Epson Projector Emp 62 User Manual

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Connecting to External Output EquipmentConnecting to an External Monitor
Analogue RGB images and RGB video images from a computer that are 
being input to the Computer/Computer1 port can be viewed on an external 
computer monitor at the same time they are being projected by the 
projector, so that the images can be checked at times such as when giving 
presentations.
If the images being projected are from a source that is connected to the 
Computer2 port, these images cannot be output to an external monitor.
Connect the external monitor using the cable that is provided with the 
monitor.
Connecting to an external speaker (when using the EMP-82/62)
You can connect speakers with built-in amplifiers to the projectors Audio 
Out port in order to enjoy a fuller quality of sound.
Use a commercially-available audio cable with pin jack 
⇔
 stereo mini jack 
(3.5 mm) plugs or similar.
Use an audio cable with plugs that match the ports for the external audio 
equipment.
 Component video, S-Video, and composite video images 
cannot be output to an external monitor.
 The setting gauge for keystone correction and the 
configuration menus and help menus are not output to 
the external monitor.
Cable provided with monitor To Monitor Out port (black) Monitor port
When a stereo mini-jack audio cable is inserted into the 
Audio Out port, the sound will be output to external 
speakers. No sound will be output from the projectors 
built-in speaker at this time.
Audio cable
(commercially available)To Audio Out port To external audio equipment 
						

							67
Optional Accessories and ConsumablesThe following optional accessories are available for purchase if required. This list of optional accessories is current as of September, 2005. Details of accessories 
are subject to change without notice. Varies depending on country of purchase.
* A special method of installation is required in order to suspend the 
projector from a ceiling. Please contact your dealer if you would like to 
use this installation method.
Optional Accessories Soft carrying case ELPKS16
Use this case if you need to carry the projector by hand.60 screen ELPSC07
80 screen ELPSC08
100 screen ELPSC10
Portable roll-type screens. (Aspect ratio
g 4:3)
50 portable screen ELPSC06 
A compact screen which can be carried easily. (Aspect ratio 4:3)VGA-HD15 PC cable ELPKC02 
(1.8 m (6 ft.) - for mini D-Sub 15-pin/mini D-Sub 15-pin)
This is the same as the computer cable supplied with the projector.VGA-HD15 PC cable ELPKC09
(3 m (9.8 ft.) - for mini D-Sub 15-pin/mini D-Sub 15-pin)
VGA-HD15 PC cable ELPKC10
(20 m (65.6 ft.) - for mini D-Sub 15-pin/mini D-Sub 15-pin)
Use one of these longer cables if the computer cable supplied with the 
projector is too short.Component video cable ELPKC19
(3 m (9.8 ft.) - for mini D-Sub 15-pin/RCA male × 3)
Use to connect a component video
g source.
Ceiling mount * ELPMB18
Use when installing the projector on a ceiling.Ceiling plate* ELPFC03
Pipe 370 (370 mm (14.57 in.)/silver)* ELPFP04
Pipe 570 (570 mm (22.44 in.)/silver)* ELPFP05
Pipe 770 (770 mm (30.31 in.)/silver)* ELPFP06
Use when installing the projector on a high ceiling or a ceiling with 
veneer panels.
ConsumablesSpare lamp ELPLP34
Use as a replacement for used lamps.Filter kit ELPAF08
(2 air filters)
Use as a replacement for used air filters. 
						

