Digital Projection Hl12000hd, Hl10000hd Users Manual

							E-81
8. Appendix
Input / Output Terminal
  Input Slot 4 slots (One board each for the VIDEO board and analog RGB input board are standard equipment;
2 slots are for expansion.)
  MM-VIDEOVideoInput BNC
1 (Composite Video)
    (Built in)Input BNC
2 (S-Video)
Input BNC
3 (DVD Component)
  MM-RGBAnalog RGB Input BNC
5 (shared with the component input connectors)
    (Built in)Audio Input RCA (L/MONO,R)
1 (No Function)
  MM-DVIDigital RGB Input DVI-D
1
    (Optional Board)Audio Input Stereo Mini Jack
1 (No Function)
  MM-SDISDI Input BNC
2
    (Optional Board)SDI Output BNC
1
USB Port A Type
1, B Type
1
LAN Port RJ-45
1
Remote Control In Stereo Mini Jack
1, XLR Connector
1
Out Stereo Mini Jack
1
PC Control In D-Sub 9pin
1
Out D-Sub 9pin
*3
1
PC Card TypeII
1
Ex. Control Mini D-Sub15pin
1
Power Requirement 200 - 240VAC, 50 / 60Hz
Power Consumption 3.0KW
Input Current 15A
Dimensions HL 12000HD : 27.2” (W)
40.1” (D)
20.4” (H)
690mm (W)
1018mm (D)
547mm (H)
HL 10000HD : 26.4” (W)
36.5” (D)
16.8” (H)
670mm (W)
926mm (D)
425mm (H)
Net Weight HL 12000HD : 194.7lbs (88.3kg) (without lens)
HL 10000HD : 164.5lbs (74.6kg) (without lens)
Environment Operational Temperature:  50° - 95°F (10° - 35°C)
Humidity: 20 – 80% non-condensing
Storage Temperature:  14° - 122°F (-10° - 50°C)
Humidity: 20 – 80% non-condensing
Regulations USA UL60950 FCC Class A
Canada CSA60950 ICES-003 Class A
Europe EN60950 EN55022 Class A
EN55024
EN61000-3-2
EN61000-3-3
Japan J60950 VCCI Class A
Asia IEC60950 CISPR.22 Class A
*1 : Permissible deviation for RGB convergence (Pixel deviation) is 1/2 pixel or less at center; 1 pixel or less around the perimeter
(when projection upward angle is 0°).
*2 : When using the zoom lens, it must be keep that the projector is positioned at an angle of from -15 to +15 degrees from the
horizontal.
*3 : These connectors are for future extension.
Specifications are subject to change without notice.
Digital Light Processing, DLP, Digital Micromirror Device and DMD are trademarks of Texas Instruments. 
						

