Newcon Optik Binoculars LRB 4000CI User Manual

10. QUALITY CERTIFICATE  
LRB 4000CI is suited for usage.  
Production date ____________________________  
Serial number _____________________________  
Operation Manual  
Device performance:  
Actual data Measured data  
Reflective object, m  
Non-reflective object, m  
Azimuth, °  
Elevation, °  
RS-232 interface  
Pass  
Quality Inspector signature___________________  
Purchase date _____________________________  
Salesman ________________________________  
Quality Assurance Seal_____________________  
LRB 4000CI  
LASER RANGE FINDER BINOCULAR  
Newcon International ltd. © 2005 Printed in Canada  
In USA: 3310 Prospect Ave. Cleveland, OH 44115  
In Canada: 105 Sparks Ave., Toronto, ON M2H 2S5  
 
8. WARRANTY  
Features of the LRB 4000CI Laser Rangefinder Binocular  
NEWCON OPTIK warrants this product against defects in  
material and workmanship for one year from the date of the  
original date of consumer's purchase, but no more than 18  
months from the date of manufacturing. If your Newcon product  
proves to be defective during this period, please bring the  
product securely packaged in its original container or an  
equivalent, along with proof of the date of original purchase, to  
your Newcon Dealer. Newcon will repair (or at its option  
replace), the product or part thereof, which, on inspection by  
Newcon, is found to be defective in materials or workmanship.  
Latest digital circuitry allows targeting through most types  
of glass  
First, last or the most reflective target acquisition  
Meters/Yards/Mils/Degrees/KMH/MPH display  
Last 10 readings recall  
Selectable reticle shape (+ or )  
Target quality indicator  
Gating capability  
Speed detector, compass, inclinometer  
RS-232 computer output  
What This Warranty Does Not Cover:  
NEWCON is not responsible for warranty service should the  
product fail to be properly maintained or fail to function properly  
as a result of misuse, abuse, improper installation, neglect,  
damage caused by disasters such as fire, flood, lightning,  
improper electrical current, or service other than by a NEWCON  
Authorized Service. Postage, insurance, or shipping costs  
incurred in presenting your NEWCON product for warranty  
service are your responsibility. Please include a check or money  
order made out to NEWCON OPTIK for the amount of $15.00 to  
cover shipping and handling. This covers products shipped in  
USA or Canada only.  
3
22  
 
7. TROUBLESHOOTING  
CONTENTS  
The range-measuring mode does not work.  
Press the Action button again.  
1. Brief description  
2. Appearance of the device  
3. Supplied accessories  
4. Technical characteristics  
5. Operation instructions  
Check that the battery is installed properly. Check the charge of  
the battery. Replace it if it is weak.  
How can I clear last reading before making next measurement?  
Direct the unit’s LCD reticle at the new target, press the Action  
button. The new reading will appear.  
5.1. Preparing the device for operation  
5.2. Measuring procedure  
5.3. Mode switching procedure  
5.4. Gating distance selection  
5.5. Additional display information  
5.6. Computer interconnectivity  
5.7. Test modes  
There are black dots in the image.  
A LCD (Liquid Crystal Display) is installed in the optical  
channel of the device. Due to manufacturing imperfections in the  
production process of the LCD, small black dots, scratches and  
other blemishes might be visible. Those blemishes are strictly  
regulated for maximum allowed number, size and location. It  
does not degrade the product's performance.  
6. Storage and maintenance instructions  
7. Troubleshooting  
8. Warranty  
Range measurement cannot be obtained.  
9. Customer Support  
Check if range detection mode is activated (message  
READY appears on the LCD display)  
10. Quality certificate  
Check if Active Button is pressed  
Make sure that neither your hand or finger is blocking  
objective lenses, Laser emitting lens or Receiver lens.  
Check if the unit is steady while pressing Action button.  
Check if gating mode is off  
4
21  
 
