Nikon COOLSHOT 20 i GII Buku Petunjuk - Halaman 7

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Getting to know the Laser Rangefinder

Key features

• Employs the First Target Priority algorithm that

makes a flagstick easy to measure

• Notifies with the LOCKED ON sign (First Target

Priority detection sign) and rangefinder vibration

when measuring overlapping subjects and the

distance to the closest subject is displayed

• High-quality 6× finder with multilayer coating

• Internal magnet on the side allows attachment to

metal surfaces for convenient carrying

• Switch between two measurement display modes

for the internal display: Golf mode (slope adjusted

distance (horizontal distance ± height) and actual

distance) and Actual distance mode

• Golf mode (default setting) displays the slope

adjusted distance (horizontal distance ± height)

which is useful for golf

• Built-in Actual Distance Indicator

• Press and hold down the PWR button to activate

the continuous measurement function (up to

approx. 8 seconds)

• Automatic power shut-off (approx. 8 sec.

unoperated from standby screen)

• Rainproof — JIS/IEC protection class 4 (IPX4)

equivalent (under Nikon's testing conditions)

• Invisible/Eyesafe EN/IEC Class 1M Laser

l l About measurement results

This device is a basic rangefinder. Its measurement results cannot be used as official evidence.

This product uses an invisible laser beam for

measuring. It measures the time the laser beam

takes to travel from the rangefinder to the target

and back. Laser reflectivity and measurement

results may vary according to climatic and

environmental conditions, as well as the color,

surface finish, size, shape and other

characteristics of the target.

Measurement may be inaccurate or fail in the

following cases:

• In snow, rain or fog

• Small or slender target

• Black or dark target

• Target has stepped surface

• Moving or vibrating target

• When measuring the surface of water

• Target measured through glass

• When the target is glass or a mirror

• When laser incidence to the target's reflective

surface is oblique