Panasonic ET-PFD310, Руководство по эксплуатации

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Projection distance according to the projector lens.
For the projection distances for projection [Lenses (optional)], refer to the operating instructions [Installation]
provided with The projector. Or check the diagonal dimension (m) of your screen and calculate the projection
distance using the following formula.
Units : m
Model number of
projection lens
(Throw ratio)
Aspect
ratio
PT-DZ13K series / PT-DZ10K series / PT-DZ8700U and PT-DZ110XE
Projection distance (L) formula
Minimum Maximum
Zoom lens
ET-D75LE1
(1.4-1.8:1)
16:10
L = 1.1732 × Screen diagonal (m) – 0.0760 L = 1.5709 × Screen diagonal (m) – 0.1004
16:9
L = 1.2087 × Screen diagonal (m) – 0.0760 L = 1.6142 × Screen diagonal (m) – 0.1004
(1.6-2.2:1)
4:3
L = 1.3307 × Screen diagonal (m) – 0.0760 L = 1.7756 × Screen diagonal (m) – 0.1004
ET-D75LE2
(1.8-2.8:1)
16:10
L = 1.5748 × Screen diagonal (m) – 0.0795 L = 2.3661 × Screen diagonal (m) – 0.1064
16:9
L = 1.6220 × Screen diagonal (m) – 0.0795 L = 2.4291 × Screen diagonal (m) – 0.1064
(2.2-3.3:1)
4:3
L = 1.7835 × Screen diagonal (m) – 0.0795 L = 2.6772 × Screen diagonal (m) – 0.1064
ET-D75LE3
(2.8-4.6:1)
16:10
L = 2.3661 × Screen diagonal (m) – 0.0958 L = 3.9488 × Screen diagonal (m) – 0.1216
16:9
L = 2.4291 × Screen diagonal (m) – 0.0958 L = 4.0591 × Screen diagonal (m) – 0.1216
(3.3-5.5:1)
4:3
L = 2.6772 × Screen diagonal (m) – 0.0958 L = 4.4724 × Screen diagonal (m) – 0.1216
ET-D75LE4
(4.6-7.4:1)
16:10
L = 3.9488 × Screen diagonal (m) – 0.1158 L = 6.2795 × Screen diagonal (m) – 0.1013
16:9
L = 4.0591 × Screen diagonal (m) – 0.1158 L = 6.4528 × Screen diagonal (m) – 0.1013
(5.6-8.9:1)
4:3
L = 4.4724 × Screen diagonal (m) – 0.1158 L = 7.1102 × Screen diagonal (m) – 0.1013
ET-D75LE8
(7.3-13.8:1)
16:10
L = 6.2795 × Screen diagonal (m) – 0.3862 L = 11.7677 × Screen diagonal (m) – 0.3598
16:9
L = 6.4567 × Screen diagonal (m) – 0.3862 L = 12.0945 × Screen diagonal (m) – 0.3598
(8.8-16.5:1)
4:3
L = 7.1102 × Screen diagonal (m) – 0.3862 L = 13.3189 × Screen diagonal (m) – 0.3598
ET-D75LE6
(0.9-1.1:1)
16:10
L = 0.7913 × Screen diagonal (m) – 0.0566 L = 0.9488 × Screen diagonal (m) – 0.0736
16:9
L = 0.8150 × Screen diagonal (m) – 0.0566 L = 0.9764 × Screen diagonal (m) – 0.0736
(1.1-1.3:1)
4:3
L = 0.8976 × Screen diagonal (m) – 0.0566 L = 1.0748 × Screen diagonal (m) – 0.0736
ET-D75LE10
(1.3-1.7:1)
16:10
L = 1.1186 × Screen diagonal (m) – 0.0857 L = 1.4458 × Screen diagonal (m) – 0.1085
16:9
L = 1.1497 × Screen diagonal (m) – 0.0857 L = 1.4860 × Screen diagonal (m) – 0.1085
(1.6-2.0:1)
4:3
L = 1.2663 × Screen diagonal (m) – 0.0857 L = 1.6367 × Screen diagonal (m) – 0.1085
ET-D75LE20
(1.7-2.4:1)
16:10
L = 1.4312 × Screen diagonal (m) – 0.0832 L = 2.0795 × Screen diagonal (m) – 0.1162
16:9
L = 1.4709 × Screen diagonal (m) – 0.0832 L = 2.1373 × Screen diagonal (m) – 0.1162
(2.0-2.9:1)
4:3
L = 1.6202 × Screen diagonal (m) – 0.0832 L = 2.3542 × Screen diagonal (m) – 0.1162
ET-D75LE30
(2.4-4.7:1)
16:10
L = 2.0647 × Screen diagonal (m) – 0.1131 L = 4.0041 × Screen diagonal (m) – 0.1765
16:9
L = 2.1221 × Screen diagonal (m) – 0.1131 L = 4.1155 × Screen diagonal (m) – 0.1765
(2.9-5.6:1)
4:3
L = 2.3374 × Screen diagonal (m) – 0.1131 L = 4.5330 × Screen diagonal (m) – 0.1765
ET-D75LE40
(4.6-7.4:1)
16:10
L = 3.9532 × Screen diagonal (m) – 0.1577 L = 6.3027 × Screen diagonal (m) – 0.1615
16:9
L = 4.0631 × Screen diagonal (m) – 0.1577 L = 6.4779 × Screen diagonal (m) – 0.1615
(5.5-8.9:1)
4:3
L = 4.4754 × Screen diagonal (m) – 0.1577 L = 7.1351 × Screen diagonal (m) – 0.1615
Fixed-focus lens
ET-D75LE5
(0.7:1)
16:10
L = 0.6063 × Screen diagonal (m) – 0.0835
16:9
L = 0.6220 × Screen diagonal (m) – 0.0835
(0.8:1)
4:3
L = 0.6850 × Screen diagonal (m) – 0.0835
ET-D75LE50
(0.7:1)
16:10
L = 0.6072 × Screen diagonal (m) – 0.0713
16:9
L = 0.6240 × Screen diagonal (m) – 0.0713
(0.8:1)
4:3
L = 0.6873 × Screen diagonal (m) – 0.0713
Note
z
The values obtained from the above formulas may contain slight errors.
z
The throw ratio is based on the value during projection onto a 3 810 mm (150") screen size.
z
When GEOMETRY or KEYSTONE adjustment is used, compensation is made so that the screen size becomes
smaller than the specified size.
Projection distances (Continued)