Brochure

71
IP 66 IP 67
5. 6.4.2. 3.1.
SensoLite 310
Laser
635 nm
Additional technical information available at: Phone [phone] · Fax [phone] · www.laserliner.com
Rotary lasers are used in above and below ground construction for the most diverse types of survey work. Their primary
purposes involve exact levelling at great distance and for establishing alignments and slopes in all visibility conditions.
The robust Laserliner rotary lasers are designed for rough construction site activity, even in extreme situations.
Powerful technology
Prevents erroneous or inaccurate
measurements: Continuous monitoring
of the alignment of the laser is activated
30 or 45 seconds after automatic levelling.
Measurements will be suspended as a
precaution if the device is disturbed un-
intentionally or moves due to the influence
of external factors.
Electronic vials and positioning motors
controlled by temperaturestable sensors
for automatic alignment of devices. The
devices are set to their initial position
and align themselves automatically.
Protection against dust and water – The
measuring tools are characterised by
specific protection against dustand rain.
Additional function for all units with
„Sensor Automatic“: The electronic
permanently levels the units even if
these are moving. For quick levelling,
on vibrating surfaces and windy weather.
ABOVE AND BELOW GROUND CONSTRUCTION
The space grids show the laser planes and functions.
1. Horizontal levelling 3. SingleSlope function 5. 90° angle
2. Vertical levelling 4. DueSlope function 6. Plumb function
auto: Automatic alignment man: Manual alignment
Laser reception range red
SensoLite 310 up to 300 m
SensoMaster 400 up to 400 m
Various segments of the laser output
can be shut off separately in order to
eliminate disturbing reflections and
interference when several rotary lasers
are used simultaneously on the
construction site.
Rotary lasers with 635 nm technology
have a large temperature range in which
they operate reliably. Visibility is limited
to indoor area applications.
GP_10+11_01_2011_62-78.indd 71 18.01.2011 10:07:38 Uhr