6. STORAGE AND MAINTENANCE INSTRUCTIONS.  
CAREFULLY READ ALL THE INSTRUCTIONS BEFORE  
USING!  
Precautions: LRB is a sophisticated precision optical instrument  
equipped with electronics. Therefore, it should be handled with  
due care.  
FAILURE TO OBEY THE INSTRUCTIONS WILL VOID  
THE WARRANTY!  
Keep your device away from direct sunlight, impacts, dust,  
moisture, and sudden changes of temperatures.  
Do not keep the device at temperatures higher than 65oC  
(149oF).  
1. BRIEF DESCRIPTION  
Do not touch the optical surfaces with fingers. Doing so  
may damage the anti-reflection coating.  
LRB 4000CI Laser Rangefinder Binocular is the advanced  
Laser Range Finder system that provides instant distance, speed,  
and angular measuring consistently and accurately. The  
outstanding optics provides a sharp, clear image under all  
conditions. LRB utilizes a revolutionary digital design, which  
outperforms any other product in its class and price range.  
Avoid shocks and sharp jolts.  
Cleaning of optical surfaces is only allowed with  
professional camera lens cleaning supplies.  
To clean the exterior of the device, use a soft clean cloth.  
Keep away from heating appliances and central heating.  
Remove the battery when storing the device for long period  
of time.  
The unit sends an invisible, eye safe laser beam pulses to the  
target. The returned beams are captured by the digital circuitry.  
The time differential allows us to calculate the distance to the  
target. Built-in digital compass measures angle between the  
optical axis and direction to the North Pole. Built-in inclinometer  
allows elevation angle measuring together with height (depth)  
calculations.  
The manufacturer only can make repair works.  
20  
5
 
2. APPEARANCE OF THE DEVICE  
5.6. Computer interconnectivity  
The unit is equipped with standard RS-232 interface. The data is  
transmitted as ASCII code with fixed baud rate of 9600 bit/sec.  
5.7. Test modes  
4
Mode 16 is designated to test the display. When you choose  
this mode all segments and indicators will flash during 8  
seconds. This time should be enough for extensive display  
testing.  
6
7
1
Mode 17 calibrates the digital compass. If the System was  
exposed to a strong magnetic field or it was inoperable for a long  
time the compass stops working. This is normal. To return the  
compass back into working condition, enter Mode 17 and rotate  
the unit several times around vertical axle, holding it  
horizontally.  
5
8
45°  
45°  
3
Repeat this  
operation,  
2
holding the  
unit at 45  
degrees to the  
horizon up and  
360°  
360°  
360°  
1 – Eyepieces; 2 – Objective lens – receiving lens; 3 – Objective lens -  
emitting lens; 4 – Dioptric correction rings; 5 – Mode button; 6 –  
Action button; 7 – Body of the device; 8 – Rubber grip  
down. The normal compass operation will be restored.  
19  
Fig. 1  
6
 
There are four statistical qualifications of the reflected signal:  
NO TARGET REFLECTION – when a steady reflected  
signal isn’t received. Numerical display shows four dashes at  
the distance displaying area;  
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;  
1
9
1
10  
1 – Eyepiece; 9 – – Interpupilary distance adjustment lever; 10 –  
Battery compartment cover and identification label (located at the  
bottom)  
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 accuracy of measurements. At  
qualification HIGH the accuracy of measurements is stated as  
±1m ± 0.1%. At lower rates of statistical qualification the  
expected accuracy may marginally degrade.  
Fig. 2  
3. SUPPLIED ACCESSORIES  
LRB is supplied in the following assembly:  
The display presents message LOW BAT – when voltage of  
the primary 9-volt battery drops below 7.2 volt. At this point the  
System is still functional but the battery should be replaced as  
soon as possible. The System can operate at the voltage level  
above 7 volt. Alkaline or lithium type of batteries capable to  
sustain current drain up to 150 mA should be used for powering  
the System.  
- Device  
- Carrying case  
- Neck strap  
- User’s manual  
- Warranty card  
- Computer cable  
- Floppy disk (optional)  
- 9V battery (optional)  
1 pc.  
1 pc.  
1 pc.  
1 pc.  
1 pc.  
1 pc.  
1 pc.  
1 pc.  
18  
 
