Panasonic PT-D4000 - Manual (Page 6)

C o n f e r e n c e C a t e g o r y
Panel Type
Lamp
Brightness
Lens
Contrast
Resolution
H-Sync/V-Sync Range
Video Compatibility
Screen Size
Lens Shift
Keystone Correction Range
Weight * 1
Dimensions
Power Consumption
Terminals
Replacement Lamp
Optional Accessories
Optional Lens
Standard Accessories
Special Features
(Throw ratio)
(Full on/full off)
Native/maximum
(W x H x D)
0.7˝ DLP™ chip x 1
210 W UHM™ x 2
4,000 lumens
F 1.7−2.0, f 25.6−33.8 mm (1.8–2.4:1)
1,600:1
XGA/UXGA
15−91 kHz/50−85 Hz
PAL, PAL-M, PAL-N, PAL60, SECAM, NTSC,
NTSC 4.43
50˝−600˝ (50˝−600˝ with the ET-DLE050)
Vertical: +50%, horizontal: ±10%
Vertical ±30°
Approx. 13.7 kg/30.2 lbs
530 x 167 x 441 mm* 2
(20-7/8˝ x 6-9/16˝ x 17-3/8˝ ) * 2
520 W (540 W for North America)
DVI-D (24-pin x 1, HDCP-compatible)
RGB (D-sub HD 15-pin x 1, 5BNC x 1)
Composite video (BNC x 1)
S-Video (Min-DIN 4-pin x 1)
Serial (D-sub 9-pin x 1 (in), D-sub 9-pin x 1 (out),
RS-232C)
Remote (D-sub 9-pin x 1 (in), M3 x 1 (in),
M3 x 1 (out))
LAN (RJ-45 x 1, 10Base-T/100Base-TX)
ET-LAD40
ET-LAD40W (2 units)
ET-PKD56H (High ceiling mount bracket)
ET-PKD55S (Low ceiling mount bracket)
ET-DLE100 (Zoom lens, 1.3−1.8:1)
ET-DLE200 (Zoom lens, 2.4−4.0:1)
ET-DLE300 (Zoom lens, 3.8−6.0:1)
ET-DLE400 (Zoom lens, 5.8−8.1:1)
ET-DLE050 (Fixed-focus lens, 0.8:1)
Power cord, wireless/wired remote control,
batteries for remote control unit, safety wire rope
BriteOptic™ dual lamp system, 3D colour
management system, dust-resistant design,
liquid cooing system, direct power off, anti-theft
functions, wired LAN system, PJLink™
PT-D4000 Model Number
Conference/
Large-Venue
*1: Average value. May differ depending on models. *2: Depth: Lens and lens hood not included.
E c o l o g y -
C o n s c i o u s
D e s i g n
Panasonic works from every
angle to minimise environmental
impact in the product design,
production and delivery
processes, and in the perfor-
mance of the product itself over
its life cycle. Panasonic
projectors reflect various
combinations of the following
ecological considerations.
• Lead-free solder is used
to mount components to
the printed circuit boards.
• Lamp power switching
further reduces power
consumption.
• Lead-free glass is used
for the lens
N O T E :
T h e e c o l o g i c a l p o i n t s
d e s c r i b e d a b o v e a r e i n t e n d e d
o n l y a s e x a m p l e s . T h e a c t u a l
c o n s i d e r a t i o n s t h a t a r e
a p p l i e d t o e a c h p r o j e c t o r v a r y
f r o m m o d e l t o m o d e l .