23.12.2012 Views

Nikon | Sport Optics | Forestry Pro - Specifications - 1000 Ordi

Nikon | Sport Optics | Forestry Pro - Specifications - 1000 Ordi

Nikon | Sport Optics | Forestry Pro - Specifications - 1000 Ordi

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

<strong>Forestry</strong> <strong>Pro</strong><br />

Key Features <strong>Specifications</strong><br />

Measurement range<br />

Distance display (Increment)<br />

Finder<br />

<strong>Forestry</strong> <strong>Pro</strong><br />

Distance:10-500m/11-550 yd./33-999 ft.( * 999<br />

ft.: 304.5m/333 yd.)<br />

Angle: ±89º<br />

[Internal Display]<br />

Act (Actual Distance):<br />

every 0.5m/yd., 1.0 ft. (shorter than<br />

100m/yd./ft.)<br />

every 1.0m/yd., 1.0 ft. (100m/yd./ft. and<br />

over)<br />

Hor (Horizontal Distance) and Hgt (Height):<br />

every 0.2m/yd., 0.5 ft. (shorter than<br />

100m/yd./ft.)<br />

every 1.0m/yd., 1.0 ft. (100m/yd./ft. and<br />

over)<br />

Ang (Angle):<br />

every 0.1º (less than 10º)<br />

every 1.0º (10º and over)<br />

* Downward angle from the horizontal line:<br />

with display "-"<br />

[External Display]<br />

Act (Actual Distance):<br />

every 0.5m/yd., 1.0 ft.<br />

Hor (Horizontal Distance) and Hgt (Height):<br />

every 0.2m/yd., 0.5 ft.<br />

Ang (Angle):<br />

every 0.1º<br />

Magnification (x) 6<br />

Effective objective<br />

diameter (mm)<br />

Actual field of view<br />

(º)<br />

21<br />

6.0<br />

Exit pupil (mm) 3.5<br />

Eye relief (mm) 18.2<br />

Dimensions (LxHxW) (mm) 130x69x45<br />

Weight (g) (excluding battery) 210<br />

CR2 lithium battery x 1 (DC3V)


Power source Auto power shutoff function equipped (after 30<br />

sec.)<br />

Safety Class 1M Laser <strong>Pro</strong>duct (EN/IEC60825-1:2007)<br />

EMC<br />

FCC Part15 SubPartB class B, EU:EMC directive,<br />

AS/NZS, VCCI class B<br />

Environment RoHS, WEEE<br />

The specifications of the product may not be achieved depending on the target object's shape, surface texture and<br />

nature, and/or weather conditions.<br />

Note: The origin of the technique of this Laser Rangefinder with inclinometer is the Surveying Instruments incorporated measuring<br />

capability of both distance and angle which were developed by <strong>Nikon</strong> Corporation. Among such products, especially, the first highly<br />

advanced electronic model, the Total Station DTM-1, is the root (Sold in 1985).<br />

Laser Rangefinder Specification Comparison Chart<br />

Brochure Download

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!