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Miss. May Wei
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Epson Projectors Optimize Viewing with Precise Throw Distance

2026-03-05
Epson Projection Distance Guidelines

When setting up a home theater or professional presentation space, determining the ideal projector placement can be challenging. The projection distance significantly impacts image size, while factors like aspect ratio and lens zoom further complicate calculations. Epson projectors simplify this process with clear projection distance guidelines to help users achieve perfect viewing experiences.

Simplified Projection Distance Calculations

Epson addresses common installation challenges by providing detailed projection distance information. Through carefully designed reference tables, users can quickly identify the appropriate projection range for their desired screen size, eliminating complex calculations. The company accommodates various usage scenarios by offering specific data for different aspect ratios (16:10, 16:9, 4:3), ensuring optimal viewing quality.

Key Factors Affecting Projection Distance

Several variables influence actual projection distance:

  • Aspect Ratio: Different ratios (16:9, 4:3) affect image width and height, altering required projection distances.
  • Lens Zoom: Projector zoom functionality allows image size adjustment within a range, modifying necessary projection distances.
  • Vertical Lens Shift: This feature enables vertical image adjustment without moving the projector, impacting final projection distance.
Epson Projection Distance Reference Tables

The following tables provide projection distance guidelines for select Epson Pro series models with standard zoom lenses across different aspect ratios:

Pro G7000W/G7200W/G7400U/G7500U/G7905U (Standard Zoom Lens)
16:10 Aspect Ratio
Screen/Image Size (in/cm) Projection Distance (in/cm) (Wide to Tele) Vertical Lens Shift (in/cm) (Top to Bottom)
50 (127) 60 to 98 (153 to 248) –31.2 to 4.7 (–79 to 12)
60 (152) 73 to 117 (185 to 298) –37.4 to 5.6 (–95 to 14)
80 (203) 98 to 157 (248 to 399) –49.9 to 7.5 (–127 to 19)
100 (254) 123 to 197 (311 to 500) –62.4 to 9.4 (–158 to 24)
120 (305) 147 to 237 (374 to 601) –74.8 to 11.2 (–190 to 29)
150 (381) 185 to 296 (469 to 753) –93.7 to 14.2 (–238 to 36)
200 (508) 247 to 396 (627 to 1005) –124.7 to 18.7 (–317 to 48)
250 (635) 309 to 495 (785 to 1258) –155.9 to 23.2 (–396 to 59)
300 (762) 371 to 595 (943 to 1510) –187.1 to 28.1 (–475 to 71)
16:9 Aspect Ratio
Screen/Image Size (in/cm) Projection Distance (in/cm) (Wide to Tele) Vertical Lens Shift (in/cm) (Top to Bottom)
49 (125) 61 to 98 (154 to 250) –30.1 to 6 (–76 to 15)
50 (127) 62 to 100 (157 to 255) –30.7 to 6.3 (–78 to 16)
60 (152) 75 to 121 (190 to 307) –36.8 to 7.4 (–94 to 19)
80 (203) 100 to 162 (255 to 411) –49.1 to 9.9 (–125 to 25)
100 (254) 126 to 203 (320 to 514) –61.4 to 12.3 (–156 to 31)
120 (305) 152 to 243 (385 to 618) –73.6 to 14.8 (–187 to 38)
150 (381) 190 to 305 (482 to 774) –92 to 18.5 (–234 to 47)
200 (508) 254 to 407 (645 to 1033) –122.7 to 24.7 (–312 to 63)
250 (635) 318 to 509 (807 to 1293) –153.5 to 30.7 (–390 to 78)
290 (737) 369 to 591 (937 to 1500) –178 to 35.8 (–452 to 91)
Pro G7100/G7805 (Standard Zoom Lens)
4:3 Aspect Ratio
Screen/Image Size (in/cm) Projection Distance (in/cm) (Wide to Tele) Vertical Lens Shift (in/cm) (Top to Bottom)
50 (127) 58 to 94 (147 to 239) –32.3 to 2.3 (–82 to 6)
60 (152) 70 to 113 (178 to 288) –38.7 to 2.7 (–98 to 7)
80 (203) 94 to 152 (239 to 385) –51.6 to 3.6 (–131 to 9)
100 (254) 118 to 190 (299 to 482) –64.6 to 4.6 (–164 to 12)
120 (305) 142 to 228 (360 to 580) –77.5 to 5.5 (–197 to 14)
150 (381) 178 to 286 (452 to 726) –96.9 to 6.7 (–246 to 17)
200 (508) 238 to 382 (604 to 969) –129.1 to 9.1 (–328 to 23)
250 (635) 298 to 478 (756 to 1213) –161.4 to 11.4 (–410 to 29)
300 (762) 358 to 573 (908 to 1456) –193.7 to 13.7 (–492 to 35)
Precision Considerations

The provided values are approximate and may vary slightly due to rounding. For precise projection distance calculations, professional measurement tools or consultation with technical experts are recommended.