7
4. TECHNICAL CHARACTERISTICS  
1. Optics  
Magnification, x  
7
Objective Lens, mm  
Exit Pupil Diameter, mm  
Field of View  
50  
7.1  
5°  
Type of Coating  
Fully multi-coated optics  
Interpupilary distance, mm  
Diopter adjustment range  
Axial Resolution, ”  
Image tilt, maximum  
58-72  
±4  
6
-
-
Horizontal  
Vertical  
60”  
30”  
2. Range Finder  
Type  
Class 1, eye safe, 905nm  
Measuring Range, m  
Accuracy  
'Last Target' measurement  
Meters/Yards display  
Last 10 readings recall  
Reticle shape  
20 – 4,000  
± 1m ± 0.1%  
Yes  
Yes  
Yes  
+ or 
ٱ
 
Yes  
Target quality indicator  
Gating capability, m  
100 - 7,000; 100 m step  
5 – 400 / 3-250  
± 1  
3. Speed Detection Measured speed range, kmh / mph  
Accuracy, kmH  
4. Compass  
Measured azimuth range, mils/deg  
Accuracy, degrees  
6400 / 360  
±1  
5. Inclinometer  
Measured elevation range, degrees  
Accuracy, degrees  
±60  
±0.4  
Height measuring  
Yes  
6. Misc.  
Battery (optional)  
'Low Battery' Indicator  
Tripod thread  
9 V  
Yes  
¼” x 20  
Operational Temperature Range  
Storage Temperature Range  
Weight without battery, g  
Dimensions, mm  
-25 / +50oC (-13 / +122oF)  
-45 / +65oC (-49 / +149oF)  
1300  
210 x 150 x 80  
8
 
M/° - units of angular measurement: mils or degrees  
Shape of the reticle: cross shape or rectangular shape (2).  
rEC1 - recall function. Upon pressing the Action button (6) (fig.  
1) the Display will sequentially show results of last 10  
measurements, starting from the latest one. The number  
appearing after word "rEC" shows the number of the  
measurement counted back in the sequence. When the System is  
in inactive state the 10 previous measurements are stored within  
the System and may be recalled at any time.  
cLr - clear data function: upon pressing the Action button (6)  
(fig. 1) the entire data on all previous measurements will be  
erased. This function doesn’t change the chosen modes. You can  
erase the assigned mode only by assigning a new one.  
Note: After changing a battery the recall stack should be  
cleared by exercising the cLr mode.  
5.4. Gating distance selection  
You can exclude all targets, which are closer than the preset  
distance. This is useful when you aim your target through bushes  
or wires, or you are not interested in targets closer than a certain  
distance. The step of gating is 100 meters starting from 100  
meters and up to 7000 meters (such a large maximum gating  
distance is reserved for future extensions). This means that you  
potentially can set the gating distance larger than the maximum  
measuring range. The device will not be able to measure  
anything in this regime. To remove gating mode you should  
choose Standard1 or Standard2 modes.  
Note: The gating distance can be increased only. If you want to  
decrease it, you should remove gating mode and then choose it  
again.  
Note: You can exit gating selection cycle without gating  
distance setting by clicking the M button 70 times (all possible  
gating distances passed, nothing was chosen) or by holding the  
M button during 2 seconds (“escape” function, see above).  
OVER 100 – indicates that gating mode is on.  
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).  
5.5. Additional display information  
The System operates in the setting Modes that are displayed as  
follows (refer to Fig.3):  
17  
Y/M – units of measurement: yards or meters (3).  
KMH/MPH – units of speed measurement: km/hour or  
miles/hour (3).  
16  
 
