NEC GT6000R Installation Manual

GT6000R Installation Guide
With 1.0:1 Rear Lens
Contents
Product Description, Lens Specs, Notes and Formulas
Diagrams and Distance Charts
Cabinet Dimensions
Top, Front and Right Side
Bottom, Back and Left Side
Control Codes

Product Description

Type: 3 panel LCD/Dual Lamp Projector
1.4" p-Si TFT w/MLA
Native Resolution: 1400x1050 (SXGA+)
Network Ready, integrated wired network adapter

Lens Specifications

GT10RLB Throw Ratio:
Screen Sizes:
Note: Lens shift is not available on the GT10RLB rear lens. The GT6000R should be used only for "zero degree/no-offset" rear
projection applications.
Note: There are no other optional lenses available for the GT6000R. The GT6000R ships from the factory with the GT10RLB lens.
Notes
•
For screen sizes not indicated on the projection charts, use the formulas below.
•
If a value in a chart does not match the results of the formulas, use the values in the chart.
•
The ceiling must be strong enough to support the projector and the installation must be in accordance with any local
building codes.
•
All formulas are based on a 4:3 aspect ratio and screen.
•
4:3 sources can be displayed on a 16:9 screen without vertical "squeezing", see "Aspect Ratio" in the user manual.
•
The replacement lamp for the GT6000R is the long life lamp GT60LPS only.
•
Distances are in inches, for millimeters multiply by 25.4.
• Distances may vary ±5%.
Formulas (for a 4:3 screen)
Units: Inches (for millimeters multiply final number by 25.4)
Projection Formula:
C = 1.0034H – 2.087
Note: Tilting the front of the projector up or down by more than 45° from level could reduce lamp life by up to 20%.
www.necvisualsystems.com
1.0:1(approx.)
40"-250"
NEC Solutions (America), Inc.
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Dimensions: 20.4"(W) x 9.5"(H) x 21.8"(D)
Weight: 41.7 lbs (w/GT10RLB lens)
Brightness: 1000 ANSI single lamp / 2000 ANSI dual lamp
Power Focus
Focal Length: 28.9mm
F/#: 2.4
Definitions:
H = Horizontal Screen Width (4:3)
V = Vertical Screen Height (4:3)
C = Throw Distance
Screen Formulas:
H = Screen Diagonal x 4/5
V = Screen Diagonal x 3/5
Screen Diagonal = H x 5/4
Visual Systems
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