							E-82
Technische Daten
Modellnummern
Bedienfeld*
1
Ausgangsauflösung
Lampe
Lichtausgang
Helligkeitsgleichmäßigkeit
Kontrastverhältnis
Linsenverschiebung
Linsen-Optionen*
2
Bildformat
Installation
Abtastrate
Eingangssignal
MM-VIDEO
(integriert)
MM-RGB
(integriert)HL 12000HD / HL 10000HD
DMD™ 1,25” x 3 (HL 12000HD / HL 10000HD)
2048 x 1080 natürliche Auflösung
(HL 12000HD / HL 10000HD)
2,0 kW Blasen-Kurzbogen-Xenon
Integriert: Überhitzungsschutz
Lampenverwendungsschutz bei überschrittenen Betriebsstunden
12.000 ANSI Lumen (HL 12000HD)
9.000 ANSI Lumen (HL 10000HD)
Voller Lichtausgang bei 200 - 240V
> 80% Ecke zu Mitte
1600 : 1 V oll Ein/Aus (HL 12000HD)
1800 : 1 V oll Ein/Aus (HL 10000HD)
Mit Motor angetriebener horizontaler und vertikaler Linsenversatz
Mit Motor angetriebener Zoom und Fokus
Im Objektivverschluß integriert
L2K-12ZHB 104-700 1.25 – 1.45 : 1 (Zoom Linse)
L2K-14ZHB 104-701 1.45 – 1.8 : 1 (Zoom Linse)
L2K-18ZHB 104-702 1.8 – 2.4 : 1 (Zoom Linse)
L2K-22ZHB 104-703 2.2 – 3.0 : 1 (Zoom Linse)
L2K-30ZHB 104-704 3.0 – 4.3 : 1 (Zoom Linse)
L2K-10F 103-350 1.0 : 1 (Feste Linse)
80” (2,03 m) – 500” (12,7 m) diagonal bei 4 : 3
Ausrichtung: Boden/vorne, Boden/hinten, Decke/vorne, Decke/hinten
Stapeln: bis zu 3 Projektoren können aufeinander gestapelt werden
Horizontal: 15 – 107 kHz (RGB: 31 kHz oder mehr)
Vertikal: 24 - 120 Hz (bei synchronem Input / Output: 24 - 60 Hz)
(HL 12000HD / HL 10000HD)
Composite-Video 75 Ohm 1,0 Vp-p (mit Synch.)
S-Video Y 75 Ohm 1,0 Vp-p (mit Synch.)
C75 Ohm 286-300 mVp-p
Komponentenvideo Y 75 Ohm 1,0 Vp-p (mit Synch.)
Cr, Cb 75 Ohm +/- 0,35 Vp-p
(Nur Standard Definition (15kHz))
R, G, B, H, V R, G, B 75 Ohm 0,7 Vp-p positive Polarität
Y75 Ohm 1,0 Vp-p positive Polarität (mit Synch.)
Cr, Cb 75 Ohm +/- 0,35 Vp-p positive Polarität
(Komponent unterstützt HDTV and >31kHz interlaced und progressiv einschl.
1080i/60,1080i50, 24sF, 25p, 24p 23.98p/sF, 720p/60, aber nicht 60p, RGsB,
RGBS, RGBHV unterstützt HD progressiv und PC progressiv)
H/V-Synch. 1 kOhm / 75 Ohm (wählbar)
0,7 - 4,0 Vp-p / TTL positive/negative Polarität
Beanspruchung N/A
Composite-Synch. 1 kOhm / 75 Ohm (wählbar)
0,7 - 4,0 Vp-p / TTL positive/negative Polarität
Beanspruchung N/A
Synch. auf Grün 75 Ohm 1,0 Vp-p (einschließlich Synch.-
Signalkomponente von 0,3 Vp-p) 
						

							E-83
Einfach-Link Pixel - Taktfrequenz 165 MHz max.
Dual-Link Pixel - Taktfrequenz 202,5 MHz max.
SDHV SMPTE 259M Pegel C
HDTV SMPTE 292M (einschließlich 24sF, 24p)
4 Schlitze (eine Platine für die VIDEO-Platine und die analoge RGB-Eingangsplatine
gehören zur Grundausstattung; 2 Schlitze sind für eine Erweiterung vorgesehen)
Video Eingang BNC x 1 (Composite-Video)
Eingang BNC x 2 (S-Video)
Eingang BNC x 3 (DVD-Komponente)
Analog RGB Eingang BNC x 5
(mit den Komponenten-Eingangsanschlüssen
 geteilt)
Audio Eingang RCA (L / MONO, R) x 1 (ohne Funktion)
Digital RGB Eingang DVI-D x 1
Audio Eingang Stereo-Minibuchse x 1 (ohne Funktion)
SDI Eingang BNC x 2
SDI Ausgang BNC x 1
A Typ x 1, B Typ x 1
RJ-45 x1
In (Ein) Stereo-Minibuchse x 1, XLR-Anschluss x 1
Out (Aus) Stereo-Minibuchse x 1
In (Ein) D-Sub 9-polig x 1
Out (Aus) D-Sub 9-polig*
3 x 1
Typ II x 1
Mini D-Sub 15-polig x 1
200 - 240V Wechselstrom, 50/60Hz
HL 12000HD / HL 10000HD: 3,0 KW
HL 12000HD / HL 10000HD: 15 A
HL 12000HD: 690mm (W) x 1018mm (T) x 542mm (H)
27,2” (W) x 40,1” (T) x 20,4” (H)
HL 10000HD: 670mm (W) x 926mm (T) x 425mm (H)
26,4” (W) x 36,5” (T) x 16,8” (H)
HL 12000HD: 88,3kg / 194,7lbs (ohne Objectiv)
HL 10000HD: 74,6kg / 164,5lbs (ohne Objectiv)
Betriebstemperatur: 50˚ bis 95˚F (10˚ bis 35˚C)
Feuchtigkeit: 20 bis 80% nicht-kondensierend
Lagertemperatur: 14˚ bis 122˚F (-10˚ bis 50˚C)
Feuchtigkeit: 20 bis 80% nicht-kondensierend MM-DVI
(Zusatzplatine)
MM-SDI
(Zusatzplatine)
Eingangs-/ Ausgangsanschluss
Eingangsschlitz
MM-VIDEO
(integriert)
MM-RGB
(integriert)
MM-DVI
(Zusatzplatine
MM-SDI
(Zusatzplatine)
USB Port
LAN Port
Fernbedienung
PC-Steuerung
PC-Karten
Ex. Steuerung
Leistungsanforderung
Leistungsaufnahme
Eingangsstrom
Abmessungen
Gewicht, netto
Umgebung 
						

