VPLFX40 - Projector SONY - Free user manual and instructions

USER MANUAL VPLFX40 SONY

Installation Manual for Dealers Pages 3, 10 to 13 and 42 to 70

This Installation Manual for Dealers explains how to install the projector. For example, it explains lens replacement, installation measurements when using the optional lens and hanging the projector from the ceiling.

Warning: This Installation Manual is for Dealers.

VPL-FE40/FE40L VPL-FX40/FX40L VPL-FX41/FX41L VPL-FW41/FW41L

安全のために

Attaching the Projector Suspension Support PSS-610 56

Floor Installation for Twin Stacking 59

56Dimensions 67

Français

Table des matières

Précautions.... 14

Aperçu 15

Line drawing of a projector with an arrow indicating motion, no text or symbols present

Line drawing of a projector with an upward arrow indicating motion (no text or symbols)

Technical line drawing of a mechanical device with a circular component inserted into a housing (no text or symbols visible)

ご注意

Technical line drawing of a mechanical device with a magnified inset showing a component detail (no text or symbols)

Technical line drawing of a mechanical device with no visible text or symbols

ご注意

• Check that the operating voltage of your unit is identical with the voltage of your local power supply. If voltage adaptation is required, consult with qualified Sony personnel.
• Should any liquid or solid object fall into the cabinet, unplug the unit and have it checked by qualified Sony personnel before operating it further.
• Unplug the unit from the wall outlet if it is not to be used for several days.
• To disconnect the cord, pull it out by the plug. Never pull the cord itself.
• The wall outlet should be near the unit and easily accessible.
• The unit is not disconnected from the AC power source (mains) as long as it is connected to the wall outlet, even if the unit itself has been turned off.
• Do not look into the lens while the lamp is on.
• Do not place your hand or objects near the ventilation holes — the air coming out is hot.
• Avoid using an extension cord with a low voltage limited since it may cause the short-circuit and physical incidents.
• Do not catch your finger between the unit and surface of the floor when moving the projector installed on the floor.
• Be careful not to catch your finger in the cooling fan.
• Do not carry the projector with the cabinet on and with its cover open.

Caution

Installation when setting the angle of projection to more than ±20^

When you set the angle of projection to more than ±20^ , place a metal tray measuring more than 60 cm × 30 cm at a distance of 30 cm to 50 cm directly below the exhaust vent. Also, take care that no material or water drops fall into the opening of the exhaust vent.

CAUTION

Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type recommended by the manufacturer.

When you dispose of the battery, you must obey the law in the relative area or country.

For kundene i Norge

Dette utstyret kan kobles til et IT-strømfordelingssystem.

On installation

• When the projector is mounted on the ceiling, the Sony PSS-610 Projector Suspension Support must be used for installation.
• Allow adequate air circulation to prevent internal heat build-up. Do not place the unit on surfaces (rugs, blankets, etc.) or near materials (curtains, draperies) that may block the ventilation holes. Leave space of more than 30cm ( 11^7/8 inches) between the wall and the projector. Be aware that room heat rises to the ceiling; check that the temperature near the installation location is not excessive.
• Install the projector on the floor or ceiling. Any other installation causes a malfunction such as color irregularity or shortening lamp life.
• Do not install the unit in a location near heat sources such as radiators or air ducts, or in a place subject to direct sunlight, excessive dust or humidity, mechanical vibration or shock.
• To avoid moisture condensation, do not install the unit in a location where the temperature may rise rapidly.
• Be sure to secure the cabinet cover firmly when installing to the ceiling firmly.

Warning

For customers who purchase this unit

If customers perform the installation described in this manual, an accident may occur, causing serious injury. Never install it by yourself. For installation, be sure to consult with a Sony dealer.

For dealers

Please read this Installation Manual throughly for safe installation.

On illumination

• To obtain the best picture, the front of the screen should not be exposed to direct lighting or sunlight.
• Ceiling-mounted spot lighting is recommended. Use a cover over fluorescent lamps to avoid lowering the contrast ratio.
• Cover any windows that face the screen with opaque draperies.
• It is desirable to install the projector in a room where

floor and walls are not of light-reflecting material. If the floor and walls are of reflecting material, it is recommended that the carpet and wall paper be changed to a dark color.

On preventing internal heat build-up

The projector is equipped with ventilation holes (intake) at the bottom and ventilation holes (exhaust) at the rear. Do not block or place anything near these holes, or internal heat build-up may occur, causing picture degradation or damage to the projector.