5. OPERATION INSTRUCTIONS  
Liquid Crystal Display (LCD)  
5.1. Preparing the device for operation.  
Open battery compartment cover (10) (Fig. 2).  
Insert one 9V battery (sold separately) into the battery  
compartment observing correct polarity.  
7
Close the battery compartment cover (10), tighten the screw.  
6
8
1
After changing the battery, it is recommended to run the cLr  
(CLEAR) mode and Compass Calibration mode (refer mode  
selection procedure).  
5
5.2. Measuring procedure  
When the Rangefinder is in the passive, zero power consumption  
state, the LCD Display is blank (transparent). Press the A button  
(6) (Fig.1) and hold for 0.5 sec. to activate the System and the  
Display. Initially the System always assumes READY mode of  
operation and word ‘READY’ appears on the Display.  
Pressing and releasing A button (6) (Fig. 1) at this point triggers  
a measuring session, and the result will be displayed in  
numerical form (4) (if measurement is unsuccessful then four  
dashes ‘----‘ will appear in the numerical area). Please note that  
the target must be over 20m away. The measured data will  
correspond to the mode selected (see below). The units of  
measurement will be indicated in the field (3) (Fig.3). If you  
choose more than one parameter to measure (for instance,  
distance and azimuth) the measured results will appear on the  
display every half second. The System remains in the active  
displaying state for 8 seconds after pressing of any of the  
10  
9
2
4
3
1 – Low battery indicator; 2 – Reticle (cross or rectangular selectable);  
3 – Units of measurement (Yards, Meters, KMH,  
MPH, Mils or Degrees); 4 – Measurement result;  
5 – Target quality indicator; 6 – Laser active indicator  
7 – Over 100m gating indicator, 8 – Setup mode indicator, 9 – Ready  
mode indicator  
Fig. 3  
9
 
override reticle type and target selection with the sub selection  
code. For example, Standard 1 mode implies cross reticle. If you  
choose rectangular reticle (sub selection code 10), you change  
the reticle shape and leave all other parameters of this mode  
intact. If then you choose Standard1 again, the reticle will turn  
back crosshair. The last set mode overwrites all features that it  
controls.  
The third standard mode is assigned to Code 8. It determines  
measurement units and features as Yards, Degrees, Degrees,  
Crosshair reticle, Auto target selection.  
All other modes determine only one parameter to measure. For  
example, Code 14 allows to measure speed of the objects as  
kilometers per hour. The shape of reticle and target selection will  
remain the same, as they had been set before you selected the  
Code 14. Now you can choose a new reticle shape, still  
remaining in the speed measuring mode. This example  
demonstrates that Codes 9-13 replace one selected feature  
independently, and all other codes can replace more than one  
feature in a bunch.  
If you want to leave the mode switching procedure without  
remembering your choice, you should press and keep held the M  
button for more than two seconds. This works like “Escape” key  
on a computer keyboard. The rangefinder will remain in the last  
set mode and return to the READY state.  
Full trek of all possible modes available is depicted on Figure 4.  
15  
 