							E-84
*1:Die zulässige Abweichung für RGB-Konvergenz (Bildpunkt-Abweichung) beträgt in der Mitte 1/2 Pixel; 3/4 Pixel oder weniger
im Umfang (wenn sich der Projektions-Aufwärtswinkel auf 0˚ beläuft).
*2:Bei Benutzung des Zoom-Objektives ist es empfehlenswert, den Projektor in einem Winkel von -15 bis +15 Grad von der
Horizontale ausaufzustellen.
*3:Diese Anschlüsse sind für eine künftige Erweiterung vorgesehen.
Technische Daten können ohne vorherige Benachrichtigung geändert werden.
Digital Light Processing, DLP, Digital Micromirror Device und DMD sind Warenzeichen von Texas Instruments. Verordnungen USA UL60950 FCC Klasse A
Kanada CSA60950 ICES-003 Klasse A
Europa EN60950 EN55022 Klasse A
EN55024
EN61000-3-2
EN61000-3-3
Japan J60950 VCCI Klasse A 
						

							E-85
1018 (40.1)
751.5 133.2
(5.2) 133.3
(5.3)
307.8
(12.1) 114.8
(4.5)
97
(3.8)
667.8 (26.3)
636 (25) 690 (27.2)
486(19.1)
531.6 (20.9)
79.5
(3.1)
Lens Center
42 (1.6)
748 (29.5) 135
(5.3) 135
(5.3)
60 (2.4)
410.1 (16.1)
Unit = mm (inch)
3 Cabinet Dimensions
8. Appendix
HL 12000HD 
						

							E-86
253
(10)926
(36.5)
670
(26.4)
97
(3.8) 425 (16.7)
400
(15.7)
Lens Center
Unit = mm (inch)
8. Appendix
HIGHlite 10000HD 
						

							E-87
Signal Resolution Frequency H. Refresh Rate MM- MM-RGB MM- MM-
( Dots ) ( kHz ) ( Hz ) VIDEO RGsB RGBS RGBHV YCrCb SDI DVI
8. Appendix
4 Compatible Input Signal List
VIDEO NTSC – 15.7 60.0 A


 


(Composite PAL/SECAM – 15.6 50.0 A


 



S-Video) PAL60 – 15.7 60.0 A


 



SDTV 480i 720  
 483 15.7 60.0 A


 


(Colour2)575i 720  
 575 15.6 50.0 A


 



