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General| Brand | Topcon |
|---|---|
| Model | GM-100 Series |
| Category | Measuring Instruments |
| Language | English |
Details IP66 conformance and precautions for maintaining water/dust resistance.
Defines laser product classification and safety warnings.
Lists critical warnings for laser operation, including eye safety.
Provides instructions and precautions for charging the battery.
Explains how to center the instrument using the optical plummet eyepiece.
Provides steps for leveling the instrument using the circular and electronic levels.
Covers setting up Bluetooth communication, including connection modes.
Outlines basic cable settings and communication configuration for RS232C.
Details the procedure for manually sighting a target, including focus and parallax.
Introduces REM measurement for calculating heights of inaccessible points.
Details inputting station coordinates, heights, and azimuth angles.
Explains measuring known points to calculate instrument station coordinates.
Explains determining only the Z (height) of the instrument station.
Explains calculating 3D coordinates of a target using instrument and backsight station settings.
Details setting out points based on coordinates, calculating angles and distances.
Explains setting out points based on horizontal angle and distance from the instrument.
Describes REM setting-out measurement for inaccessible points.
Details finding required point coordinates by inputting length and offset based on the baseline.
Explains measuring horizontal and vertical distances of a point from the baseline.
Outlines methods for defining an arc by inputting parameters or observation.
Explains finding coordinates of points along an arc by inputting arc length and offset.
Explains how to define a baseline for point projection.
Details projecting a point onto a baseline and calculating related distances.
Covers setting up topography observation parameters like number of sets, readings, and RL.
Guides on performing the actual topography observation.
Explains measuring distance and angle to an offset point.
Explains measuring distances between target and two offset points.
Describes finding distance/coordinate of a plane edge by measuring three points.
Explains finding distance and coordinates of a column's center.
Details measuring distances and angles between multiple points without moving the instrument.
Explains calculating area by observing points in order.
Explains calculating area using pre-registered coordinates.
Calculates point coordinates using azimuth angle and distance from a specified point.
Determines target point coordinates using instrument station, backsight, and angles.
Calculates intersection of two lines defined by four points.
Calculates intersection of two circles defined by center points and radii.
Calculates coordinates of a point extending a defined straight line.
Divides a line into segments and calculates coordinates for each division point.
Calculates coordinates for points spaced at a user-designated pitch along a line.
Displays precision of the traverse and options for adjustment.
Details Compass, Transit, Angular, and Elevation adjustment methods.
Explains finding center and width pegs for a straight line.
Details finding center and width pegs for a circular curve.
Explains finding center and width pegs for a spiral (clothoid) curve.
Explains finding center and width pegs for a parabola.
Explains finding cardinal points, center pegs, and width pegs using 3 IP points.
Finds cardinal points, center pegs, and width pegs from intersection angle.
Calculates center/width pegs for routes containing curves, including cardinal points.
Guides on inputting Intersection Points (IPs) for route calculation.
Details inputting curve elements for route calculation.
Explains automatic calculation of cardinal points based on curve properties.
Guides on finding coordinates of arbitrary points on calculated curves.
Explains finding route widths and coordinates using inverse width peg calculation.
Outlines the procedure for cross-section surveys using route surveying data.
Guides on defining a baseline for point-to-line measurement.
Details measuring a target point relative to a defined baseline.
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