On cleaning

• To keep the cabinet looking new, periodically clean it with a soft cloth. Stubborn stains may be removed with a cloth lightly dampened with a mild detergent solution. Never use strong solvents, such as thinner, benzene, or abrasive cleansers, since these will damage the cabinet.
• Avoid touching the lens. To remove dust on the lens, use a soft dry cloth. Do not use a damp cloth, detergent solution, or thinner.
• Clean the filter at regular intervals.

On repacking

- Save the original shipping carton and packing material; they will come in handy if you ever have to ship your unit. For maximum protection, repack your unit as it was originally packed at the factory.

Overview

This manual describes how to install the Sony Data Projector VPL-FE40/FE40L/FX40/FX40L/FX41/FX41L/FW41/FW41L, how to replace the lens, and installation diagrams. When you replace the lens, also refer to the Operating Instructions.

Replacing the Lens

You can install the following types of optional lenses in the projector:

• VPLL-1008 Fixed Short Focus Lens
• VPLL-Z1014 Short Focus Zoom Lens
• VPLL-Z1024 Middle Focus Zoom Lens
• VPLL-Z1032 Long Focus Zoom Lens

Follow the steps below to replace each lens: VPL-FE40/FX40/FX41/FW41 (equipped with standard lens): steps 1 to 5 and, steps 7 to 9 VPL-FE40L/FX40L/FX41L/FW41L (lens optional): steps 1 to 4, and steps 6 to 9

For details on replacing the lens, also refer to the installation manual supplied with the lens.

1 Turn off the power and disconnect the power cable.

2 Remove the front panel following the steps below. ①Insert the panel remover from the right side of the front panel as the illustration. Then slide the panel remover toward left pinching the front panel.

Panel remover

②Pinch the right side of the front panel firmly with the panel remover and slide it until it stops (position in which the edge of the front panel is seen from the hole of the panel remover). Then pull up the panel remover. The right side of the front panel is removed.

Line drawing of a projector with an arrow indicating motion, no text or symbols present

3 Remove the left half of the front panel in the same step, and pick up the front panel.

The front panel is connected to the main unit with a wire for safety.

Line drawing of a projector with an upward arrow indicating motion (no text or symbols)

Safety wire

4 Move the lens fixing lever to the lens, then lift it up.

Lock tab Lens fixing lever

Note

Lift up the lens fixing lever correctly. Otherwise you cannot remove the lens.

5 Withdraw the lens straight forward.

Technical line drawing of a mechanical device with a rotating component (no text or symbols)

Note

Use both hands to withdraw the lens.

6 Remove the lens hole cover of VPL-FE40L/FX40L/FX41L/FW41L.

7 Remove two lens caps and the lens connector cover from the replacement lens. Adjust the lens so that the motor section faces up as in illustration a, and check that the cushion around the lens is positioned as in illustration b. Then insert the lens straight in the direction of the arrow.

Motor section Lens connector cover Face this side of the cushion down.

Notes

- If the cushion is not positioned as in illustration b, rotate it by hand. In this case, take care that the cushion does not come off the groove of the lens.

- Change the lens carefully so as not to damage the lens glass with the lever or other parts.

8 Move the lens fixing lever down to the bottom correctly.

Technical line drawing of a mechanical device with a coiled cable and mounting base (no text or symbols)

If the lens fixing lever does not move down, the lens may not be fully inserted. Insert it again and move the lens fixing lever down to the bottom correctly.

Note

If the lens does not go in fully, turn the lens slightly right and left slightly.

9 Insert the tab on the rear of the front panel and the plug-in part into the main unit, then hold down the panel so it locks with a click.

Technical line drawing of a mechanical device with internal components and mounting brackets (no text or symbols)

Notes

• Take care not to allow the safety wire to protrude.
• After fitting the left and right front panels, check that the top of the front panel does not lift up or protrude from the main unit.

Note on changing lenses

Do not touch the surface of the lens.

Note

When you use the VPLL-1008, do so in the range between +90° and -90° (when the lower parts of the lens is a plus) on the basis of installing the VPL-FE40/FX40/FX41/FW41 horizontally on the floor.

For Dealer

The VPLL-1008 is the lens for rear projection (optical axis angle: 0 degree). When using the VPLL-1008, you should install the projector with the center of the lens aligned with the center of the screen in the horizontal/vertical direction. If you do not do so, a portion of the picture may be invisible.