480p 720  
 483 31.5 60.0
FUUA
U1
575p – 31.3 50.0
FUUA
U1
HDTV 1080i60 1920
1080 33.8 60.0
F

A
A
Analogue1080i50 1920
1080 28.1 50.0
F

A
A
or1080sF24 1920
1080 27.0 48.0
F

A

via DVI720p60 1280
720 45.0 60.0
FUUA
U1
1080p30 1920
1080 33.8 30.0
FUUA
U1
(Colour2)1080p25 1920
1080 28.1 25.0
FUUA
U1
1080p24 1920
1080 27.0 25.0
FUUA
U1
SD-SDI * 480i 720
483 15.7 60.0




A

575i 720
575 15.6 50.0




A
HD-SDI * 1080i60 1920
1080 33.8 60.0




A

1080i50 1920
1080 28.1 50.0




A

1080sF24 1920
1080 27.0 48.0




A
720p60 1280
720 45.0 60.0




A

1080p30 1920
1080 33.8 30.0




A

1080p25 1920
1080 28.1 25.0




A
1080p24 1920
1080 27.0 24.0




A

RGB 640
480 31.5 60.0
AAAF
A
(Analogue and DVI)640
480 37.9 72.8
AAAF
A640
480 37.5 75.0
AAAF
A
640
480 43.3 85.0
AAAF
A800
600 31.25 50.0
AAAF
A
800
600 35.2 56.3
AAAF
A
800
600 37.9 60.3
AAAF
A800
600 48.1 72.2
AAAF
A
800
600 46.9 75.0
AAAF
A
800
600 53.7 85.1
AAAF
A1024
768 40.0 50.0
AAAF
A
1024
768 48.4 60.0
AAAF
A
1024
768 56.5 70.1
AAAF
A1024
768 60.0 75.0
AAAF
A
1024
768 68.7 85.0
AAAF
A
1152
864 67.5 75.0
AAAF
A1280  
 960 50.0 50.0
AAAF
A
1280
960 60.0 60.0
AAAF
A
1280
960 85.9 85.0
AAAF
A1280
1024 52.8 50.0
AAAF
A
1280
1024 64.0 60.0
AAAF
A
1280
1024 80.0 75.0
AAAF
A1280
1024 91.1 85.0
AAAF
A
1400
1050 54.5 50.0
AAAF
A
1400
1050 65.2 60.0
AAAF
A1400
1050 64.0 60.0
AAAF
A
1400
1050 82.2 75.0
AAAF
A
1400
1050 93.6 85.0
AAAF
A1600
1200 62.5 50.0
AAAF
A
1600
1200 75.0 60.0
AAAF
A
1920
1080 56.25 50.0
AAAF
A
Code: A - Auto, projector detects and dsiplays correctly
F - Format change required see Projector “Adjust (source)/Signal Type (page E55)
U - User setup required see Optimising RGB picture Automatically (Page E33),  (U
1 also requires separate syncs)
 - Not Supported 
						

							E-88
2Colour space for SDTV and HDTV via DVI will be RGB colour space - can be changed using Colour Matrix function.
*SD-SDI and HD-SDI signals can be input when the optional MM-SDI has been installed.
•At the time of shipping, adjustment is made to the standard signal of the display resolution/frequency; however, adjust-
ment may be required depending on the type of personal computer.
•SDTV and HDTV signals also support a vertical frequency of fV/1.001.
•RGB signals support analog and DVI.
•Please contact your dealer about details concerning the connection of signals other than the aforementioned.
•Composite sync and other signals might not be displayed properly.
•When the resolution has been converted for the display (and is not the real resolution of the display), the thickness and
other aspects of the characters and ruled lines might not be uniform. 
						

