Setting up your projector

Setting up the screen

Install the screen perpendicularly to the projector. If the screen can not be installed in such a way, adjust the projection angle of the projector. (See page 12.)

Install the screen and projector so that the projector’s lens is placed at the same height and horizontal position of the screen center.

Do not install the screen where it is exposed to direct sunlight or lighting. Light directly reflecting on the screen makes the projected images washed-out and hard to view.

SCREEN SIZE

You can keep the image display area within the screen by setting SCREEN SIZE in the ADVANCED MENU of IMAGE menu according to the aspect ratio of the actual screen. Select 16:9 when the aspect ratio of the screen is 16:9 or 4:3, and select CINEMA SCOPE (2.35:1) when the aspect ratio is 2.35:1 (CinemaScope).

When setting SCREEN SIZE to CINEMA SCOPE (2.35:1):

CinemaScope size movies are projected in the full screen.

Set ASPECT in the FEATURE menu to 16:9 when displaying Vista-size images. In this case, they are squeezed horizontally.

When ASPECT in the FEATURE menu is set to AUTO and 480i/p, 576i/p, 720p, or 1080i/p signal is input, the part for displaying subtitles is not projected. To display subtitles, reset SCREEN SIZE to 16:9 and adjust the image position using VERTICAL LOCATION in the ADVANCED MENU of the IMAGE menu. (To display the menu on the screen, adjust SHUTTER(U) in the SIGNAL - USER menu to position the menu.)

Screen size and projection distance

Refer to the following tables to determine the screen size and projection distance.

• The figures in the tables are approximate and may be slightly different from the actual measurements.

Screen height (SH)

50%

50%

Screen width (SW)

Screen

Down side

H1H1

Up side

L

Left side Right side

W1 W1

When the aspect ratio of the screen is 16:9

 

 

Screen size

 

 

Projection distance (L)

Lens movable range

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Diagonal size

Height (SH)

Width (SW)

Shortest (Wide)

Longest (Tele)

 

H1

W1

 

inch

cm

inch

cm

inch

cm

inch

m

inch

m

inch

 

cm

inch

 

cm

50

127

25

62

44

111

60

1.5

98

2.5

18

 

47

2

 

6

60

152

29

75

52

133

73

1.8

118

3.0

22

 

56

3

 

7

70

178

34

87

61

155

85

2.2

138

3.5

26

 

65

3

 

8

80

203

39

100

70

177

98

2.5

157

4.0

29

 

75

3

 

9

90

229

44

112

78

199

110

2.8

177

4.5

33

 

84

4

 

10

100

254

49

125

87

221

123

3.1

197

5.0

37

 

93

4

 

11

110

279

54

137

96

244

135

3.4

217

5.5

40

 

103

5

 

12

120

305

59

149

105

266

148

3.8

237

6.0

44

 

112

5

 

13

150

381

74

187

131

332

185

4.7

297

7.6

55

 

140

7

 

17

200

508

98

249

174

443

248

6.3

397

10.1

74

 

187

9

 

22

250

635

123

311

218

553

311

7.9

497

12.6

92

 

233

11

 

28

300

762

147

374

261

664

373

9.5

597

15.2

110

 

280

13

 

33

Projection distance changes according to the setting of SCREEN SIZE in the ADVANCED MENU in the IMAGE menu. The table above is in the case of “16:9.”

Depending on the installation conditions, warm air that is emitted from the exhaust vents may flow into the intake

vent, causing the projector to display “TEMPERATURE!!” and then stop projecting images.

EN-10

Page 10
Image 10
Mitsumi electronic HC6500 user manual Setting up your projector, Setting up the screen, Screen size and projection distance

HC6500 specifications

The Mitsumi HC6500 is an innovative electronic component that has garnered attention for its versatile features and advanced technologies. This device is primarily known for its role as a high-performance connectivity solution in various electronic applications. The HC6500 stands out in the crowded market of electronic components by incorporating several key characteristics that enhance its overall functionality and usability.

One of the main features of the HC6500 is its wide compatibility with various communication protocols. This allows it to easily integrate into different systems, whether they are automotive, industrial automation, or consumer electronics. The device supports both wired and wireless communication, making it a flexible option for designers looking to streamline their connectivity solutions.

The HC6500 also boasts a compact design, which reduces space requirements in circuit designs. Its form factor is particularly beneficial for applications where space is at a premium, such as in portable devices and IoT gadgets. This small footprint does not compromise performance, as the HC6500 delivers robust connectivity with high data transfer rates that cater to the demands of modern applications.

In terms of power efficiency, the HC6500 is engineered to operate with low power consumption, which is essential for battery-operated devices. This energy efficiency is complemented by its advanced thermal management features, ensuring stable performance even under heavy loads or extended use.

The device also incorporates sophisticated error correction technologies, which enhance data integrity during transmission. This is particularly vital in critical applications, such as medical devices and automotive systems, where data accuracy is non-negotiable. The HC6500’s ability to maintain a reliable connection under various environmental conditions is another hallmark of its design.

Furthermore, the HC6500 is built with an emphasis on durability. Its materials and construction are designed to withstand extreme temperatures, vibrations, and other challenging conditions often encountered in industrial and outdoor environments. This reliability ensures that the HC6500 can perform consistently over a long lifespan, reducing maintenance and replacement costs.

Overall, the Mitsumi HC6500 is a well-rounded electronic component that combines cutting-edge technology with practical features, making it an excellent choice for designers and engineers looking to enhance their products with reliable connectivity solutions.