Unit: mm (inches)
PS | 40 | 60 | 80 | 100 | 120 | 150 | 180 | 200 | 250 | 300 | |
a’ | N | 1200 | 1800 | 2410 | 3010 | 3620 | 4530 | 5440 | 6040 | 7560 | 9070 |
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| (47 1/4) | (70 7/8) | (95) | (118 5/8) | (142 5/8) | (178 3/8) | (214 1/4) | (237 7/8) | (297 3/4) | (357 1/4) |
| M | 1350 | 2040 | 2720 | 3410 | 4090 | 5120 | 6140 | 6830 | 8540 | 10250 |
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| (53 1/4) | (80 3/8) | (107 1/8) | (134 3/8) | (161 1/8) | (201 5/8) | (241 7/8) | (269) | (336 3/8) | (403 5/8) |
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a’(N) = {(PS × 29.415) × 1.03} - 32.0 + 16.4 a’(M) = {(PS × 35.283) × 0.97} - 32.0 + 16.4
x = b + {PS × 5.073 + (a’+ 32.0 - 16.4) × 0.07344 - 2.3 + 72.5}
The alphabetical letters in the charts and calculation methods indicate the following. PS: projected image size measured diagonally (inches)
a’: distance between the hole (front) for mounting a projector suspension support on bottom surface of this projector and the center of the screen
b:distance between the projector suspension support mounting surface on bottom of this projector and the ceiling
x:distance between the center of the screen and the ceiling N: minimum
M: maximum
Others
Installation Diagram | 55 |
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