							E-89
8. Appendix
Pin # Signal Name Function I/O1NCNot used –2RxD Reception data Input3TxD Transmission data Output4NCNot used –5GND Ground potential GND6NCNot used –7RTS Transmission request Output8CTS Transmission permission Input
9NCNot used –
Pin # Signal Name Function I/O1NCNot used –2RxD- Reception data - Input3TxD+ Transmission data + Output4NCNot used –5GND Ground potential GND6NCNot used –7RxD+ Reception data + Input8TxD- Transmission data - Output
9NCNot used –
5Pin Assignment of PC CONTROL IN Con-
nector (D-Sub 9 Pin)
Using RS-232C
Using RS-422
6Pin Assignment of REMOTE IN 3 Connec-
tor (XLR connector)
Pin # Function I/O
1Ground potentiul GND2DC+3.3V PWR
3Remote Control Input I
7Pin Assignment of EXT. I/O Connector
(Mini D-Sub 15 Pin)
The various control and switching operations are enabled by ei-
ther opening (OPEN) or short circuiting (SHORT) the pin number
15 (GND) of the external control connector (EXT. I/O) with the
various pins listed in the table below.
51423
10
11 12 13 14 156 978
• Control Functions
Pin # OPEN SHORT14 EXT CTL OFF EXT CTL ON5POWER OFF POWER ON
10 PICTURE MUTE OFF PICTURE MUTE ON
* When there is no supported input channel, “None” is displayed
on the LCD screen of the projector.
NOTE: When using the external control connector (EXT. I/O) to control the Projec-
tor, short circuit pin number 14 (EXT CTL ON/OFF) and pin number 15 (GND), and
operate according to the above table with the external control (EXT CTL) set to ON.
• Input Switching (0 = SHORT, 1 = OPEN)
Pin # (Bit)
SLOT Factory Default11 (b3) 12 (b2) 8 (b1) 4 (b0)00001-1 VIDEO1 (CV)00011-2 VIDEO2 (S-Vid)00101-3 VIDEO3 (CMP)01002-1 RGB01012-2 None01102-3 None10003-1 None10013-2 None10103-3 None11004-1 None11014-2 None
11104-3 None 
						

							E-90
8 Using Software Keyboard
1 to 0 and Characters
........................ Use to type in IP address or projector name
MODE .............Selects one of three modes for alphabet and spe-
cial characters.
SP ................... Inserts a space
BS ................... Deletes one character backward
F..................... Returns to the previous
E..................... Advances to the next
OK ................... Executes the selection
Cancel ............. Cancels the selection
8. Appendix
9 Operation Using an HTTP Browser
Overview
The use of HTTP server functions will allow control of the Projec-
tor from a web browser without the installation of special soft-
ware. Please be sure to use “Microsoft Internet Explorer 4.x” or a
higher version for the web browser. (This device uses “JavaScript”
and “Cookies” and the browser should be set to accept these
functions. The setting method will vary depending on the version
of browser. Please refer to the help files and the other informa-
tion provided in your software.)
NOTE:
*The use of HTTP server functions is not available during Standby mode.
*The display’s or button’s response can be slowed down or operation may not be
accepted depending the settings of your network. Should this happen, consult
your network administrator.
*The Projector may not respond if its buttons are repeatedly pressed in rapid
intervals. Should this happen, wait a moment and repeat. If you still can’t get any
response, pull out and then re-insert the LAN card.
Access is gained to the HTTP server functions by specifying
http://  /index.html
in the entry column of the URL.
Preparation Before Use
Make network connections and set up the Projector and confirm
that it is complete before engaging in browser operations. (See
“LAN Mode” on page E-63.)
Operation with a browser that uses a proxy server may not be
possible depending on the type of proxy server and the setting
method. Although the type of proxy server will be a factor, it is
possible that items that have actually been set will not be dis-
played depending on the effectiveness of the cache, and the con-
tents set from the browser may not be reflected in operation. It is
recommended that a proxy server not be used unless it is un-
avoidable.
Handling of the Address for Operation via a Browser
Regarding the actual address that is entered for the address or
entered to the URL column when operation of the Projector is via
a browser, the host name can be used as it is when the host
name corresponding to the IP address of the Projector has been
registered to the domain name server by a network administra-
tor, or the host name corresponding to the IP address of the Pro-
jector has been set in the “HOSTS” file of the computer being
used.
Example: When the IP address of the Projector is “192.168.73.1”,
access is gained to the HTTP server functions by specifying
http://192.168.73.1/index.html for the address or the entry
column of the URL.