Bushnell Fusion X 10x42 Bedienungsanleitung

Bushnell Entfernungsmesser Fusion X 10x42

Lies die bedienungsanleitung für Bushnell Fusion X 10x42 (62 Seiten) kostenlos online; sie gehört zur Kategorie Entfernungsmesser. Dieses Handbuch wurde von 36 Personen als hilfreich bewertet und erhielt im Schnitt 4.9 Sterne aus 18.5 Bewertungen. Hast du eine Frage zu Bushnell Fusion X 10x42 oder möchtest du andere Nutzer dieses Produkts befragen? Stelle eine Frage

Download PDF

Seite 1/62

Model #: FX1042AD 4-21

OWNER’S GUIDE

RANGE FINDING BINOCULAR

FUSION™ X

PARTS GUIDE

Ocular Lens A

Twist-Up Eyecups B

Center Focus Knob C

Battery Cap D

Objective Lens E

Dual Diopter Adjustment Ring F

Display Focus Adjustment G

Objective Lens Covers H

Eyepiece Cover I

Neck Strap J

ENGLISH

POWER/FIRE BUTTON

LASER TRANSMIT LENS

MODE BUTTON

LASER RECEIVE LENS

Thank you for purchasing your new Bushnell® Fusion™ X Ranging Binoculars.

This manual will help you optimize your viewing experience by explaining how you can adjust the

ranging binocular to your eyes and care for this instrument. Read the instructions carefully before using

your ranging binoculars.

NEVER LOOK DIRECTLY AT THE SUN WITH YOUR RANGING

BINO, AS IT MAY CAUSE SERIOUS DAMAGE TO YOUR EYES

INTRODUCTION

Your Bushnell® Fusion™ X is a premium laser-ranging binocular with the latest digital technology, providing precise range readings from 5-1800

yards/5-1646 meters. Measuring 7.1in x 5.4in x 2.3in, the 35oz Fusion™ X delivers high-speed target acquisition, with +/- 1 yard accuracy to the

maximum range. The Fusion™ X ranging binocular features Bushnell's patented ARC™ (Angle Range Compensation with Ballistics Intelligence), a

new Ranging Engine for faster, more consistent response and readings, an ACTIVSYNC™ LCD with higher light transmission and water-resistant (IPX4)

construction along with EXO™ Barrier Coating on the optics.

*Note: You will get both longer and shorter maximum distances depending on the reective properties of the particular target and the environmental

conditions at the time the distance of an object is being measured. The color, surface nish, size, and shape of the target all aect reectivity and range. The

brighter the color, the longer the range. White is highly reective, for example, and allows longer ranges than the color black, which is the least reective color.

A shiny nish provides more range than a dull one. A small target is more dicult to range than a larger target. The angle to the target also aects. Shooting

to a target at a 90-degree angle (where the target surface is perpendicular to the ight path of the emitted energy pulses) provides a good range. In contrast,

a steep angle, on the other hand, provides limited ranging. Also, lighting conditions (e.g., the amount of sunlight) will aect the ranging capabilities of the

unit—the less light (e.g., overcast skies), the farther the unit's maximum range. Conversely, very sunny days will decrease the unit's maximum range.

HOW OUR DIGITAL TECHNOLOGY WORKS

The Fusion™ X laser ranging binocular emits invisible, eye-safe, infrared energy pulses. The Fusion™ X ranging binocular's FPGA results in instantaneous

and accurate readings every time. Sophisticated digital technology instantaneously calculates distances by measuring the time it takes for each pulse to

travel from the ranging binocular to the target and back.

EYECUP ADJUSTMENT

Your Bushnell Fusion™ X ranging binocular has eyecups (Fig. 1) that provide a comfortable view of the whole image and help to exclude extraneous

light. For use without eyeglasses or sunglasses, twist up the eyecups (Fig. 2). The raised eyecups will place your eyes farther from the ranging binocular's

ocular lenses at the correct eye relief distance, allowing you to see the whole eld of view.

Fig. 2 Eyecup in “Up” Position

(for use without eyeglasses)

Fig. 1 Eyecup in “Down” Position

(for use with eyeglasses)