Also, after installing the lens, we recommend to set "Lens Control" in the Installation menu to "Off".

Précautions

Sécurité

Diagram of a projector with an arrow indicating motion, showing internal components and a paper clip (no text or symbols)

Technical line drawing of a mechanical device with a circular component inserted into a housing (no text or symbols visible)

Remarque

Technical line drawing of a mechanical device with a magnified inset showing a component detail (no text or symbols)

Technical line drawing of a mechanical assembly with no visible text or symbols

Remarques

Line drawing of a projector with an arrow indicating motion, no text or symbols present

Line drawing of a projector with an upward arrow indicating motion (no text or symbols)

Technical line drawing of a mechanical device with a circular component inserted into a housing (no text or symbols)

Nota

Technical line drawing of a mechanical device with a coiled spring and mounting base (no text or symbols)

Technical line drawing of a mechanical assembly with no visible text or symbols

Notas

Line drawing of a projector with an arrow indicating motion, no text or symbols present

Technical line drawing of a mechanical device with a circular component inserted into a housing (no text or symbols)

Hinweis

Technical line drawing of a mechanical device with a magnified inset showing a component detail (no text or symbols)

Technical line drawing of a mechanical device with no visible text or symbols

Hinweise

Line drawing of a projector with an arrow indicating motion, no text or symbols present

Technical line drawing of a mechanical device with a rotating wheel and base plate (no text or symbols)

Nota

Technical line drawing of a mechanical device with a magnified inset showing a component detail (no text or symbols)

Technical line drawing of a mechanical device with no visible text or symbols

Note

Line drawing of a projector with an arrow indicating motion, no text or symbols present

Technical line drawing of a mechanical assembly with a rotating component (no text or symbols)

Примечание

Technical line drawing of a mechanical device with a magnified inset showing internal components (no text or symbols)

Technical line drawing of a mechanical component with coiled spring and mounting base (no text or symbols)

Примечание

Line drawing of a projector with an arrow indicating motion or force (no text or symbols)

Technical line drawing of a mechanical device with a rotating component and base plate (no text or symbols)

注意

请用双手取出透镜。

6 取下 VPL-FE40L/FX40L/FX41L/FW41L 镜孔盖。

Technical line drawing of a mechanical device with a magnified inset showing a component detail (no text or symbols)

Technical line drawing of a mechanical device with coiled components and mounting brackets (no text or symbols)

注意

This section describes the examples for installing the projector on the desk, etc. A B

The alphabetical letters in the illustrations, charts and calculation methods indicate the following.

SS : screen size measured diagonally (inches/mm)

a : distance between the screen and the center of the lens

b : distance between the floor and the center of the lens

c : distance between the floor and the bottom of the adjusters of the projector

d : adjustment range of left or right side

x : distance between the floor and the center of the screen, free

N : minimum

M : m a x i m u m

The VPLL-1008 is the lens for rear projection (optical axis angle: 0 degree). When using the VPLL-1008, you should install the projector with the center of the lens aligned with the center of the screen in the horizontal/vertical direction. If you do not do so, a portion of the picture may be invisible.

Also, after installing the lens, we recommend to set “Lens Control” in the Installation menu to “Off”.

Français

Distance between the front of the cabinet and the center of the lens

Center of the screen

Centre de l'écran

Projector/Lens/Center of the lens

a (N) = {(ss × 30.31 / 0.7923) - 65.32981} × 1.012
a (M) = {(ss × 39.627024 / 0.7923) - 64.20122} × 0.98
b (N) = x - (ss / 0.7923 × 6.0375)
c (N) = x - (ss / 0.7923 × 6.0375 + 87.5)
d = ss / 0.7923× 1.61

VPLL-1008

SS 60	80 100	120 150 180 200 250 300
mm	1524 2032 2540 3048 3810 4572 5080 6350 7620
a	930(36 ^5/8 )	1260 1590 1930 2420 (62 ^5/8 ) (76)	2920 3250 (95 ^3/8 )	4080 (115)	4910(128)	(160 ^3/4 )	(193 ^3/8 )
b	x-0
c	x-88 (x-3 ^1/2 )

a = (ss × 13.14 / 0.7923) - 63.90778

VPLL-Z1014

mm

1016 1524 2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

N

1110 1690 2270 2850 3430 4310 5180 5760 7220 8670 11580 14490 17400(43 ^3/_4 ) (66 ^5/_8 ) (89 ^1/_2 ) (112 ^1/_4 ) (135 ^1/_8 ) (169 ^3/_4 ) (204) (226 ^7/_8 )