							68
GlossaryThe following is an explanation of some of the terms used in this guide which may be unfamiliar or which are not explained in the text of this guide itself. Further 
information can be obtained by referring to other commercially-available publications.
Aspect ratio
The ratio between an images length and its height. HDTV images have an aspect ratio of 16:9 and appear elongated. The 
aspect ratio for standard images is 4:3.
Color Temp.
The temperature of an object that is emitting light. If the colour temperature is high, the colours take on a bluish tinge. If the 
colour temperature is lower, the colours take on a reddish tinge.
Component video
Video signals which have the video brightness signals and colour signals separated, in order to provide better image quality. 
In high-definition TV (HDTV), it refers to images which consist of three independent signals: Y (luminance signal), and Pb 
and Pr (colour difference signals).
Composite video
Video signals which have the video brightness signals and colour signals mixed together. The type of signals commonly used 
by household video equipment (NTSC, PAL and SECAM formats). 
The carrier signal Y (luminance signal) and chroma (colour) signal which are contained in the colour bar are overlapped to 
form a single signal.
Contrast
The relative brightness of the light and dark areas of an image can be increased or decreased in order to make text and 
graphics stand out more clearly, or to make them appear softer. Adjusting this particular property of an image is called 
contrast adjustment.
Dolby Digital
A sound format developed by Dolby Laboratories. Normal stereo is a 2-channel format which uses two speakers. Dolby 
Digital is a 6-channel (5.1-channel) system which adds to this a centre speaker two rear speakers and a sub-woofer.
HDTV
An abbreviation for High-Definition Television. It refers to high-definition systems which satisfy the following conditions.
 Vertical resolution of 750p or 1125i or greater (p = progressive
g, i = interlaced
g)
Screen aspect ratio
g of 16:9
Dolby Digital
g audio reception and playback (or output) 
Interlaced
A method of image scanning whereby the image data is divided into fine horizontal lines which are displayed in sequence 
starting from left to right and then from the top to the bottom of the screen. The even-numbered lines and odd-numbered lines 
are displayed alternately.
Progressive
A method of image scanning whereby the image data from a single image is scanned sequentially from top to bottom to create 
a single image.
Refresh rate
The light-emitting element of a display maintains the same luminosity and colour for an extremely short time. Because of this, 
the image must be scanned many times per second in order to refresh the light-emitting element. The number of refresh 
operations per second is called the refresh rate, and is expressed in hertz (Hz).
SDTV
An abbreviation for Standard Definition Television. It refers to standard television systems which do not satisfy the conditions 
for High-Definition Television. 
						

							69
Glossary
Security lock
A device consisting of a projector case with a hole in it that a commercially-available theft-prevention cable can be passed 
through in order to secure the device to a table or pillar. This projector is compatible with the Microsaver Security System 
manufactured by Kensington.
Squeeze mode
In this mode, wide-screen images in 16:9 mode are compressed in the horizontal direction so that they are stored on the 
recording medium as 4:3 images.
When these images are played back by the projector in squeeze mode, they are restored to their original 16:9 format.
sRGB
An international standard for colour intervals that was formulated so that colours which are reproduced by video equipment 
can be handled easily by computer operating systems (OS) and the Internet. If the connected source has a sRGB mode, set 
both the projector and the connected signal source to sRGB.
SVGA
A type of video signal with a resolution of 800 (horizontal) × 600 (vertical) dots which is used by IBM PC/AT-compatible 
computers.
S-Video
A video signal which has the luminance component and colour component separated in order to provide better image quality. 
It refers to images which consist of two independent signals: Y (luminance signal), and C (colour signal).
SXGA
A type of video signal with a resolution of 1280 (horizontal) × 1024 (vertical) dots which is used by IBM PC/AT-compatible 
computers.
Sync (synchronisation)
The signals output from computers and RGB video equipment have a specific frequency. If the projector frequency does not 
match this frequency, the resulting images will not be of a good quality. The process of matching the phases of these signals 
(the relative position of the crests and troughs in the signal) is called synchronisation. If the signals are not synchronized, 
problems such as flickering, blurriness and horizontal interference can occur.
Tr a c k i n g
The signals output from computers and RGB video equipment have a specific frequency. If the projector frequency does not 
match this frequency, the resulting images will not be of a good quality. The process of matching the frequency of these 
signals (the number of crests in the signal) is called tracking. If tracking is not carried out correctly, wide vertical stripes will 
appear in the projected images.
USB
An abbreviation for Universal Serial Bus. USB is an interface for connecting personal computers to peripheral devices which 
only support relatively low data transmission speeds.
VGA
A type of video signal with a resolution of 640 (horizontal) × 480 (vertical) dots which is used by IBM PC/AT-compatible 
computers.
XGA
A type of video signal with a resolution of 1024 (horizontal) × 768 (vertical) dots which is used by IBM PC/AT-compatible 
computers. 
						

							70
List of ESC/VP21 CommandsCommand List
When a power on command is sent to the projector, the power will turn on 
and the projector will change to warm-up mode. When the power has 
turned on, a colon : (3Ah) will be returned.
When the projector executes a command, it returns a : and waits for the 
next command to be sent.
If command processing terminates with an error, the projector outputs an 
error message and then returns the : code.
* When issuing any of the above commands, tack a Carriage Return (CR) 
code (0Dh) on to the end.
Cable Layouts
Connector shape: USB (type B)
Item
Command
Power ON/OFF
ON
PWR ON
OFF
PWR OFF
Signal selection
Computer (Auto)
SOURCE 1F
Computer
SOURCE 11
Component Video
SOURCE 14
Video
SOURCE 41
S-Video
SOURCE 42
A/V Mute ON/OFF
ON
MUTE ON
OFF
MUTE OFF
A/V Mute Selection
Black
MSEL 00
Blue
MSEL 01
User’s Logo
MSEL 02
Item
Command
Computer1 
port
Computer2 
port
Signal selection
Computer (Auto)
SOURCE 1F
SOURCE 2F
Computer
SOURCE 11
SOURCE 21
Component Video
SOURCE 14
SOURCE 24
USB connection 
(type B) 
						

