JVC DLA-M4000LU - Manual (Page 44)

No.51666
DLA-M4000LU DLA-M4000LE
18
Installing the Projector (Cont.)
Projection Distances and Screen Sizes
Lenses that can be used are a 3 : 1 ~ 7 : 1 zoom lens and a 1.5 : 1 fixed-focus lens. With a zoom lens used, you have a wider
latitude in selecting projection distance and installation space than with a fixed lens.
For how to install the lens, consult the dealer who installed and adjusted your projector or service center.
Relationship of screen width vs. projection distance
600
500
400
300
200
100
0 5 10 15 20 25 30 35 40 45
Screen Siz
e (T
ype)
Projection
Distance (m)
WIDE 3:1
TELE 7:1
Fixed-Focus Lens
1.5 : 1
Zoom Lens
In the shaded areas in the above graph, the projected image may be partially distorted or
missed out depending on the distance between the projector and the screen. To project an image
with no image distortion or missing, we recommend you to use the projector in the areas defined
with solid lines in the graph.
Lens Screen Size (Type) Projection Distance (m) Remarks
GL-M4023SZ zoom lens 80 – 300 5.06 – 18.65 3:1 wide (80 – 600) (5.06 – 37.19)
60 – 200 8.65 – 28.56 7:1 tele (60 – 300) (8.65 – 42.79)
GL-M4015S fixed-focus lens
69 – 208 2.09 – 6.50
–––––––– (65 – 250) (1.97 – 7.83)
Adjustable range of the lens
The numbers in ( ) represent the minimum to maximum adjustable range.
19
Connecting to Various Devices
The following signals can be input to the projector:
■ Video signals
(1) Response to color systems
* 1 : Responds if Y/C output is available.
* 2 : Signifies that component signals (“Y, P B , P R ” / “ Y, B-Y, R-Y” / “G, B, R, H/C S , V”) conform to the signal timing (synchroniza-
tion and video period) of each color system. The color systems are used for convenience only.
* 3 : To use these terminals, a video board (separately sold) is required.
(2) Response to double density (*1), high-vision signals
Color system NTSC 480i NTSC4.43 PAL SECAM Input terminal
VIDEO* 3 ‡ ‡ ‡ ‡
Y/C* 3 ‡ ‡ * 1 ‡ - - - - -
Y, P B /B-Y, P R /R-Y ‡ * 2 ‡ * 2 ‡ * 2 ‡ * 2
G, B, R, H/C S , V ‡ * 2 ‡ * 2 ‡ * 2 ‡ * 2
* 1 : Signals whose density of scanning lines/field is twice as high.
* 2 : Responds to signals whose horizontal scanning frequency is 31.5 kHz. NTSC can be made twice as dense by a line doubler
(separately available: recommended article). Also, possible to respond to fully-specified, decoded 525P progressive sig-
nals.
* 3 : Responds to signals whose horizontal scanning frequency is 33.5 kHz. PAL can be made twice as dense by a line doubler
(separately available: recommended article).
■ Computer signals
• Signals with the following resolutions can be input to the input terminal of RGB IN-1 (PC) or RGB IN-2 (G, B, R, H/Cs, V).
(The following signals are preset.)
Input terminal NTSC* 2 PAL* 3 High-vision signal
Y, P B /B-Y, P R /R-Y ‡ ‡ ‡
G, B, R, H/C S , V ‡ ‡ ‡
Screen resolution (standard name) Horizontal frequency Vertical frequency Scanning method
640 × 400 (PC-9801) 24.8kHz 56.4Hz Non-interlace
640 × 350 (VGA1) 31.5kHz 70.1Hz Non-interlace
640 × 480 (VGA3) 31.5kHz 59.9Hz Non-interlace
640 × 480 (Macintosh 13”) 35.0kHz 66.7Hz Non-interlace
640 × 480 (VGA VESA) 37.5kHz 75.0Hz Non-interlace
800 × 600 (SVGA1) 37.9kHz 60.3Hz Non-interlace
800 × 600 (SVGA2) 48.1kHz 72.2Hz Non-interlace
832 × 624 (Macintosh16”) 49.7kHz 74.6Hz Non-interlace
1024 × 768 (XGA1) 48.4kHz 60.0Hz Non-interlace
1024 × 768 (XGA2) 56.5kHz 70.1Hz Non-interlace
1024 × 768 (Macintosh 19”) 60.2kHz 74.9Hz Non-interlace
1152 × 870 (Macintosh 21”) 68.7kHz 75.0Hz Non-interlace
1280 × 1024 (SXGA1) 64.0kHz 60.0Hz Non-interlace
1280 × 1024 (SXGA2) 70.8kHz 67.0Hz Non-interlace
1360 × 1024 (SXGA3: Mac Board) 80.0kHz 75.1Hz Non-interlace
Signals that Can Be Input to the Projector
* Before connection, be sure to turn off the projector and connected devices.
* Read the manual which comes with each device thoroughly.
Notes
• Interlace signals are not handled.
• Some signals other than listed above can be displayed. But they require adjustment. Even some of the signals listed above may require
adjustment depending on the video board used.
• When a signal other than listed above is input, the screen could be partially erased or an unneeded fold-over screen could appear.
• Even signals in the frequency range that can be input may not be displayed normally depending on the type of the signal.
• Composite sync.(Cs) and G on sync. signals can not handled depending on the devices connected.