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Blog Details
Evde > blog >

Company blog about-Epson Projectors Optimize Viewing with Precise Throw Distance

Epson Projectors Optimize Viewing with Precise Throw Distance

2026-03-05
Epson Projection Distance Guidelines

When setting up a home theater or professional presentation space, determining the ideal projector placement can be challenging. The projection distance significantly impacts image size, while factors like aspect ratio and lens zoom further complicate calculations. Epson projectors simplify this process with clear projection distance guidelines to help users achieve perfect viewing experiences.

Simplified Projection Distance Calculations

Epson addresses common installation challenges by providing detailed projection distance information. Through carefully designed reference tables, users can quickly identify the appropriate projection range for their desired screen size, eliminating complex calculations. The company accommodates various usage scenarios by offering specific data for different aspect ratios (16:10, 16:9, 4:3), ensuring optimal viewing quality.

Key Factors Affecting Projection Distance

Several variables influence actual projection distance:

  • Aspect Ratio: Different ratios (16:9, 4:3) affect image width and height, altering required projection distances.
  • Lens Zoom: Projector zoom functionality allows image size adjustment within a range, modifying necessary projection distances.
  • Vertical Lens Shift: This feature enables vertical image adjustment without moving the projector, impacting final projection distance.
Epson Projection Distance Reference Tables

The following tables provide projection distance guidelines for select Epson Pro series models with standard zoom lenses across different aspect ratios:

Pro G7000W/G7200W/G7400U/G7500U/G7905U (Standard Zoom Lens)
16:10 Aspect Ratio
Screen/Image Size (in/cm) Projection Distance (in/cm) (Wide to Tele) Vertical Lens Shift (in/cm) (Top to Bottom)
50 (127) 60 to 98 (153 to 248) –31.2 to 4.7 (–79 to 12)
60 (152) 73 to 117 (185 to 298) –37.4 to 5.6 (–95 to 14)
80 (203) 98 to 157 (248 to 399) –49.9 to 7.5 (–127 to 19)
100 (254) 123 to 197 (311 to 500) –62.4 to 9.4 (–158 to 24)
120 (305) 147 to 237 (374 to 601) –74.8 to 11.2 (–190 to 29)
150 (381) 185 to 296 (469 to 753) –93.7 to 14.2 (–238 to 36)
200 (508) 247 to 396 (627 to 1005) –124.7 to 18.7 (–317 to 48)
250 (635) 309 to 495 (785 to 1258) –155.9 to 23.2 (–396 to 59)
300 (762) 371 to 595 (943 to 1510) –187.1 to 28.1 (–475 to 71)
16:9 Aspect Ratio
Screen/Image Size (in/cm) Projection Distance (in/cm) (Wide to Tele) Vertical Lens Shift (in/cm) (Top to Bottom)
49 (125) 61 to 98 (154 to 250) –30.1 to 6 (–76 to 15)
50 (127) 62 to 100 (157 to 255) –30.7 to 6.3 (–78 to 16)
60 (152) 75 to 121 (190 to 307) –36.8 to 7.4 (–94 to 19)
80 (203) 100 to 162 (255 to 411) –49.1 to 9.9 (–125 to 25)
100 (254) 126 to 203 (320 to 514) –61.4 to 12.3 (–156 to 31)
120 (305) 152 to 243 (385 to 618) –73.6 to 14.8 (–187 to 38)
150 (381) 190 to 305 (482 to 774) –92 to 18.5 (–234 to 47)
200 (508) 254 to 407 (645 to 1033) –122.7 to 24.7 (–312 to 63)
250 (635) 318 to 509 (807 to 1293) –153.5 to 30.7 (–390 to 78)
290 (737) 369 to 591 (937 to 1500) –178 to 35.8 (–452 to 91)
Pro G7100/G7805 (Standard Zoom Lens)
4:3 Aspect Ratio
Screen/Image Size (in/cm) Projection Distance (in/cm) (Wide to Tele) Vertical Lens Shift (in/cm) (Top to Bottom)
50 (127) 58 to 94 (147 to 239) –32.3 to 2.3 (–82 to 6)
60 (152) 70 to 113 (178 to 288) –38.7 to 2.7 (–98 to 7)
80 (203) 94 to 152 (239 to 385) –51.6 to 3.6 (–131 to 9)
100 (254) 118 to 190 (299 to 482) –64.6 to 4.6 (–164 to 12)
120 (305) 142 to 228 (360 to 580) –77.5 to 5.5 (–197 to 14)
150 (381) 178 to 286 (452 to 726) –96.9 to 6.7 (–246 to 17)
200 (508) 238 to 382 (604 to 969) –129.1 to 9.1 (–328 to 23)
250 (635) 298 to 478 (756 to 1213) –161.4 to 11.4 (–410 to 29)
300 (762) 358 to 573 (908 to 1456) –193.7 to 13.7 (–492 to 35)
Precision Considerations

The provided values are approximate and may vary slightly due to rounding. For precise projection distance calculations, professional measurement tools or consultation with technical experts are recommended.