Why does my Vectronix Binoculars display “Lo bAtt”?
If the Vectronix Binoculars display shows "Lo bAtt", it means the battery is low or used up. This can also happen due to reduced battery performance in low temperatures. While you can still get some readings, replace the battery soon. In cold conditions, try warming up the binoculars or the battery, for example, by keeping them close to your body.
Why does “- - - -” appear when measuring distance with Vectronix Binoculars?
If “- - - -” appears in the display of your Vectronix Binoculars during distance measurement, it indicates that the distance is either outside the specified measuring range, lies within the distance gate, or there is inadequate reflectance. This could be due to the object being too small or inaccurately targeted, shaking during measurement, or bad weather conditions like haze, fog, or turbulence.
What to do if the distance display is blinking on Vectronix Binoculars?
If your Vectronix Binoculars distance display is blinking, it means multiple object measurement is activated. To resolve this, click the distance key to display distances in succession.
Why are the azimuth measurements inaccurate on my Vectronix Binoculars?
If you are getting inaccurate azimuth measurement values on your Vectronix Binoculars, it could be due to an incorrect declination value being stored, disruptive magnetic fields at the measuring position, calibration in an area with magnetic interference, or altered magnetic conditions within the instrument after a battery change. Store the correct declination value. Recalibrate the compass.
What to do if the display doesn't appear when I press a key on Vectronix Binoculars?
If the expected display does not appear after clicking a key several times on your Vectronix Binoculars, it means that the key was pressed too slowly, or with insufficient force. Press and release the key in rapid succession. Always ensure you press the key down until you hear an audible click.
How to fix the electronic pointing circle and display if they are not visible on Vectronix Binoculars?
If the electronic pointing circle and display are not visible on your Vectronix Binoculars, it could be because ”niGT” is activated for use with a night vision device, or the dioptric is out of focus. Select ”niGT OFF” in the configuration menu. Adjust the dioptric setting.
Why do my Vectronix Binoculars display "niGT on"?
If "niGT on" is displayed on your Vectronix Binoculars, it means that the night vision mode (”niGT”) is activated, which is intended for use with a night vision device and not suitable for daylight conditions. To resolve this, select ”niGT OFF” in the configuration menu.
What does "GAtE on" mean on my Vectronix Binoculars?
If "GAtE on" is displayed on your Vectronix Binoculars, it means that the distance gate function (”DISt GAtE”) is activated. Select an appropriate range gate.
Why is the electronic pointing circle not visible on my Vectronix Binoculars?
If the electronic pointing circle is not visible on your Vectronix Binoculars, it might be because ”ErET OFF” is selected, which is intended for use with a glass reticle. To make it visible, select ”ErET on” in the configuration menu.
What to do if compensation cannot be completed on Vectronix Binoculars?
If compensation cannot be completed on your Vectronix Binoculars, it could be due to timing out of compensation or going too far on a command. Turn or tilt farther or move faster. Alternatively, turn or tilt more slowly and stop at the appropriate time.
Describes the superb optics in a robust, watertight, rubber-armoured casing.
Displays magnetic azimuth or grid azimuth in degrees or mils.
Measures from 5 m to over 10 km, depending on visibility and target.
Displays vertical angles between -45° and +45°.
Instructions for opening the compartment, inserting a 6V lithium battery (2CR5).
Adjust the length of the neck strap by pulling the strap slowly but firmly around the back of the catch.
To protect from dirt, fit the eyepiece cover and keep the VECTOR in its pouch when not in use.
Covers adjusting viewing distance, eye-base, and dioptric settings for clear vision.
Operation is entirely by means of the keys on the top of the casing. Sight object and hold steady.
Illustrates how reflective properties, target size, atmospheric conditions, etc., affect measurement range.
Press and hold distance key, sight object, release key to read distance.
Obtain up to 3 separate distances with a single measurement.
Procedure for transferring multiple target measurements via PLGR.
Transmit slope distance, azimuth, and inclination data via interface cable.
Measures horizontal distance and height difference to a remote object.
Measure the distance between two distinct objects by taking sequential measurements.
Measures horizontal and vertical distances between two objects.
Explains how metal objects and magnetic fields can cause errors in directional readings.
Press and hold azimuth key, sight object, release key to display measured azimuth.
Measures and displays both azimuth and inclination angle to an object.
Measures azimuth to the first object and horizontal distance to the second object.
Measures azimuth and inclination, then calculates corrections (L/r, A/d).
Displays corrections for 'up', 'down', 'left', 'right' based on FOS measurement.
Instructions for properly plugging and unplugging the interface cable.
Details wiring and interface parameters for connecting to a PLGR.
Details wiring and interface parameters for connecting to a PC.
Describes the 10/11 ASCII character format for distance, azimuth, and inclination data.
Switching instrument functions on/off via the configuration menu.
Covers enabling the electronic reticle and activating the night vision function.
Instructions for attaching and adjusting the VECTOR with a night vision device.
Focusing and adjusting PVS-14 brightness for clear viewing in night vision mode.
Configure angular units (mils/degrees) and distance units (meters/feet).
Limits the closest distance the VECTOR will measure; default is 500m.
Explains declination, its compensation, and how the stored value is displayed.
Allows setting or correcting the declination value, with options for increment/decrement.
Details calibration procedures (4-point, 12-point) and general instructions for when and where.
Instructions for swiveling the VECTOR in various directions during calibration.
Step-by-step guide for performing a 4-point or 12-point calibration without a tripod.
Instructions for performing calibration using the VECTOR on a mini-tripod.
Verifying compass accuracy after calibration and understanding possible causes of failure.
Switching between PC mode and PLGR+96/PLGR II data output mode.
Configuring tracking mode, position format, units, reference, and serial mode for PLGR+96.
Initiates and interprets the results of the built-in self-test for the VECTOR.
Procedure to reset all settings to their original factory defaults.
Addresses issues like not seeing a circular image or failing to take measurements.
Solves problems related to '-' display, measuring range, and target reflectance.
Addresses blinking distance display and symbols for exceeding azimuth angle limits.
Fixes inaccurate azimuth readings due to declination or magnetic fields, and key input issues.
Resolves issues with invisible display elements and low battery warnings.
Addresses issues with 'niGT on', 'GAtE on', compensation, and PLGR data reception.
Warns against improper use, modifications, and hazards like blinding and explosion.
Covers physical injury risks, environmental hazards, and proper battery disposal.
Instructions for maintaining performance through regular care, avoiding dirt and condensation.
Details laser type, safety standards, range capability, visibility, and accuracy.
Details optical properties and magnetic compass performance parameters.
Includes power supply, battery capacity, environmental sealing, temperature ranges, and weight.
Lists the items included in the standard shipping package.
Details optional accessories such as data cables, objective caps, and mini-tripods.
Describes the engraved reticle used in place of the electronic pointing circle.
Explains how the reticle size factor changes with the Binocular Enhancer.
Instructions for mounting the objective cap with glint protection (SOBD2).
Contact details and support information for Vectronix AG.
Lists eye safety standards relevant to laser products.
General| Magnification | 7x |
|---|---|
| Objective Diameter | 42 mm |
| Exit Pupil | 6 mm |
| Waterproof | Yes |
| Fogproof | Yes |
| Laser Range Finder | Yes |
| Digital Magnetic Compass | Yes |
| GPS | No |
| Range | 12, 000 m |
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