NEC NP4100W Instrução De Instalação
NEC Display Solutions of America, Inc.
NP4100W Installation Guide
Desktop and Ceiling Mount
v 1.0
www.necdisplay.com
NP4100W Page 1 of 10
Contents
Product Description, Lens Specs, Screen/Aspect Ratio
Notes and Formulas
Notes and Formulas
Pg 1
Diagrams
&
Distance
Charts; 16:10
Pg 2
16:9
Pg 3
4:3
___
Pg 4
Lens
Shift
Adjustable
Range
Pg 5
Tilt
Capabilities Pg 6
Cabinet Dimensions
Pg 7
Lens
Dimensions
Pg 8
Ceiling
Mount
Dimensions Pg 9
Input
Panel
and
Control
Codes
Pg 10
Product
Description
Type:
1 chip DLP Projector
Dimensions: 19.88”
(W)
x
8.23” (H) x15.16” (D)
0.65 DMD
Weight:
38.6 lbs
Resolution:
1280
x
800
(16:10)
/
1066
x
800
(4:3) Brightness:
5500
ANSI
Lumens
Powered:
Lens Shift, Horizontal & Vertical /Zoom/
Focus
BTU’s:
2425
BTU/hour
Fan
Noise:
38
dB
/
34dB
@
1
meter
Power
Consumption:
710W
(max)
Network Ready
Lens
Specifications
NP06FL:
Throw Ratio: ~ 0.77:1
Focal Length: 11.4mm
NP09ZL:
Throw Ratio: ~2.22 - 4.43:1
Focal Length: 32.0 – 63.0mm
Screen
Sizes:
50”-200”
F/#:2.0
Screen
Sizes:
40”
-
500”
F/#:2.1
–
2.9
NP07ZL:
Throw Ratio: ~1.33 - 1.79:1 Focal Length: 19.3 - 25.8mm
NP10ZL:
Throw Ratio: 4.43 -8.3:1
Focal Length: 63.5 – 117.4mm
Screen Sizes: 40” - 500”
F/#:1.8 – 2.3
Screen Sizes: 40” - 500” F/#:2.2
–
3.1
NP08ZL:
Throw Ratio: ~1.78 - 2.35:1 Focal Length: 26.0 - 34.0mm
Screen Sizes: 40” – 500 ”
F/#:1.7 – 1.9
Screen/Aspect
Ratio
Both 4:3 and 16:9 screens are fully supported with proper aspect ratio control for both type sources using NEC developed scaling technology. Menu
selections have aspect ratio control for each source type.
selections have aspect ratio control for each source type.
Notes
For screen sizes not indicated on the projection tables, use the formulas below.
If the figures on the tables do not match the results of formulas, use the figures in the table.
If the figures on the tables do not match the results of formulas, use the figures in the table.
All calculations are based on 4:3 aspect ratio.
Distances are in inches, for millimeters multiply by 25.4.
Distances may vary
5%.
Formulas
The Projection Formulas use the image width for calculation. Image width is the same for all aspect ratios, only vertical image size varies. For proper
projector placement, determine the image width for a desired screen size. Use the Screen Formulas below to calculate all screen dimensions. Plug in
the image width for “W” in the Projection Formulas.
Refer to the diagrams and charts for popular screen sizes on page 2, 3 and 4:
projector placement, determine the image width for a desired screen size. Use the Screen Formulas below to calculate all screen dimensions. Plug in
the image width for “W” in the Projection Formulas.
Refer to the diagrams and charts for popular screen sizes on page 2, 3 and 4:
Projection Formulas:
Definitions:
NP06FL: C
=
0.817W
–
1.54
W
=
Image
Width
NP07ZL: C(Wide) = 1.379W – 1.952 --------- C(Tele) = 1.854W – 1.809
H = Image Height (size)
NP08ZL: C(Wide) = 1.844W – 2.362 --------- C(Tele) = 2.435W – 2.461
C = Throw distance
NP09ZL: C(Wide) = 2.328W – 4.147 --------- C(Tele) = 4.639W – 4.175
NP10ZL: C(Wide) = 4.580W – 5.415 --------- C(Tele) = 8.603W – 5.352
16:9
Screen
Formulas:
W = H x 16/9
16:10 Screen Formulas:
H = W x 9/16
W
=
H
x
16/10
Diagonal
=
W
x
18.358/16
H = W x 10/16
Diagonal
=
W
x
18.867/16
4:3 Screen Formulas:
W = H x 4/3
Note: Tilting the front of the projector from level up or down by
H = W x 3/4
more than 45° could reduce lamp life up to 20%.
Screen
Diagonal
=
W
x
5/4