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General| Brand | Sokkia |
|---|---|
| Model | SRX1 |
| Category | Measuring Instruments |
| Language | English |
Explains the companion manuals for SRX operation and software.
Defines the graphical conventions used throughout the manual for clarity.
Explains warning and caution symbols used in the manual for safety.
Lists essential safety guidelines for instrument use, handling, and power supply.
Instructions for securing the instrument on the tribrach for transport and use.
Details on maintaining IP64 rating by proper use of caps and case.
Guidance on charging the battery and precautions for the lithium battery.
Important operational advice, including avoiding sun observation and protecting from shocks.
Procedures for cleaning, storing, and checking the instrument for accuracy.
Identifies SRX as Class 3R Laser and Class 1 LED product per safety standards.
Outlines procedures for safe use of laser features and warnings against misuse.
Introduces Auto Tracking, Bluetooth, reflectorless measurement, interface options, and touch panel.
Identifies and describes the various components and their functions on the instrument.
Visualizes the different operational modes (Basic, Program, Settings) and navigation.
Discusses precautions regarding telecommunications regulations and radio interference.
Explains fundamental key functions like power, mode switching, and softkey usage.
Details screen navigation, stylus operation, and status bar indicators.
Guides on using the SIP code input panel for character and symbol entry.
Describes how to access and use the SETTINGS mode for various instrument configurations.
Step-by-step procedure for inserting and removing CF cards for data storage.
Instructions for installing and removing the battery, including power-off procedures.
Setup and connection procedures for Bluetooth communication with external devices.
Steps for establishing and managing communication sessions between SRX and companion devices.
Information on available USB ports and their device compatibility.
Procedure for setting up communication via an RS-232C serial cable.
Steps for mounting the instrument on a tripod and centering it over the survey point.
Detailed instructions for levelling the instrument using foot screws and circular level.
Steps for powering the instrument on and off, including resume function.
Guide for calibrating the touch panel for accurate input.
Procedures for warm and cold boots to troubleshoot software problems.
How to power the SRX on/off from an external device via communication.
Configuration options for automatic target acquisition, including search methods.
Step-by-step instructions for using the auto-pointing function to sight targets.
Procedure for manual target sighting using the peep sight and telescope, including parallax elimination.
How to configure the instrument for auto tracking measurement by setting the A.T. Setting.
Steps to initiate and stop auto tracking, including softkey usage for control.
Procedure to verify sufficient reflected light for accurate distance measurement.
Explains the function and status indications of the guide light.
How to perform simultaneous distance and angle measurements.
Process for outputting measurement data to external devices.
Method for measuring heights to inaccessible points using trigonometric principles.
Steps to input station coordinates, instrument height, and target height.
How to set the backsight station's azimuth angle for coordinate calculations.
Explains the process and formulae for calculating target coordinates.
Procedure to determine instrument station coordinates using known points.
Method to determine instrument station elevation using known points.
Explains how the guide light assists in positioning targets for setting out.
Process for setting out points based on distance and direction from reference.
Method for setting out points using pre-defined coordinates.
Procedure for setting out points when direct target installation is not possible.
Finding a point's distance and angle by measuring to an offset point.
Measuring offset points to determine target angles accurately.
Method for finding a target point using two offset measurements.
Calculating distances and angles between multiple points without moving the instrument.
Procedure to redefine the starting point for missing line measurements.
Explains calculating land area using measured or registered coordinates.
Configuration of environmental and measurement parameters like tilt, collimation, and units.
Customizing settings for power, backlight, reticle, EDM ALC, and beep.
Configuration of distance measurement parameters including reflector type and prism constant.
Customizing the instrument's interface by allocating custom tabs for measurement modes.
Modifying screen elements like font size, color, and spacing for user preference.
Customizing softkey assignments for efficient operation in different measurement modes.
Setting measurement units for temperature, pressure, angle, and distance.
Procedure for setting or changing a password to protect instrument data.
Adjusting the instrument's internal clock and calendar.
Guide on performing a cold boot to reset all parameters to factory defaults.
Lists and explains various error messages, their causes, and recommended actions.
Procedure for checking and adjusting the plate level for instrument accuracy.
Steps to check and adjust the circular level for proper levelling.
Procedure to calibrate the tilt sensor and cancel tilt zero point errors.
Method to measure and correct collimation errors for accurate angular observations.
Procedures to check the perpendicularity and position of reticle lines.
Adjusting the CCD sensor offset for accurate automatic sighting.
Steps for checking and adjusting the optical plummet for precise centering.
Procedure to verify and adjust the instrument's additive distance constant for accuracy.
Details on compatible power sources and combinations for operating the instrument.
Overview of special accessories for target sighting, including prism types and adaptations.
A comprehensive list of standard equipment provided with the SRX unit.
Describes optional lenses and eyepieces like diagonal eyepiece and solar filter.
Information on cables for computer connection and the On-demand Remote Control System.
Technical details on telescope magnification, field of view, angle accuracy, and units.
Covers measuring methods, ranges, accuracy, and display resolutions for distance measurement.
Details on auto tracking methods, ranges, accuracy, and motor specifications.
Information on guide light functions, visible range, and level sensitivity.
Technical details on memory capacity, communication interfaces, and software versions.
Physical characteristics, weight, operating temperature, and resistance ratings.
FCC and IC compliance statements regarding radio frequency emissions and exposure.
Procedure to eliminate vertical circle indexing inaccuracy for high-precision angle measurements.
Explains the need for and calculation of atmospheric correction factors for accurate distance measurements.
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