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 and 3:
Projection Formulas: Definitions: 16:10 Screen Formulas
NP06FL: C = 0.817W – 1.54 W = Image Width W = H x 16/10
NP07ZL: C(Wide) = 1.379W – 1.952 ------ C(Tele) = 1.854W – 1.809 H = Image Height (size) H = W x 10/16
NP08ZL: C(Wide) = 1.844W – 2.362 ------ C(Tele) = 2.435W – 2.461 C = Throw distance Screen Diagonal = W x 18.868/16
NP09ZL: C(Wide) = 2.338W – 4.147 ------ C(Tele) = 4.639W – 4.175 16:9 Screen Formulas
NP10ZL: C(Wide) = 4.580W – 5.415 ------ C(Tele) = 8.603W – 5.352 W = H x 16/9
NP31ZL: C(Wide) = 0.812W – 2.099 ------ C(Tele) = 1.017W – 1.992 H = W x 9/16
Screen Diagonal = W x 18.358/16
Distance Chart for popular 16:10 Screens (WXGA)
Distance Chart using 16:10 native projector with 16:9 Image (720p)
www.necdisplay.com PX700W/PX750U/PX800X Page 2 of 13
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 and 3:
Projection Formulas: Definitions: 16:10 Screen Formulas
NP16FL: C = 0.812W – 1.961 W = Image Width W = H x 16/10
NP17ZL: C(Wide) = 1.346W – 2.201 ------ C(Tele) = 1.917W – 2.008 H = Image Height (size) H = W x 10/16
NP18ZL: C(Wide) = 1.852W – 2.811 ------ C(Tele) = 2.428W – 2.772 C = Throw distance Screen Diagonal = W x 18.868/16
NP19ZL: C(Wide) = 2.372W – 3.307 ------ C(Tele) = 3.937W – 3.272 16:9 Screen Formulas
NP20ZL: C(Wide) = 3.840W – 5.587 ------ C(Tele) = 5.771W – 5.567 W = H x 16/9
NP21ZL: C(Wide) = 5.743W – 12.213 ------ C(Tele) = 8.956W – 12.110 H = W x 9/16
NP31ZL: C(Wide) = 0.812W – 2.099 ------ C(Tele) = 1.017W – 1.992Screen Diagonal = W x 18.358/16
Distance Chart for popular 16:10 Screens (WXGA)
Distance Chart using 16:10 native projector with 16:9 Image (720p)
www.necdisplay.com PX700W/PX750U/PX800X Page 3 of 13
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 and 3:
Projection Formulas: Definitions: 16:10 Screen Formulas
NP16FL: C = 0.794W – 1.85 W = Image Width W = H x 16/10
NP17ZL: C(Wide) = 1.281W – 2.094 ------ C(Tele) = 1.825W – 1.913 H = Image Height (size) H = W x 10/16
NP18ZL: C(Wide) = 1.764W – 2.677 ------ C(Tele) = 2.313W – 2.638 C = Throw distance Screen Diagonal = W x 18.868/16
NP19ZL: C(Wide) = 2.261W – 3.150 ------ C(Tele) = 3.747W – 3.114 16:9 Screen Formulas
NP20ZL: C(Wide) = 3.654W – 5.319 ------ C(Tele) = 5.492W – 5.299 W = H x 16/9
NP21ZL: C(Wide) = 5.469W – 11.626 ------ C(Tele) = 8.527W – 11.531 H = W x 9/16
NP31ZL: C(Wide) = 0.775W – 1.161 ------ C(Tele) = 0.966W – 2.000Screen Diagonal = W x 18.358/16
Distance Chart for popular 16:10 Screens (WUXGA)
Distance Chart using 16:10 native projector with 16:9 Image (1080p)
www.necdisplay.com PX700W/PX750U/PX800X Page 4 of 13
Desktop and Ceiling MountRev 1.4
Formulas: 4:3 Aspect Ratio (PX800X—XGA)
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 and 3:
Projection Formulas: Definitions: 4:3 Screen Formulas
NP06FL: C = 0.808W – 1.644 W = Image Width W = H x 4/3
NP07ZL: C(Wide) = 1.361W – 1.833 ------ C(Tele) = 1.831W – 1.800 H = Image Height (size) H = W x 3/4
NP08ZL: C(Wide) = 1.823W – 2.524 ------ C(Tele) = 2.403W – 2.447 C = Throw distance Screen Diagonal = W x 5/4
NP09ZL: C(Wide) = 2.298W – 4.133 ------ C(Tele) = 4.579W – 4.226
NP10ZL: C(Wide) = 4.516W – 5.296 ------ C(Tele) = 8.514W – 5.512
NP31ZL: C(Wide) = 0.802W – 1.811 ------ C(Tele) = 1.004W – 1.713
www.necdisplay.com PX700W/PX750U/PX800X Page 5 of 13
Screen Center
Screen Top
Shift Range
C
Screen Center
Shift Range
Screen Bottom
C
Screen Center
C
NEC Display Solutions of America, Inc.
