INSTALLATION AND CONNECTIONS ￿ Setting Up the Screen and theProjector 8760

B = Vertical distance between lens center and screen center

C = Throw distance

D = Vertical distance between lens center and bottom of screen

α= Throw angle

NOTE: Distances may vary +/-5%.

 

Screen Size

 

B

 

C

 

D

 

α

Diagonal

Width

 

Height

 

Wide – Tele

 

Wide – Tele

inch

inch

 

inch

inch

inch

inch

degree

30

24

 

18

12.6

35.7

-

43.4

3.6

19.4

- 16.2

40

32

 

24

16.8

48.2

-

58.4

4.8

19.2

- 16.0

60

48

 

36

25.2

73.2

-

88.5

7.2

19.0

- 15.9

67

54

 

40

28.1

81.9

-

99.0

8.0

19.0

- 15.9

72

58

 

43

30.2

88.1

- 106.5

8.6

18.9

- 15.8

80

64

 

48

33.6

98.1

- 118.6

9.6

18.9

- 15.8

84

67

 

50

35.3

103.1

- 124.6

10.1

18.9

- 15.8

90

72

 

54

37.8

110.6

- 133.6

10.8

18.9

- 15.8

100

80

 

60

42.0

123.1

- 148.6

12.0

18.8

- 15.8

120

96

 

72

50.4

148.1

- 178.7

14.4

18.8

- 15.8

150

120

 

90

63.0

185.5

- 223.8

18.0

18.8

- 15.7

180

144

 

108

75.6

223.0

- 268.9

21.6

18.7

- 15.7

200

160

 

120

84.0

248.0

- 298.9

24.0

18.7

- 15.7

210

168

 

126

88.2

260.5

- 314.0

25.2

18.7

- 15.7

240

192

 

144

100.8

297.9

- 359.1

28.8

18.7

- 15.7

261

209

 

157

109.7

324.1

- 390.6

31.4

18.7

- 15.7

270

216

 

162

113.4

335.4

- 404.1

32.4

18.7

- 15.7

300

240

 

180

126.1

372.8

- 449.2

36.1

18.7

- 15.7

350

280

 

210

147.1

435.3

- 524.4

42.1

18.7

- 15.7

400

320

 

240

168.1

497.7

- 599.6

48.1

18.7

- 15.7

450

360

 

270

189.1

560.1

- 674.7

54.1

18.7

- 15.7

500

400

 

300

210.1

622.5

- 749.9

60.1

18.6

- 15.7

 

 

 

 

 

 

 

 

 

 

 

Screen Size

 

B

 

C

 

D

 

α

Diagonal

Width

 

Height

 

Wide – Tele

 

Wide – Tele

mm

mm

 

mm

mm

mm

mm

degree

762

610

 

457

320

907

-

1102

91

19.4

- 16.2

1016

813

 

610

426

1224

-

1484

122

19.2

- 16.0

1524

1219

 

914

640

1858

-

2248

183

19.0

- 15.9

1702

1361

 

1021

715

2080

-

2515

204

19.0

- 15.9

1829

1463

 

1097

768

2239

-

2706

219

18.9

- 15.8

2032

1626

 

1219

853

2493

-

3011

244

18.9

- 15.8

2134

1707

 

1280

896

2620

-

3164

256

18.9

- 15.8

2286

1829

 

1372

960

2810

-

3393

274

18.9

- 15.8

2540

2032

 

1524

1067

3127

-

3775

305

18.8

- 15.8

3048

2438

 

1829

1280

3761

-

4538

366

18.8

- 15.8

3810

3048

 

2286

1601

4713

-

5684

458

18.8

- 15.7

4572

3658

 

2743

1921

5664

-

6829

549

18.7

- 15.7

5080

4064

 

3048

2134

6298

-

7593

610

18.7

- 15.7

5334

4267

 

3200

2241

6615

-

7975

641

18.7

- 15.7

6096

4877

 

3658

2561

7567

-

9120

732

18.7

- 15.7

6629

5304

 

3978

2785

8233

-

9922

797

18.7

- 15.7

6858

5486

 

4115

2881

8518

- 10265

824

18.7

- 15.7

7620

6096

 

4572

3202

9470

- 11411

916

18.7

- 15.7

8890

7112

 

5334

3735

11055

- 13320

1068

18.7

- 15.7

10160

8128

 

6096

4269

12641

- 15229

1221

18.7

- 15.7

11430

9144

 

6858

4803

14227

- 17138

1374

18.7

- 15.7

12700

10160

 

7620

5336

15813

- 19046

1526

18.6

- 15.7

E-25

Page 25
Image 25
Dukane 8761, 8760 user manual

8760, 8761 specifications

The Dukane 8761 and 8760 models are advanced ultrasonic welding machines widely recognized for their reliability and precision in various industrial applications. These machines are designed to cater to a range of materials, including plastics and metals, making them versatile options for manufacturers seeking efficient joining solutions.

One of the standout features of the Dukane 8761 and 8760 is their powerful ultrasonic technology. Utilizing high-frequency sound waves, these machines create micro vibrations that generate heat, allowing for the rapid melting and fusing of thermoplastic materials. This process is not only fast but also minimizes material distortion and provides strong, consistent welds.

Both models are equipped with a digital controller that enhances user interface and process monitoring. The controller allows operators to set parameters such as amplitude, time, and pressure, ensuring optimal welding conditions for varying materials and thicknesses. This level of automation significantly reduces the learning curve for new operators and aids in maintaining consistent quality across production runs.

Moreover, Dukane’s 8761 and 8760 machines feature a robust design that promotes durability and longevity in demanding environments. Their compact footprint enables easy integration into existing production lines, providing flexibility for manufacturers who may have spatial constraints.

In terms of safety, these models come with integrated features such as automatic shut-off and alarms that alert operators to any irregularities during operation. This not only enhances workforce safety but also helps prevent costly downtime caused by equipment failure.

Another key characteristic of the Dukane 8761 and 8760 is their energy efficiency. The ultrasonic welding process requires significantly less energy compared to traditional welding methods, which can lead to lower operational costs and a reduced environmental impact.

Additionally, the versatility of these machines extends to their ability to accommodate custom tooling and multiple frequency options, allowing manufacturers to adapt to different product specifications easily. This adaptability is crucial in today’s ever-evolving market demands.

In conclusion, the Dukane 8761 and 8760 models represent the forefront of ultrasonic welding technology. With their emphasis on precision, efficiency, and user-friendly operation, they are ideal solutions for businesses looking to enhance their manufacturing processes and improve product quality across various applications.