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General| Model Series | IS Series |
|---|---|
| Category | Imaging Station |
| Manufacturer | Topcon |
| Type | Robotic Total Station |
| Telescope Diameter | 45 mm |
| Magnification | 30x |
| Reflectorless Range | 0.3 m to 2, 000 m (depending on model and surface) |
| Reflectorless Measurement | Yes |
| Laser Pointer | Yes |
| Laser Plummet | Yes |
| Operating Temperature | -20°C to +50°C |
| Technology | Robotic, Imaging |
| Angle Accuracy | 1" |
| Camera Resolution | 5MP |
| Data Storage | Internal Memory / USB |
| Internal Memory | 1GB |
| Communication | Bluetooth, USB |
| Battery Type | Lithium-ion |
| Display | Color LCD Touchscreen |
| Protection Class | IP65 (Dust-tight and water resistant) |
Warning against directing the instrument towards the sun to prevent eye and instrument damage.
Guidance on properly mounting the instrument on a tripod for stable measurements.
Instructions for correct tribrach installation to ensure measurement precision.
Precautions to protect the instrument from heavy shocks during transport.
Recommended method for carrying the instrument by its handgrip.
Caution against leaving the instrument in high temperatures to avoid performance degradation.
Advice on acclimating the instrument to ambient temperature to maintain measuring range.
Reminder to check the battery level before commencing any operation.
Information regarding the instrument's internal back-up battery.
Advice on preventing data loss when removing the battery.
Manufacturer's disclaimer regarding data loss due to accidents.
Importance of closing the battery cover for the instrument's proper operation.
Correct steps to turn off the instrument to prevent potential reboot issues.
Information on periodic maintenance required for the instrument's driving parts.
Guidance on using only recommended external power sources for the instrument.
Explains the meaning of safety displays and icons used in the manual.
Describes hazards that could lead to death or serious injury if ignored.
Describes hazards that could lead to personal injury or property damage if ignored.
Defines user qualifications and necessary protective equipment for operation.
Manufacturer's disclaimer on product usage liability and potential damages.
Details laser classification for different operating modes of the instrument.
Identifies caution, aperture, and explanatory labels found on the product.
Explains symbols indicating laser status during operation.
Identifies external parts and components of the instrument.
Describes the instrument's display interface and main menu options.
Details measurement menu options and symbols shown on the display.
Explains the function of various keys and shortcut commands.
Explains how to set the automatic backlight turn-off time for power saving.
Describes how to manually adjust the screen brightness level.
Explains how to configure automatic screen lighting based on ambient light.
Describes options for key light behavior: always off, on, or synchronized with backlight.
Details the steps to perform a manual RAM data backup to prevent data loss.
Configures automatic backup before the instrument suspends or powers off.
Sets up data restoration following a hardware reset of the instrument.
Explains how to perform a hardware reset when the instrument is unresponsive.
Describes the function of the cover sensor and its impact on instrument operation.
Provides step-by-step instructions for calibrating the touch screen for accurate input.
Details the function of each key on the instrument's operating panel.
Explains how to temporarily disable and re-enable the touch panel function.
Describes the correct procedure for turning off the instrument's power.
Illustrates operation keys for Angle, Distance, and Coordinate measurement modes.
Lists and describes instrument options accessible from the star key.
Explains the tracking indicator's role and status meanings.
Describes the signal mode for checking received light quantity.
Explains how to adjust the reticle illumination brightness.
Covers laser pointer, auto-tracking, and auto-collimation controls.
Details auto-tracking parameter settings and the auto inversion feature.
Explains switching prism modes and refers to correction settings.
Refers to focus function details.
Explains how to select different measurement distance modes.
Demonstrates how to switch on the laser pointer using the star key.
Explains how to configure the automatic power-off (suspend) feature.
Describes how to adjust focus using the manual jog/shuttle.
Explains the software-driven assist focus feature for easier targeting.
Details how to switch between manual and assist focus modes.
Explains manual rotation using shuttle and jog controls for instrument positioning.
Describes the automatic instrument inversion function for telescope repositioning.
Details rotating the instrument to a specified horizontal and vertical angle.
Explains how to use the RC-3 system for efficient one-man operation.
Lists commands for remote control and data communication with a PC.
Explains ActiveSync connection and USB memory usage for data transfer.
Details connecting to onboard or external power sources for operation.
Provides step-by-step instructions for leveling and centering the instrument on a tripod.
Describes how to turn on the instrument and access the main menu.
Explains how to interpret the battery level display and its operational implications.
Explains automatic tilt correction for mislevelment errors in angle measurements.
Describes how to enable or disable tilt correction using operation keys.
Explains how to correct tilt sensor setting errors using self-checking.
Details methods for compensating systematic errors like collimation and axis errors.
Describes how to view the current compensation values for systematic errors.
Explains how to input data using physical and software keyboards.
Provides instructions for managing data memory cards (CF cards).
Explains how to use ActiveSync to synchronize data between the instrument and a PC.
Describes how to confirm Bluetooth address and set PIN codes for secure connection.
Explains how to turn the Wireless LAN function on or off for network connectivity.
Discusses how prism inclination affects measurement accuracy and potential errors.
Provides safety precautions related to laser beams during operation.
