Powerful, efficient, reliable and intuitive
Leica TPS800 Performance Series...
…with many included extras
- Three classes of accuracy
- Fast start-up
- Large internal memory
The reliable internal memory can
store 12'500 measurements or
18'000 fixpoints.
- The difference lies in the little button
Thanks to the trigger key mounted
on the side of the instrument you
do not lose sight of the target
while measuring; this is particularly
important when a lot of points
need to be measured.
- Endless drives
Faster operation with no more
awkward clamping and loosening
due to the sliding clutch
and endless loop drive.
- Laser plummet
Easy to centre over a set up
point thanks to the laser plummet.
The intensity of the laser point can
be adjusted step-by-step to maintain
visibility, even in critical lightning
conditions. Eliminates the time consuming
task of centering with an
optical plummet.
- Electronic Guide Light
Practical alignment aids to speed
up staking out. Helps the rodman
to line up the reflector quickly
- PinPoint-Reflectorless Distance measurement
The PinPoint technology enables a
reflectorless distance measurement
of over 1000 m to any surface
with an exceptional accuracy.
Because Leica TPS800 has the
best reflectorless electronic
distance measurement technology
in combination of range,
accuracy, measurement time and
laser spot size in the market.
Select the reflectorless model
which fits best for your needs:
“TPS800power” with R400
and a range of over 400 m
or “TPS800ultra” with R1000
and a range of over 1000 m.
- Everything at a glance
The large high resolution display keeps you
informed about all important aspects at a
glance. With the alphanumeric keyboard
you can enter numbers, letters and special
characters as quickly and as easily as you
are used to with your mobile phone
...with an application for every task
On board software and application programs simplify and speed up work in the field. The user is
guided through the routines by clear menus and measurement prompts.
Surveying & Orientation
With the Surveying program, measurements
of an unlimited number of
points is supported. Included are the
functions of defining the set-up station
and determining the orientation from
measurements up to five points.
Free Station
Set up your instrument anywhere and
calculate station coordinates, elevation
and Hz circle orientation. Up to
ten orientation points may be used
in one or two faces. Remeasuring
and recalculation is possible.
Stake Out
Points can be staked from manually
entered data or from an uploaded
file stored in the instrument memory.
3D stakeout elements are calculated
using the point coordinates and the
station data.
Reference Line and Arc
For setting-out or checking points
along a defined line or arc.
Orthogonal stakeout elements of the
target points are calculated in relation
to the defined reference. Reference
lines can be shifted with parallel offsets
or even rotated to match predefined
setting-out instructions.
Reference Grid
For easily setting-out a grid relative
to a reference line. Just enter chainage,
increment in length and cross
direction.
Line Segmentation
For subdividing a reference line into
segments and setting-out the new
points on the line.
Reference Plane
It is used to measure points relative to
a reference plane. Define your reference
plane (e.g. wall) by measuring
three points on the plane and measure
your target points. The program calculates
the local coordinates and the
coordinates of the intersection point
which also can be staked out.
COGO Routines
Coordinate Geometry offers you a
wide range of calculation functions.
These include inverse, traverse,
intersections using combinations of
bearings, distances or lines, offset
calculations and line extensions. It's
graphics make the application easy
to use. Computed coordinates can
immediately be staked out.
Area (3D) & Volume
This programm calculates the area,
volume and perimeter of plan and
slope surfaces. The points used can
be measured, entered manually or
selected from the instruments
memory.
Hidden Point
Easily measure points that are not
directly visible by using a hidden
point rod. The length of the rod and
the spacing between the reflectors is
configurable. The rod can be held at
any angle when measured and the
program calculates the hidden point
as if it were observed directly.
Remote Height
The position of an inaccessable point
can be computed by measuring to a
base point and then aiming at the
remote point. This can be used to
determine the ground clearance of
a structure.
Construction
The layout of a construction site can
be defined relative to construction
lines. Points can be staked out relativeto
the selected line. Graphic displays
show the position of the instrument,
prism and stake out point relative to
the construction line.
Tie Distance
Tie Distance determines the distance,
grade, azimuth and height difference
between two points. The distances
can be calculated continuously (traversing)
or from a central point. The
Tie Distance between the last two
measured points can be checked
instantly while surveying.
Roadworks
3D
The optional, powerful Roadworks
3D application significantly extends
the functionality of your Leica
TPS800. It adds a complete road
alignment package to your instrument
and thus increases your flexibility
on alignment and slope stake
out on the entire worksite. Easy
to learn and use, it only requires
a minimum of learning time and is
characterized by an intuitive and
straight-forward workflow.
Roadworks 3D manages horizontal
and vertical alignments made up of
different elements. Alignments can
be uploaded with the supplied PC
software or easily be created on the
instrument. Use Roadworks 3D to
improve your work when you perform
alignment and slope stake out
as well as check measurement tasks!
External connections
Information can be exchanged
between the instrument and a computer
by standard RS232 cable, USB
connection or wireless Bluetooth®
Wireless-Technology. Data can be
configured to enable communication
with most data collectors.
TraversePRO
The optional, intelligent and new
TraversePRO application fulfills one
of the most common operations
done by surveyors. It provides a
complete solution to establish control
networks used in conjunction
with other survey operations such as
topographic surveys, point, line or
road stake outs. Select one of the
methods: 2D Helmert transformation,
Compass rule or Transit rule for whichever
best suits your needs.
Observe side shots whenever you
want and control your traverse by
measuring to check points. At the
end of the traverse, results are displayed
and an adjustment can be
immediately calculated in the field.
Easy to learn
Simple to use
Start regular surveys immediately with
a definable start-up sequence. Easy
and direct operations using the function
keys. Frequently used tasks are
assigned to the numeric keys for
increased productivity. Coding and
settings can be selected with one
button push. These features have been
designed to save your time.
Individual data exchange
Data exchange has been
implemented in such a
flexible way that just about
any format can be created.
This allows data to be
transferred to any
software, other survey
instruments and GPS. The
required programs are delivered
with the instrument.
Direct.dxf
With “Direct.dxf” functionality,
data can be downloaded
directly from the
instrument in DXF-format
and read into AutoCAD‚
on a PC without any
intermediate steps.
Does your crew speak different
languages? Ours does.
The TPS800 is the only instrument
of its class with multiple languages
onboard. This allows the user to
choose the preferred language –
simply and with only one keystroke,
for improved efficiency and convenience.
This information is taken http://www.leica-geosystems.com