Operation Manual
12
1x
1x 2x
min max
2x
3x
1x
1x
min
2x
3x
1x
min
1x
2x
LaserRangeMaster Pocket
13
Warranty:
The warranty period is 2 years from the date of purchase. The warranty covers
all material or manufacturing defects occurring during this time. The following
are excluded from warranty: Damage due to improper use (e.g. operation with
wrong type of current/voltage, connection to unsuitable power source, fall onto
hard surface, etc.) or improper storage, normal wear and tear, and defects which
only insigni cantly impair the value or suitability for use. Any tampering by
unauthorised persons will render this warranty void. In the event that you need to
claim warranty, please take the complete device together with all information and
the invoice to one of our dealers or send it in to Umarex-Laserliner.
Error codes:
Too much ambient light.
The target is too far away.
Target is too dark or too much ambient light.
Use a reecting material as target for the measurement.
Temperature is too high: > 40 °C.
Temperature is too low: < 0 °C
Replace the battery.
The device is moving too much to measure.
Pythagoras parameter error: The hypotenuse is shorter as one
side of a right triangle.
Err001:
Err002:
Err003:
Err004:
Err005:
Err006:
Err007:
Err008:
Laser radiation!
Do not stare into the beam!
Class 2 laser
< 1 mW · 635 nm
EN 60825-1:2007-10
Inside measurement range O,3 m - 30 m
Accuracy
+
3 mm
Laser classa 2
Laser wavelength 635 nm
Power supply 4 x AAA 1,5 Volt batteries
Dimensions 112 x 59 x 35 mm
Weight 190 g
Auto switch-off 20 s for laser / 5 min for device
Operating temperature 0°C – 40°C
Storage temperature -20°C – 70°C
Article number 080.942A
Technical data: (Subject to technical change without notice 11.2008)
1x 2x 3x
1x 2x 3x 4x
MIN / MAX function:
length MIN or MAX laser on start stop
Example: MIN / MAX function for areas:
Note: The MIN / MAX function can be used to find the shortest or
longest distance. MIN is used to determine verticals and horizontals,
MAX is used to determine diagonals. This function can also be used
for area and volume measurements as well as for the Pythagoras
function (see example below).
Pythagoras function 1:
Pythagoras 1 laser on 1. 2.
measurement
result:
height
Pythagoras function 2:
Pythagoras 2 laser on 1. 2. 3. measurement
result:
height
GB GB