Details the procedure for initiating and performing automatic tracking of a target.
Explains the different tracking statuses and their indicator symbols on the display.
Describes the process of automatic collimation for precise targeting.
Covers notes on auto-tracking stability, conditions, and usage considerations.
Specifies the laser range for auto-tracking and auto-collimating functions.
Outlines parameters for custom auto-tracking setup, including search patterns and speed.
Provides a step-by-step guide to set auto-tracking parameters.
Describes the display elements and modes available in standard measurement.
Explains how to switch between telescopic and wide-angle camera images.
Details how to change the magnification of the displayed image.
Explains how to adjust the brightness of the displayed image for clarity.
Describes how to turn cross-hairs on or off in the image display.
Provides steps for measuring horizontal and vertical angles with the instrument.
Explains how to switch between right (HR) and left (HL) horizontal angle measurement.
Describes how to hold the current horizontal angle reading.
Explains how to manually input a specific horizontal angle.
Describes the mode for displaying vertical angles as percentages or grades.
Details rotating the instrument to a specified horizontal and vertical angle.
Explains the differences and usage of prism, non-prism, and non-prism long modes.
Provides important considerations for using the non-prism long mode effectively.
Explains how to set atmospheric correction values based on measured temperature and pressure.
Details how to set the prism constant value for accurate distance measurements.
Describes how to set the distance range for non-prism long mode measurements.
Explains how to perform continuous distance measurements on moving targets.
Describes how to perform single or multiple distance measurements and average results.
Explains the different fine and coarse measurement modes and their uses.
Details the procedure for stake out measurements, comparing measured to preset distances.
Explains how to set the instrument's occupied point coordinates for reference.
Details how to input instrument and reflector heights for accurate coordinate measurements.
Describes the process of performing coordinate measurements after setup.
Explains how to set up communication and transfer data to a collector.
Describes how to output measurement results using the REC key.
Provides information on data output protocols and tilt information marks.
Introduces the different programs available in the instrument for specialized tasks.
Explains how to set a backsight orientation angle using coordinate data.
Details measuring remote elevation with prism height input.
Explains measuring remote elevation without prism height input.
Describes calculating distances and elevations between points using MLM.
Explains how to perform repeated angle measurements for improved accuracy.
Guides on activating the AP-L1A communication emulator for remote control.
Details how to set up RC parameters for communication with other devices.
Explains detecting and measuring coordinates of object edges using image processing.
Introduces the mode for configuring measurement and communication parameters.
Lists and describes various measurement-related parameters and their default settings.
Details communication parameters for different connection types.
Describes settings for inputting values like measurement count and EDM off time.
Explains how to set units for temperature, pressure, angle, and distance.
Demonstrates setting specific parameters like S/A buzzer.
Explains how to check and adjust the instrument's constant value for accuracy.
Details accuracy checks for non-prism and non-prism long modes.
Describes how to check the alignment of EDM and theodolite optical axes.
Explains how to check the laser pointer's optical axis alignment.
Details how to inspect and adjust the optical axis for auto-tracking.
Provides general guidance for adjustments and notes on tribrach installation.
Describes how to check and adjust the plate level's perpendicularity.
Describes how to check and adjust the circular level's perpendicularity.
Explains the procedure for adjusting the vertical cross-hair for accurate measurements.
Details the steps for collimating the instrument's line of sight.
Describes how to adjust cross-hairs for telescopic and wide-angle images.
Explains how to check and adjust the optical plummet telescope's alignment.
Details the procedure for adjusting the vertical angle zero datum for coordinate origin.
Describes how to input the instrument constant value obtained from checks.
Explains the process for compensating systematic errors like collimation and axis errors.
Describes how to view the current compensation values for systematic errors.
Explains how to initiate and perform the instrument's self-checking function.
Details how to set the prism constant correction value for accurate measurements.
Explains the formulas for calculating atmospheric correction based on environmental factors.
Describes how to manually input temperature and pressure values for correction.
Explains how to input the PPM correction value directly into the instrument.
Provides a chart for determining atmospheric correction values based on temperature and pressure.
Presents the formula for distance calculation including refraction and curvature corrections.
Details the procedure for removing and charging the onboard BT-65Q battery.
Provides instructions for removing and attaching the tribrach to the instrument.
Lists remote control systems and different types of tribrachs available.
Lists various cases for prisms and accessories, and types of tripods.
Describes the battery system, including onboard and external batteries, and charging process.
Illustrates prism arrangements and related accessories like adapters and tribrachs.
Provides essential precautions for handling, cleaning, and maintaining the instrument.
Lists common instrument messages and their corresponding countermeasures.
Details various error codes and their recommended solutions or required actions.
Lists technical specifications for the telescope and assist focus system.
Lists specifications for image sensor, auto-tracking, and collimation.
Details measurement accuracy, least count, and time for different modes.
Provides specifications for manual driving and distance measurement ranges.
Lists specifications for angle measurement, computer unit, and display.
Details interface, laser pointer, optical communication, dimensions, and weight.
Lists specifications for durability, onboard battery, and external battery.
Explains dual axis compensation and its effect on horizontal angle measurement.
Provides FCC compliance statements and notes for Class A digital devices.
Declares EC conformity and lists used standards for relevant provisions.
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