|
Nedo
laser mEssfix
is small, easy-to-handle and precise - just the right
laser distance meter for professional users.
Extremely compact dimensions, practice-proven measuring
functions and a robust design make the Nedo
laser mEssfix
an indispensible helper when it comes to quick and
exact determination of inside dimensions.
Four different reference levels allow measurements to be
taken from the front or rear edge of the device,
from the measuring pin or from the tripod thread. Its
fields of application are practically unlimited. Even
greater distances can be reliably determined by
just one person using the
laser mEssfix.
Nedo
Laser Measure is small, easy-to-handle and precise. It
is just the right laser distance measurer for all
professional users on a tight budget. Measurements can
be taken from the front or rear edge of the device, from
the measuring pin or from the tripod thread.
Single or
continuous measuring
• Area and
volume calculation
• Pythagoras
function
• 4 different
measuring references: Measurements from the
front or rear edge, from the measuring pin or
from the tripod thread
• Adding,
subtracting, storing and retrieval of
measurements
• Continuous
laser beam for exact sighting
• Bubble for
exact alignment of the Nedo Laser Measure
• Alignment
aid for greater distances
• Small,
handy and robust
• Simple,
intuitive operation
|
Technical Information
Measuring accuracy, typ.
|
± 1.5 mm |
|
Measuring accuracy, max.
|
± 3.0 mm |
|
Measuring range
|
0.05 m - 50 m
|
|
Laser |
Laser class 2, 635 nm, <
1 mW |
|
Protection class
|
IP 54 |
|
Power supply
|
4 x 1.5 V batteries
(type AAA) or |
|
4 x 1.2 V rechargeable
batteries (type AAA) |
|
Dimensions
|
102 mm x 58 mm x 33 mm
|
|
Weight |
186 g |
Measuring from the back edge of the device
For most
applications, the back edge is suitable as a measuring
reference.
Measuring from the positioning pin
Ideal for
measuring diagonals or where there are obstacles, e.g.
where guide rails for roller shutters are present.
Triangulation -
Determination of
inaccessible heights using indirect measuring
(Pythagoras function)
 |
