Leica TPS400 instruction

Results

Grades computes the height difference (dHgt) between measure point and stake out point and the horizontal distance (dHD) along the foresight line.

Height difference (dHgt) and horizontal distance (dHD) explained:

Station	Foresight Point	Foresight
		Point	New
			New
			Gradeline
			point
	dHgt
Gradeline	dHD
Gradeline
		dHD
	z07			z08
	Mining		Station	Mining
	Mining			Mining
TPS400 Mining Manual-1.0.0en	21			Grades

Image 21

Leica TPS400 user manual Height difference dHgt and horizontal distance dHD explained

Contents

TPS400 Series Quick way to start with the TPS400 Mining Programs Contents Overview Contents How to use this manual Symbols used in the sequence of operationIntroduction Peg Survey IntroductionKnown Unknown Before starting Peg Survey Data uploading using Mining Editor Step Start and execution Peg Survey Error messages Station or BS point has no Number of setsValid coords Sequence Proceeding Peg SurveyMeasure Backsight Point Set 1 of total Exit Measure or DIST/REC Repeat and until all sets are measured Results DHzDHD MHDBS/FS Average MHz Result Results Saving dataResidual Coordinates foresight point Front Line Peg Known Grades Start and execution Grades Slope gradient explained Gradeline Marking Height difference dHgt and horizontal distance dHD explained Measurement data PointGrades Result Offset Start and execution Offset Start and execution Offset Offset information Saving data Setting out Setting out coordinates from memory ProcedurePolar setout Orthogonal setout Cartesian setout Radial Method Determine second target Tie DistanceResult is displayed Polygonal Method Softkeys radial method Softkeys polygonal method Program content Installation on the PCMining Editor Mining Editor Define and upload Tolerances Practical ExamplesExample1 Example2 File ! Save As Creating fixpoint files Define tolerances File ! Open Process import fixpoint files Second Example Importing of fixpoints in Ascii format ISO standard