEMORY MANAGER according to the "I . ACCESSING TO THE SPECIAL FUNCTIONS". b. SEND by the search of stored COORDINATES JOB NAME 2. COORDINATES RECEIVE : DC1, AUX and CSV data can be transferred. This function can receive the Coordinates data from a personal computer etc. 3. COORDINATES EDIT This function can edit the stored Coordinates data. b. Delete by search of the COORDINATES JOB NAME a. Edit by input & call of the COORDINATES JOB NAME and COORDINATES NUMBER b. 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 b. Send by search & call of the SURVEY JOB NAME 6. SURVEY DATA EDIT This function can edit the stored Survey data. 7. SURVEY DATA DELETE This function can delete the stored Survey data. a. Delete by input and call of the SURVEY JOB NAME b. Delete by search and call of the SURVEY JOB NAME 12 DataLink DL- 01 Software a) Recommendation for "PN" b) Notes for the data transferring. c) Note for the Memory capacity