Epson 5350, 7350 User Manual

EPSON PowerLite 5350/7250/7350 Projector

infrared receiver

speaker

handle

foot adjust lever

Computer Out

rear infrared receiver

Repeater

control panel

zoom ring

Audio Out

status lights

focus ring

Mouse/Com 2

Audio 2

speaker

infrared receive

adjustable feet

projection lens

Computer 2

foot adjust lever

Audio 1

Mouse/Com 1

Projector Specifications

General

Type of display Poly-silicon Thin Film Transistor (TFT)

Size of liquid crystal panels Diagonal: 1.3 inches (33.6 mm)

Lens F=2.0–2.3, f=55–72 mm

Resolution PowerLite 5350: SVGA, 800

PowerLite 7250/7350: XGA, 1024 pixels

Color reproduction 24 bit, 16.7 million colors

Brightness PowerLite 5350: 1400 lumens (ANSI)

PowerLite 7250: 1200 lumens (ANSI) PowerLite 7350: 1500 lumens (ANSI)

Image size Wide angle: 23 to 300 inches (at 3.9 to

40.6 feet distance)

Tele angle: 23 to 230 inches (at 5.1 to 54 feet distance)

Projection distance 3.18 to 54.8 feet (1.18 to 16.7 meters)

Projection methods Front, rear, upside-down (ceiling mount)

Internal speaker system 3

× 3 W stereo output × 3 W 8 (ohm) speakers

Optical aspect ratio 4:3 (horizontal:vertical)

Zoom ratio 1:1.3

Tilt angle 0° to 12°

Supported video interface standards NTSC, PAL, PAL-M, PAL-N, SECAM

× 600 pixels

× 768

R/R-Y G/Y G Sync B/B-Y

power inlet

S-Video

Computer 2/BNC switch

composite video

Video L-Audio-R

HD/Sync VD

Computer 1

Projection Lamp

Type UHE (Ultra High Efficiency)

Power consumption 150 W

Lamp life 1500 to 2000 hours (typical)

Part number ELPLP09

Remote Control

Range 32.8 feet (10 meters)

Batteries Alkaline AA (2)

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PowerLite 5350/7250/7350 Projector - 1

EPSON PowerLite 5350/7250/7350 Projector

Mouse Compatibility

Supports PS/2, USB, serial, ADB

Remote IR Receiver

Supports EPSON remote IR receiver, 10-foot cable (typical for rear screen projection)

Mechanical

Height 5.1 inches (129 mm), including feet

Width 11.8 inches (300 mm)

Depth 15.8 inches (400 mm), including lens

Weight 13.8 lb (6.2 kg)

Electrical

Rated frequency 50/60 Hz

Power supply 100 to 120 VAC, 2.4 A

200 to 240 VAC, 1.2 A

Power consumption Operating: 200 W

Standby: 8.4 W

Environmental

Temperature Operating: 41 to 104° F (5 to 40° C),

non-condensing

Storage: 14 to 140° F (–10 to 60° C), non-condensing

Humidity Operating: 20 to 80% RH,

non-condensing

Storage: 10 to 90% RH, non-condensing

Safety

United States FCC Part 15J Class B

UL1950 Rev. 3

Canada DOC SOR/88-475

CSA C22.2 No. 950 Rev. 3

Supported Monitor Displays

Here are the display formats supported by the projector:

Mode Resolution Frequency

H(KHz)/V(Hz)

VGACGA VGAEGA

NEC400 640 × 400 24.83 / 56.65 21.053 VGA60

VGA72 VGA75 VGA85

640 × 400 640 × 350

640 × 480 640 × 480 640 × 480 640 × 480

31.46 / 70

31.469 / 59.94

37.861 / 72.809

37.5 / 75

48.269 / 85.008

Dot (MHz)

25.175

31.5

31.5 36

Mode Resolution Frequency

Dot (MHz)

H(KHz)/V(Hz)

SVGA56 SVGA60 SVGA72 SVGA75 SVGA85

XGA43i XGA60 XGA70 XGA75 XGA85

SXGA1_70 SXGA1_75 SXGA1_85

SXGA2_60 SXGA2_75 SXGA2_85

SXGA3_43i SXGA3_60 SXGA3_75 SXGA_85

UXGA48i UXGA60 UXGA65 UXGA70 UXGA75

MACLC13 MACII13 MAC16 MAC19-60 MAC19 MAC21

HDTV480P (ANSI/SMPTE)

HDTV480P (ATSC)

HDTV480I (ANSI/SMPTE)

HDTV480I (ATSC)

HDTV720P (SMPTE)

HDTV1080I (ANSI/SMPTE)

NTSC (SXGA) NTSC (XGA)

PAL (SXGA) PAL (XGA)

SECAM

(SXGA)

SECAM (XGA)