M

1500 2280 3060 3830 4610 5770 6940 7710 9650 11600 15480 19360 23240(59 ^1/_8 ) (89 ^7/_8 ) (120 ^1/_2 ) (150 ^7/_8 ) (181 ^5/_8 ) (227 ^1/_4 ) (273 ^3/_8 ) (303 ^5/_8 )

b

N

x-305(x-12)

x-457(x-18)

x-610(x-24)

x-762(x-30)

x-914(x-36)

x-1143(x-45)

x-1372(x-54)

x-1524(x-60)

x-1905(x-75 ^1/_8 )

x-2286(x-90 ^1/_8 )

x-3048(x-120 ^1/_16 )

x-3810(x-150 ^1/_8 )

x-4572(x-180 ^1/_8 )

M

x-0

c

N

x-392(x-15 ^1/_2 )

x-545(x-21 ^1/_2 )

x-697(x-27 ^1/_2 )

x-850(x-33 ^1/_2 )

x-1002(x-39 ^1/_2 )

x-1231(x-48 ^1/_2 )

x-1459(x-57 ^1/_2 )

x-1612(x-63 ^1/_2 )

x-1993(x-78 ^1/_2 )

x-2374(x-93 ^1/_2 )

x-3136(x-123 ^1/_2 )

x-3898(x-153 ^1/_2 )

x-4660(x-183 ^1/_2 )

M

x-88 (x-3 ^1/_2 )

d

N

81 122 163(3 ^1/_4 ) (4 ^7/_8 ) (6 ^1/_2 ) (8) (9 ^5/_8 )

a (N) = {(ss × 22.60 / 0.7923) - 55.3) × 1.02}
a (M) = {(ss × 31.39 / 0.7923) - 51.2} × 0.98
b (N) = x - (ss / 0.7923 × 6.0375)
c (N) = x - (ss / 0.7923 × 6.0375 + 87.5)
d = ss / 0.7923× 1.61

VPLL-Z1024

SS 40 60 80 100 120 150 180 200 250 300 400 500 600

	mm	1016 1524 2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240
a	N	1880 2860 3850 4840 5820 7300 8780 9770 12230 14700 19630 24570 29500(74 ^1/8 )(112 ^5/8 )(151 ^5/8 )(190 ^5/8 )(229 ^1/4 )(287 ^1/2 )(345 ^3/4 )(384 ^3/4 )(481 ^5/8 )(578 ^7/8 )(773)(967 ^1/2 )(1161 ^5/8 )
	M	2590(102)	3940(155 ^1/4 )(208)	5280(208)	6630(261 ^1/8 )(313 ^7/8 )(393 ^3/8 )(472 ^1/2 )(525 ^3/4 )(657 ^5/8 )(789 ^7/8 )(1054 ^1/2 )(1319 ^1/8 )(1583 ^5/4 )
b	N	x-305(x-12)	x-457(x-18)	x-610(x-24)	x-762(x-30)	x-914(x-36)	x-1143(x-45)	x-1372(x-54)	x-1524(x-60)	x-1905(x-75 ^1/8 )(x-90 ^1/8 )(x-120 ^1/16 )(x-150 ^1/8 )(x-180 ^1/8 )
	M	x-0
c	N	x-392(x-15 ^1/2 )(x-21 ^1/2 )	x-545(x-21 ^1/2 )(x-27 ^1/2 )	x-697(x-27 ^1/2 )(x-33 ^1/2 )	x-850(x-33 ^1/2 )(x-39 ^1/2 )(x-48 ^1/2 )			x-1459(x-57 ^1/2 )(x-63 ^1/2 )(x-78 ^1/2 )(x-93 ^1/2 )
	M	x-88(x-3 ^1/2 )
d	N	81 122(3 ^1/4 )(4 ^7/8 )(6 ^1/2 )(8)			366 406 (9)	508 508(5/8)(12)	813 813(14 ^1/2 )(16)	1016 1219(20)(24)(32)(40)

a (N) = {(ss × 38.51 / 0.7923) - 95.83551) × 1.015}
a (M) = {(ss × 54.324095 / 0.7923) - 94.90593} × 0.98
b (N) = x - (ss / 0.7923 × 6.0375)
c (N) = x - (ss / 0.7923 × 6.0375 + 87.5)
d = ss / 0.7923× 1.61

