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General| Model | ES-105 |
|---|---|
| Category | Measuring Instruments |
| Type | Total Station |
| Angle Accuracy | 5 arc seconds |
| Distance Range (Reflectorless) | Up to 500 m |
| Laser Pointer | Yes |
| Internal Memory | Up to 10, 000 points |
| Display | Graphic LCD |
| Waterproof/Dustproof | IP66 |
| Power Supply | Rechargeable Li-ion battery |
| Operating Temperature | -20°C to +50°C |
| Distance Range (Prism) | 5, 000 meters |
| Distance Accuracy (Prism) | +/- (2 + 2 ppm x D) mm |
| Distance Accuracy (Reflectorless) | +/- (3 + 2 ppm x D) mm |
| Communication | USB, Bluetooth |
| Measurement Time | Fine: 0.9 sec, Rapid: 0.7 sec |
Covers safe operation regarding the instrument, carrying case, and accessories to prevent injury or damage.
Details safety measures for battery chargers, power cords, and handling batteries to prevent fire or shock.
Specifies charging temperature ranges and outlines the warranty policy for the instrument's battery.
Details laser product classification (Class 3R, Class 1, Class 2) and critical safety warnings.
Outlines procedures to avoid hazardous radiation exposure, including proper beam pointing and eye protection.
Covers essential key operations, power management, display lighting, and target type switching.
Provides instructions and temperature ranges for charging the instrument's battery.
Guides on centering the instrument over a survey point using optical or laser plummet eyepiece.
Explains the procedure for levelling the instrument accurately using circular and electronic levels.
Details the procedure for powering the instrument on, including password entry, and powering it off.
Covers setting communication modes (Master/Slave), authentication, and passkey for Bluetooth connectivity.
Explains how to establish a connection between the ES instrument and a paired Bluetooth device.
Explains how to measure the included angle between two points using the 0SET function.
Covers resetting the horizontal angle or setting a specific horizontal angle value (Hold).
Details how to perform simultaneous distance and angle measurements, including EDM information display.
Guides on inputting station coordinates, instrument height, target height, and azimuth angle.
Details how to determine instrument station coordinates using multiple known points (resection).
Explains the procedure for calculating instrument station coordinates by observing known points.
Explains how to find the 3D coordinates of a target using station and backsight data and measurement formulas.
Guides on setting out points using input coordinates, horizontal angle, and distance.
Explains how to find points based on horizontal angle and distance from the instrument station.
Details how to define a baseline by inputting coordinates or observing two points for line setting.
Explains finding required point coordinates by inputting length and offset based on the defined baseline.
Guides on defining an arc using parameters like radius, angle, and coordinates for arc setting.
Explains finding points along an arc by inputting arc length and offset relative to the defined arc.
Details how to define a baseline connecting two points for projecting points onto it.
Explains how to project a target point onto a defined baseline and calculate its coordinates.
Covers setting measurement patterns, instrument station, and backsight points for topography observation.
Details the steps for conducting topography observation, including measuring directions and recording data.
Explains measuring slope, horizontal distance, and height difference to targets without moving the instrument.
Introduces route calculation features and options for managing routes, including inputting IPs and curve elements.
Covers storing instrument station coordinates, height, codes, and other parameters.
Explains recording backsight station data, including azimuth angle and target height.
Guides on selecting the current JOB, coordinate search JOB, and setting scale factors.
Covers registering or deleting coordinate data for known points in the current JOB.
Describes how to output JOB data to a host computer via various communication formats.
Details various configuration settings like observation conditions, units, and instrument parameters.
Lists and explains various error messages and their meanings.
Details procedures for checking and adjusting the instrument's circular level.
Covers checking and cancelling tilt zero point errors using the tilt sensor.
Details procedures for checking and adjusting the laser plummet beam alignment.
Covers measuring methods, signal source, and measuring ranges for distance measurement.
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