The mode selection logic allows choosing the nearest (‘first’),  
the farthest (‘last’) or the most reflective (‘auto’) target. Besides,  
you can exclude all targets that are closer than the predefined  
distance (gating distance selection, see below).  
operating buttons and after 8 seconds enters the passive zero  
power state.  
Note: If you set the gating distance larger than any accessible  
target, you will be unable to obtain any result even if the target  
reflection is high (see below).  
5.3. Mode switching procedure  
If the A button is held (pressed) the System automatically  
enters SCANNING mode. At this mode, the System repetitively  
performs distance measuring and displaying. The time interval  
between measurements is approximately 0.25 second.  
By pressing M button (5) (Fig.1) when the System is in READY  
mode, you enter the Mode selecting state. Pressing the M button  
sequentially scans the Modes. The Mode under selection is  
indicated on the Display by flashing of the selectable feature.  
The "flashing" feature can be selected by pressing the A button  
(6). If you don’t find some of the modes described below, it  
means they were not installed on your system. Two modes,  
“Codes” and “Recall” have submenus. You enter submenu by  
pressing the A button from the corresponding mode. After that  
you can select the sub-item with M button and choose your  
option by pressing the A button. Each time when you make your  
choice, you return to the READY state.  
Note: Depending on user’s requirements, the unit can be made  
with a special sub selection, providing only the options required  
for the particular task.  
Note: Depending on the software installed the situation when  
the mode is accessible but inoperable also may occur.  
There are two preset modes, Standard1 (Meters, Degrees,  
Degrees, Crosshair reticle, Auto target selection) and Standard2,  
which open the mode trek. After you have selected it, you can  
14  
The maximum measuring distance range for most objects will  
be about 4000 meters. Ideally reflecting objects can be measured  
at 4500 meters distance. The maximum measured distance varies  
greatly depending on the reflectivity of the target, weather  
conditions and more.  
Target reflectivity depends on its color, surface finish, shape  
etc. Bright colors are more reflective than darks. A polished  
surface is more reflective than a rough one. Larger targets are  
easier for distance measuring. Measuring a target faced at 90o  
(perpendicular to the laser beams path) provides optimal results.  
Bad weather conditions (rain, fog, snow, mist) will reduce the  
maximum measured range. Bright sunny days will reduce  
performance as well. While the unit will work through many  
glass types, measuring through glass will affect the results. Hand  
tremor also influences the results. Use tripod to measure distance  
to far-away objects.  
The unit can estimate distance to up to 7 targets simultaneously.  
11  
 
Fig.4 Mode switching trek  
A
A
A
A
A
A
A
Select  
this mode  
Last  
Target  
M
M
M
Code 11  
Code 12  
Code 13  
Code 14  
Code 15  
Code 16  
Code 17  
Go to next  
mode  
Mode  
Screen display  
Select  
this mode  
First  
Target  
Go to next  
mode  
Select  
this mode  
Auto  
Target  
Auto  
Target  
A
Select  
this mode  
M
Meter  
Meter  
1) Standard 1  
Degree Degree  
Go to next  
mode  
,
,
,
,
Go to next  
mode  
M
Select  
this mode  
Auto  
Target  
A
Meter  
Yard  
KMH  
MPH  
Select  
this mode  
M
Mills  
Mills  
1) Standard 2  
3) Codes  
Go to next  
mode  
,
,
Go to next  
mode  
Select  
this mode  
M
M
A
Select  
this mode  
Go into  
sub menu  
Go to next  
mode  
A
Select  
this mode  
M
Code 1  
M
Select  
this mode  
Meter  
Yard  
Go to next  
mode  
- self test of the display  
- calibration of compass  
Go to next  
mode  
Select  
this mode  
A
Select  
this mode  
M
Go to next  
mode  
M
Go to next  
mode  
Code 2  
Code 3  
M
A
Go into  
sub menu  
A
Select  
M
4) Gating  
Go to next  
step  
this mode  
Degree  
Mills  
Select  
this mode  
A
M
100  
200  
Go to next  
mode  
Select  
this mode  
A
A
M
M
Select  
this mode  
A
300  
Select  
this mode  
M
Code 4  
...  
Go to next  
mode  
Select  
this mode  
A
A
A
M
M
M
6800  
Select  
this mode  
A
6900  
7000  
Select  
this mode  
M
Code 5  
Code 6  
Degree  
Mills  
Go to next  
mode  
A
M
Select  
M
A
Go into  
sub menu  
this mode  
Go to next  
step  
5) Recall  
Go to next  
mode  
A
A
Select  
this mode  
M
M
Rec1  
Rec2  
...  
Rec9  
Select  
this mode  
A
Select  
Vertical  
Meter  
M
M
M
Code 7  
Code 8  
Code 9  
this mode  
Go to next  
mode  
Select  
this mode  
A
A
M
M
Select  
this mode  
Rec0  
Auto  
Target  
A
Select  
this mode  
Degree  
Degree  
Yard  
Go to next  
mode  
Select  
this mode  
M
6) Clear  
A
Use previous  
settings  
Select  
this mode  
Go to next  
mode  
“Mode”  
button  
A
“Action”  
button  
M
A
Select  
this mode  
M
Code 10  
Go to next  
mode  
 

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