VPLL-Z1032

SS 40 60 80 100 120 150 180 200 250 300 400 500 600

mm

1016 1524 2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

N

2550(100 ^1/_2 )

3890(153 ^1/_4 )

5240(206 ^3/_8 )

6580(259 ^1/_8 )

7930(312 ^1/_4 )

9950(391 ^7/_8 )

11970(471 ^3/_8 )

13310(524 ^1/_8 )

16670(656 ^1/_2 )

20040(789 ^1/_8 )

26760(1053 ^3/_4 )

33490(1318 ^3/_4 )

40220(1583 ^3/_4 )

M

3940(155 ^1/_4 )

5980(235 ^1/_2 )

8020(315 ^13/_16 )

10060(396 ^1/_8 )

12090(476 ^1/_8 )

15150(596 ^5/_8 )

18210(717 ^1/_8 )

20240(797)

25340(997 ^7/_8 )

30430(1198 ^1/_4 )

40620(1599 ^1/_2 )

50810(2000 ^3/_4 )

60990(2401 ^1/_2 )

b

N

x-305(x-12)

x-457(x-18)

x-610(x-24)

x-762(x-30)

x-914(x-36)

x-1143(x-45)

x-1372(x-54)

x-1524(x-60)

x-1905(x-75 ^1/_8 )

x-2286(x-90 ^1/_8 )

x-3048(x-120 ^1/_16 )

x-3810(x-150 ^1/_8 )

x-4572(x-180 ^1/_8 )

M

x-0

c

N

x-392(x-15 ^1/_2 )

x-545(x-21 ^1/_2 )

x-697(x-27 ^1/_2 )

x-850(x-33 ^1/_2 )

x-1002(x-39 ^1/_2 )

x-1231(x-48 ^1/_2 )

x-1459(x-57 ^1/_2 )

x-1612(x-78 ^1/_2 )

x-1993(x-93 ^1/_2 )

x-2374(x-123 ^1/_2 )

x-3136(x-123 ^1/_2 )

x-3898(x-153 ^1/_2 )

x-4660(x-183 ^1/_2 )

M

x-88 (x-3 ^1/_2 )

d

N

81 122(3 ^1/_4 )

163(4 ^7/_8 )

203 244(6 ^1/_2 )

305 366(8)

406 508(9 ^5/_8 )

610 813(12)

1016 1219(14 ^1/_2 )

(16) (20) (24)

(32) (40) (48)

a (N) = {(ss × 52.25 / 0.7923) - 138.5884} × 1.02
a (M) = {(ss × 83.996265 / 0.7923) - 137.6599} × 0.961
b (N) = x - (ss / 0.7923 × 6.0375)
c (N) = x - (ss / 0.7923 × 6.0375 + 87.5)
d = ss / 0.7923× 1.61

単位：mm（インチ）/ Unit: mm (inches) / Unité: mm (pouces) / Unidad: mm (pulgadas) /

Einheit: mm (Zoll) / Unità: mm (pollici) / Аппарат: мм (дюймов) / 单位: mm（英寸）

■ 標準レンズ / Standard lens / Objectif standard / Objetivo estándar / Standardobjektiv / Uso Obiettivo standard / Стандартный объектив / 标准透鏡

SS 40

60 80

100

120

150

180

200

250

300

400

500

600

mm

1016

1524

2032

2540

3048

3810

4572

5080

6350

7620

10160

12700

15240

a

(61^N)

1550 ^1/8

2370 (93^3/8)

3180 (125^1/4)

3990 (157^1/8)

4800 (189)

6020 (237)

7240 (285^1/8)

8050 (317)

10080 (285^1/8)

12110 (317)

16170 (397)

20230 (476^7/8)

24290 (636^3/4)

(796 ^5/8 )

(956^1/2)

M

1990 (78^3/8)

3020 (118^7/8)

4050 (159^1/2)

5080 (159^1/2)

6110 (200^1/8)

7650 (240^5/8)

9190 (301^1/4)

10220 (361^7/8)

12790 (402^1/2)

15370 (503^5/8)

20510 (402^1/2)

25660 (605^1/4)

30800 (807^5/8)

(1010^3/8)

(1212^3/4)

b

N

x-323 (x-12^3/4)

x-484 (x-19^1/8)

x-645 (x-25^1/2)

x-806 (x-31^3/4)

x-968 (x-38^1/8)

x-1209 (x-47^5/8)

x-1451 (x-57^1/4)

x-1613 (x-63^1/2)

x-2016 (x-79^3/8)

x-2419 (x-95^1/4)

x-3225 (x-127)

x-4032 (x-158^3/4)

x-4838 (x-190^1/2)