800 × 600 800 × 600 800 × 600 800 × 600 800 × 600

1024 × 768 1024 × 768 1024 × 768 1024 × 768 1024 × 768

1152 × 864 1152 × 864 1152 × 864

1280 × 960 1280 × 960 1280 × 960

1280 × 1024 1280 × 1024 1280 × 1024 1280 × 1024

1600 × 1200 1600 × 1200 1600 × 1200 1600 × 1200 1600 × 1200

640 × 480 640 × 480 832 × 624 1024 × 768 1024 × 768 1152 × 870

720 × 483 31.469 / 59.940 27

704 × 480 31.469 / 59.940 27

720 × 487 15.734 / 59.940 13.5

704 × 480 15.734 / 59.940 13.5

1280 × 720 44.955 / 59.940 74.176

1920 × 1080 67.433/ 59.940 148.352

1920 × 1080 33.716 / 59.940 74.176

1366 × 438 1024 × 438

1366 × 512 1024 × 512

35.156 / 56.25

37.879 / 60.317

48.077 / 72.188

46.875 / 75

53.674 / 85.061

35.522 / 86.958

48.363 / 60.004

56.476 / 70.069

60.023 / 75.029

68.677 / 84.997

63.851 / 70.012

67.5 / 75

77.094 / 84.002 60 / 60

75 / 75

85.938 / 85.002

46.433 / 86.871

63.981 / 60.02

79.976 / 75.025

91.146 / 85.024

62.5 / 96.080 75 / 60

81.25 / 65

87.5 / 70

93.75 / 75

34.975 / 66.62 35 / 66.67

49.725 / 74.55

48.193 / 59.28

60.241 / 74.93

68.682 / 75.062

15.734 / 60

15.625 / 50

36 40 50

49.5

56.25

44.9 65 75

78.75

94.5

94.5 108

121.5 108

126

148.5

78.75 108 135

157.5 135

162

175.5 189

202.5

31.33

30.24

57.28 64 80 100

28.486

2.890

28.846

21.154

28.846

21.154

Note: The frequencies of some computers may not allow the image

to be displayed correctly.

EPSON

2 -

PowerLite 5350/7250/7350 Projector

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EPSON PowerLite 5350/7250/7350 Projector

Computer 1 and 2 and Computer Out Connector Pin Assignments

The Computer 1 and 2 and Computer Out connectors are female video RGB, 15-pin micro-D-style connectors. The pin assignments are:

Input pin

1 Red out / red video Red video 2 Green out / green video Green video 3 Blue out / blue video Blue video 4 Reserved Monitor (ID bit 2) 5GND GND 6 GND Red video GND 7 GND Green video GND 8 GND Blue video GND 9 Reserved +5 V 10 GND Synchronous GND 11 Reserved Monitor (ID bit 0) 12 Reserved SDA 13 Horizontal sync Horizontal sync 14 Vertical sync Vertical sync 15 Vertical sync Reserved

Computer Out connector signals

Computer 1 and 2 connector signals

Projector Placement Guidelines

To get the best results when projecting your images, it is important to position the projector at the proper height and distance relative to the screen.

When projecting from a table or desk, place the projector so the lens is aligned as closely as possible with the bottom of your screen:

When projecting from the ceiling, align the lens as closely as possible with the top of your screen:

Calculating Image Size and Projection Distance

The distance between the projector and the screen determines the image size. To determine the exact distance required for a particular image size (or to determine the size of an image at a particular distance), use the following formulas for the standard, long throw, and fixed wide angle lenses. (The size of the image can also be changed by rotating the zoom ring.)

Standard Lens Calculations

To determine the minimum and maximum diagonal size of an image when you know the projection distance:

❏ Inches:

Maximum diagonal size = (0.6124 × projection distance) + 1.5264 Minimum diagonal size = (0.4556 × projection distance) + 1.1410

❏ Centimeters:

Maximum diagonal size = (0.6124 × projection distance) + 3.8771 Minimum diagonal size = (0.4556 × projection distance) + 2.8981

To determine the projection distance when you know the diagonal size of the screen image:

❏ Inches:

Maximum projection distance = (2.1949 × diagonal size) − 2.5044 Minimum projection distance = (1.6328 × diagonal size) − 2.4923

❏ Centimeters:

Maximum projection distance = (2.1949 × diagonal size) − 6.3612 Minimum projection distance = (1.6328 × diagonal size) − 6.3304

For example, here are the measurements for three installations:

Horizontal distance from projector

Image size (diagonal)

300 inches* (762 cm) 487.3 inches (12.4 m) 656.0 inches (16.7 m) 200 inches (508 cm) 324.1 inches (8.2 m) 436.5 inches (11.1 m) 100 inches (254 cm) 160.8 inches (4.1 m) 217.1 inches (5.5 m)

* For an image size of 300 inches, the projector may be up to 54 feet

away from the screen, depending on the setting of the zoom ring.

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