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General| Type | Total Station |
|---|---|
| Operating temperature | -20°C to +50°C |
| Distance measurement accuracy (Prism) | 0.6 mm + 1 ppm |
| Distance range (Reflectorless) | Up to 1, 000 m |
| Communication | Bluetooth, USB, RS232 |
| Laser plummet accuracy | 1.5 mm at 1.5 m |
| Angle measurement accuracy | 0.5" |
Explains inverse calculations between points, lines, and arcs.
Explains COGO traverse calculations with and without offsets.
Details various intersection calculation methods like bearing-bearing.
Covers line and arc calculations, including base point and offset point.
Manual application of shifts, rotations, and scales to points.
Calculates shifts, rotations, and scales using 2D Helmert transformation.
Methods for dividing an area by defined line, percentage, or area.
Steps to determine or update a coordinate system for the instrument.
Step-by-step guide for measuring hidden points using reflectors on a rod.
Steps for measuring points relative to a defined reference line or arc.
Procedure for staking out points relative to a reference line or arc with offsets.
How to stake out a grid relative to a reference line or arc.
Details the process of staking out points on a polyline, including basic rules.
Steps for measuring points and calculating their distance to a reference plane.
Procedure for scanning a plane using defined boundaries and grid spacing.
Guide for measuring new points to be included in Sets of Angles.
Steps for measuring multiple sets of angles and distances to target points.
How to perform calculations for angles and distances using two-face measurements.
Details on using the Monitoring module for automated measurements at intervals.
Steps for setting up a station using SmartStation with GPS measurements.
Guide for setting up a station using SmartPole with GPS measurements.
How to set up a station and orient it using a known or unknown azimuth.
Steps for setting up a station using a known backsight point for orientation.
Method for orienting the instrument and transferring height using target points.
Using resection methods to determine station coordinates and orientation.
Calculating local coordinates and orientation using two target points in Local Resection.
Examples and modes for staking out points in the field.
Steps for measuring remote points using the Survey application.
Steps for surveying cross sections using templates and methods like ZigZag.
Steps involved in closing a traverse, including angular and positional closure.
Steps for surveying points to define a surface for volume calculation.
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