4. TECHNICAL CHARACTERISTICS
1. Optics
Magnification, x
Objective lens diameter, mm
Exit pupil diameter, mm
Field of view
Type of coating
7
40
5.7
6°
Fully multi-coated glass optics
2. Range Finder
Type
Measuring range, m
Accuracy, m
First, last and auto target acquisition
Meters/Yards display
Last 10 readings recall
Reticle shape
Target quality indicator
Class 1, eye safe, 905nm
20 – 3,000
± 1
Yes
Yes
Yes
+ or □
Yes
3. Speed
Detection Measured speed range, KMH / MPH
Accuracy, KMH or MPH 5 – 400 / 5-250
± 1
4. Compass
Measured azimuth range, degrees
Accuracy, degrees 360
±2
5. Misc.
Battery
'Low Battery' indicator
Tripod thread
Operational temperature range
Storage temperature range
Weight without battery, g
Dimensions, mm
9 V standard or rechargeable
Yes
¼” x 20
-25 / +50oC (-13 / +122oF)
-45 / +65oC (-49 / +149oF)
970
158 x 145 x 69
8
Distance measuring procedure includes instant statistical
processing of the package of single measuring sessions for each
laser pulse. Qualitative result of the statistical processing is
presented on the Display as a message TARGET
REFLECTION (5).
There are three statistical qualifications of the reflected signal:
• TARGET REFLECTION LOW – when the number of
steady received reflected signals is just enough to make
acceptable conclusion about the measured distance;
• TARGET REFLECTION MED - when the number of
steady received reflected signals is in medium range and
enough to make positive conclusion about the measured
distance;
• TARGET REFLECTION HIGH - when the number of
steady received reflected signals is qualified to be
enough to make reliable conclusion about the measured
distance.
The displayed statistical qualification of the reflected signal
characterizes variation in expected recurrence of measurements.
At qualification HIGH each consequent measurement of the
same target will give you the same result with accuracy of ±1m.
At lower rates of statistical qualification the expected recurrence
may degrade.
The display presents LOW BATTERY warning, when
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