							71
List of ESC/VP21 Commands
USB Connection Setup
In order to control the projector using ESC/VP21 commands via a USB 
connection, the following preparations must be carried out.PROCEDUREA
Download the USB driver (USB-COM Driver) from the 
EPSON website to your computer.
The URL is as follows.
  http://esupport.epson-europe.com/downloads/en/
B
Install the downloaded USB driver onto your 
computer.
Read the instructions displayed on the download screen.
C

Set Link21L to On in the Extended menu.

Select USB for COM port in the Extended menu.
D
Turn the projectors power off.
E
Turn off this projector after the confirmation buzzer 
beeps twice.
Once the projectors power has turned back on, communication 
via a USB Connection will then be possible.
Serial connection (EMP-82/62 only)
•Connector shape : D-Sub 9 pin (male)•Projector input connector : Control (RS-232C)

 (PC serial cable) 
Signal
Function
GND
5
5
GND
GND
Signal wire ground
RD
2
3
TD
TD
Transmit data
TD
3
2
RD
RD
Receive data
DTR
4
6
DSR
DSR
Data set ready
DSR
6
4
DTR
DTR
Data terminal ready

If you disconnect the power cable before the 
confirmation buzzer beeps twice, the communication 
port is not changed. 
						

							72
List of Supported Monitor Displays
* Connection is not possible if the equipment does not have a VGA output 
port.
The projection of some signals not listed in the table may still be possible. 
However, not all functions may be supported.Computer/RGB Video
Signal
Refresh rate
g 
(Hz)
Resolution 
(dots)
Resolutions for 
resize display 
(dots)EMP-
X3/82
EMP-62
VGA
g
60
640×480
1024×768
800×600
VGAEGA
640×350
1024×560
800×438
VESA
60/72/75/85,iMac*
640×480
1024×768
800×600
SVGA
g
56/60/72/75/
85,iMac*
800×600
1024×768
800×600
XGA
g
60/70/75/85,iMac*
1024×768
1024×768
800×600
SXGA
g
70/75/85
1152×864
1024×768
800×600
SXGA
60/75/85
1280×960
1024×768
800×600
SXGA
60/75/85
1280×1024
960×768
750×600
UXGA
60
1600×1200
1024×768
-
MAC13
640×480
1024×768
800×600
MAC16
832×624
1024×768
800×600
MAC19
1024×768
1024×768
800×600
MAC19
60
1024×768
1024×768
800×600
MAC21
1152×870
1016×768
794×600
SDTV
g(625i)
50
720×576
1024×768
800×600
SDTV(525i)
60
720×480
1024×768
800×600
SDTV(525p)
60
640×480
1024×768
800×600
HDTV
g(750p)
60
1280×720
1024×576
800×450
HDTV(1125i)
60
1920×1080
1024×576
800×450
Component Video
Signal
Refresh rate
g (Hz)
Resolutions (dots)
EMP-X3/82
EMP-62
Aspect ratio
g
4:3 
Aspect 
ratio 
16:9
Aspect 
ratio 
4:3 
Aspect 
ratio 
16:9
SDTV
g(525i)
(D1)
60
1024×768
1024×576
800×600
800×450
SDTV (625i)
50
1024×768
1024×576
800×600
800×450
SDTV (525p)
(D2)
60
1024×768
1024×576
800×600
800×450
HDTV
g(750p) 
16:9 (D4)
60
1024×768
1024×576
800×600
800×450
HDTV (1125i) 
16:9 (D3)
60
1024×768
1024×576
800×600
800×450
Composite Video/S-Video
Signal
Refresh rate
g (Hz)
Resolutions (dots)
EMP-X3/82
EMP-62
Aspect ratio
g 
4:3 
Aspect 
ratio 
16:9
Aspect 
ratio 
4:3 
Aspect 
ratio 
16:9
TV (NTSC)
60
1024×768
1024×576
800×600
800×450
TV (PAL, 
SECAM)
50
1024×768
1024×576
800×600
800×450 
						