PX700W/PX750U/PX800X Installation Guide
Desktop and Ceiling MountRev 1.4
Ceiling Mount Installation
Desktop Installation
Note: Lens Shift Feature is not available to NP16FL. This lens should only be used for “zero degree”/”no-offset” applications. See
below
www.necdisplay.com PX700W/PX750U/PX800X Page 6 of 13
PX700W/PX750U/PX800X Installation Guide
Lens Shift Range for Desktop and Ceiling Mount
Application
The diagram below shows the location of the image
position in the lens. The lens can be shifted within
the shaded area as shown using the normal
projection position as a starting point.
Note: Lens shift feature is not available with
NP16FL (rear lens). NP16FL should be used only
for “zero degree” / “no-offset” applications.
Note: Projector is set out of the box at maximum
lens shift, which is how it is depicted above.
(W: width of projected image, H: height of projected
image)
Note: Vertical Lens Shift for PX800X w/NP31ZL is
0.43H.
CEILING FRONT
DESKTOP FRONT
VERTICAL
VERTICAL
HORIZONTAL
H
H
0.5H
0.5H
W0.1W0.1W
Desktop and Ceiling MountRev 1.4
Lens Shift Adjustable Range
www.necdisplay.com PX700W/PX750U/PX800X Page 7 of 13
NEC Display Solutions of America, Inc.
NEC Display Solutions of America, Inc.
PX700W/PX750U/PX800X Installation Guide
Desktop and Ceiling MountRev 1.4
Cabinet Dimensions
The following diagrams show the cabinet dimensions for the PX750U.
Dimensions are in inches. For millimeters multiply by 25.4.
Note: Dimensions below shown with the NP18ZL lens
www.necdisplay.com PX700W/PX750U/PX800X Page 8 of 13
NEC Display Solutions of America, Inc.
PX700W/PX750U/PX800X Installation Guide
Desktop and Ceiling MountRev 1.4
Cabinet Dimensions
www.necdisplay.com PX700W/PX750U/PX800X Page 9 of 13
NP16FL
NP17ZL
Max Depth: 20.55
Max Depth: 20.79
NP18ZL
NP19ZL
Max Depth: 20.55Max Depth: 20.55
NP20ZL
NP21ZL
Max Depth: 21.33
Max Depth: 23.02
NEC Display Solutions of America, Inc.
PX700W/PX750U/PX800X Installation Guide
Desktop and Ceiling MountRev 1.4
Optional Lens Dimensions
Note: Depth for the PX750U will remain at 20.55” if the NP16FL, NP18ZL or NP19ZL are utilized.
www.necdisplay.com PX700W/PX750U/PX800X Page 10 of 13
NEC Display Solutions of America, Inc.
PX700W/PX750U/PX800X Installation Guide
Desktop and Ceiling MountRev 1.4
Ventilation Requirements
If there are walls on boths sides of the projector :
If there’s a wall behind the projector :
For ceiling mounting :
www.necdisplay.com PX700W/PX750U/PX800X Page 11 of 13
NEC Display Solutions of America, Inc.
PX700W/PX750U/PX800X Installation Guide
Desktop and Ceiling MountRev 1.4
Input Panel
Control Panel
www.necdisplay.com PX700W/PX750U/PX800X Page 12 of 13
Baud Rate: 38400 bps (for cable lengths longer than 20’, it is recommended changing to 9600 bps in setup menu)
Data Length: 8 bits
Parity: No Parity
Stop Bit: One bit
X on/off: None
Communications: Full duplex
PC Control Connector (D-Sub 9P)
Note 1 : Pins 1, 4, 6, and 9 are used inside the projector.
Note 2: For long cable runs it is recommended to set communication speed within the projector to 9600 bps.
Note 3: Jumper “Request to Send” and “Clear to Send” together on both ends of the cable to simplify cable connection.
www.necdisplay.com PX700W/PX750U/PX800X Page 13 of 13
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