							73
SpecificationsProduct name
EMP-X3
EMP-82
EMP-62
Dimensions
327 (W) × 86 (H) × 246 (D) mm (not including feet and speaker)
Panel size
0.6 inches
Display method
Polysilicon TFT active matrix
Resolution
XGA
g 786,432 pixels 
(1,024 (W) × 768 (H) dots) × 3
SVGA
g 480,000 
pixels (800 (W) × 
600 (H) dots) × 3
Focus adjustment
Manual
Zoom adjustment
Manual (approx. 1:1.2)
Lamp (light source)
UHE lamp, 170 W, Model No.: ELPLP34
Max. audio output
1W monaural
5W monaural
Speaker
1
Power supply
100-240VAC 50/60Hz 2.9-1.2A
Power Consumption
Operating: 240W(100 to 240 V area)
Standby: 5.0W(100 to 240 V area)
Operating altitude
0 - 2280 m (0 - 7500 ft)
Operating temperature
+5 – +35ºC (No condensation)
Storage temperature
-10 – +60ºC (No condensation)
Weight
Approx. 2.6 kg
Approx. 2.7 kg
Connectors
Computer/
Computer 1
1
Mini D-Sub 15-pin
(female) Blue
Audio Input
1
RCA pin jack
Stereo mini jack
Computer 2
1
-
Mini D-Sub 15-pin (female) Blue
Audio Input
1
-
Stereo mini jack
S-Video
1
Mini DIN 4-pin
Audio Input
1
RCA pin jack
Video
1
RCA pin jack
Audio Input
1
RCA pin jack
USB*
1
USB connector (B series)
RS-232C
1
-
D-Sub 9-pin (male)
Monitor Out
1
Mini D-Sub 15-pin (female) Black
Audio Out
1
Stereo mini jack
Angle of tilt
If you use it when it is tilted more than 30°, it 
could be damaged and cause an accident.
* The USB interface complies with the USB 1.1 
standard. 
The USB connector is not guaranteed to operate 
correctly with all USB-compatible devices.
Pixelworks DNX
TM
 ICs are used 
in this Projector.
0°- 30°0°- 30°
0°- 30°0°- 30° 
						

							74
Specifications
Safety
USA
UL60950 3rd Edition
Canada
CSA C22.2 No.60950
European Community
The Low Voltage Directive 
(73/23/EEC)
IEC60950 3rd EditionEMC
USA
FCC Part 15B Class B (DoC)
Canada
ICES-003 Class B
European Community
The EMC Directive 
(89/336/EEC)
EN55022 Class B
EN55024
IEC/EN61000-3-2
IEC/EN61000-3-3
Australia/New Zealand
AS/NZS CISPR 22:2002 Class B 
						

							75
We :EPSON AMERICA, INC.
Located at  :3840 Kilroy Airport Way
 MS: 3-13
 Long Beach, CA 90806
Tel :562-290-5254
Declare under sole responsibility that the product identified herein, 
complies with 47CFR Part 2 and 15 of the FCC rules as a Class B digital 
device. Each product marketed, is identical to the representative unit 
tested and found to be compliant with the standards. Records maintained 
continue to reflect the equipment being produced can be expected to be 
within the variation accepted, due to quantity production and testing on a 
statistical basis as required by 47CFR 2.909. Operation is subject to the 
following two conditions : (1) this device may not cause harmful 
interference, and (2) this device must accept any interference received, 
including interference that may cause undesired operation.
Trade Name :EPSON
Type of Product :Projector
Model :EMP-82/62/X3FCC Compliance Statement
For United States Users
This equipment has been tested and found to comply with the limits for a 
Class B digital device, pursuant to Part 15 of the FCC Rules. These limits 
are designed to provide reasonable protection against harmful 
interference in a residential installation. This equipment generates, uses, 
and can radiate radio frequency energy and, if not installed and used in 
accordance with the instructions, may cause harmful interference to radio 
or television reception. However, there is no guarantee that interference 
will not occur in a particular installation. If this equipment does cause 
interference to radio and television reception, which can be determined by 
turning the equipment off and on, the user is encouraged to try to correct 
the interference by one or more of the following measures.Reorient or relocate the receiving antenna.
Increase the separation between the equipment and receiver.
Connect the equipment into an outlet on a circuit different from that to which 
the receiver is connected.
Consult the dealer or an experienced radio/TV technician for help.
WARNINGThe connection of a non-shielded equipment interface cable to this 
equipment will invalidate the FCC Certification or Declaration of this device 
and may cause interference levels which exceed the limits established by 
the FCC for this equipment. It is the responsibility of the user to obtain and 
use a shielded equipment interface cable with this device. If this 
equipment has more than one interface connector, do not leave cables 
connected to unused interfaces. Changes or modifications not expressly 
approved by the manufacturer could void the user’s authority to operate 
the equipment.
DECLARATION of CONFORMITY
According to 47CFR, Part 2 and 15 
Class B Personal Computers and Peripherals; and/or 
CPU Boards and Power Supplies used with Class B 
Personal Computers