M

x-0

c

N

x-410 (x-16^1/4)

x-571 (x-22^1/2)

x-733 (x-28^7/8)

x-894 (x-35^1/4)

x-1055 (x-41^5/8)

x-1297 (x-51^1/8)

x-1539 (x-60^5/8)

x-1700 (x-67)

x-2103 (x-82^7/8)

x-2506 (x-98^3/4)

x-3313 (x-130^1/2)

x-4119 (x-162^1/4)

x-4925 (x-194)

M

x-88 (x-3^1/2)

d

86 (3^1/2)

129 (5^1/8)

172 (6^7/8)

215 (8^1/2)

258 (8^1/2)

323 (8^1/2)

388 (8^1/2)

431 (10^1/4)

538 (10^1/4)

646 (12^3/4)

862 (15^3/8)

1077 (17)

1292 (17)

(21 ^1/4 )

(25^1/2)

(34)

(42^1/2)

(51)

a (N) = {(ss × 30.04 / 0.7488) - 69.0} × 1.012
a (M) = {(ss × 39.31 / 0.7488) - 67.9} × 0.98
b (N) = x - (ss / 0.7488 × 6.0375)
c (N) = x - (ss / 0.7488 × 6.0375 + 87.5)
d = ss / 0.7488× 1.61

VPLL-1008

SS 60	80 100 120 150 180 200 250 300
mm	1524 2032 2540 3048 3810 4572 5080 6350 7620
a	980(38 ^5/8 )	1330 1670 2020 (52 ^3/8 )	2540 3070 (65 ^7/8 )	3420 4290 (79 ^1/2 )	5160 (100 ^1/8 )	(121)	(134 ^3/4 )	(169)	(203 ^1/4 )
b	x-0
c	x-88 (x-3 ^1/2 )

a = (ss× 13.04 / 0.7488) - 67.1

■VPLL-Z1014

SS 40

60

80

100

120

150

180

200

250

300

400

500

600

mm

1016

1524

2032

2540

3048

3810

4572

5080

6350

7620

10160

12700

15240

a

N

1160(45 ^3/4 )

1770(69 ^3/4 )

2380(93 ^3/4 )

3000(118 ^1/8 )

3610(142 ^1/4 )

4520(118 ^1/8 )

5440(142 ^1/4 )

6050(178)

7580(214 ^1/4 )

9100(238 ^1/4 )

12160(214 ^1/4 )

15210(238 ^1/4 )

18270(298 ^1/2 )

(358 ^3/8 )

(478 ^7/8 )

(599)

(719 ^1/2 )

M

1580(62 ^1/4 )

2390(94 ^1/8 )

3210(126 ^1/2 )

4020(158 ^1/4 )

4840(190 ^5/8 )

6060(190 ^5/8 )

7280(190 ^5/8 )

8100(238 ^5/8 )

10140(238 ^5/8 )

12180(286 ^3/4 )

16250(319)

20330(399 ^3/8 )

24410(479 ^5/8 )

(639 ^7/8 )

(800 ^1/2 )

(961 ^1/4 )

b

N

x-323(x-12 ^3/4 )

x-484(x-19 ^1/8 )

x-645(x-25 ^1/2 )

x-806(x-31 ^3/4 )

x-968(x-38 ^1/8 )

x-1209(x-47 ^5/8 )

x-1451(x-57 ^1/4 )

x-1613(x-63 ^1/2 )

x-2016(x-79 ^3/8 )

x-2419(x-95 ^1/4 )

x-3225(x-127)

x-4032(x-158 ^3/4 )

x-4838(x-190 ^1/2 )

M

x-410(x-16 ^1/4 )

x-571(x-22 ^1/2 )

x-733(x-28 ^7/8 )

x-894(x-35 ^1/4 )

x-1055(x-41 ^5/8 )

x-1297(x-51 ^1/8 )

x-1539(x-60 ^5/8 )

x-1700(x-67)

x-2103(x-82 ^7/8 )

x-2506(x-98 ^3/4 )

x-3313(x-130 ^1/2 )

x-4119(x-162 ^1/4 )

x-4925(x-194)

M

x-88(x-3 ^1/2 )

d

N

86(3 ^1/2 )

129(5 ^1/8 )

215(6 ^7/8 )

258(8 ^1/2 )

323(8 ^1/2 )

388(10 ^1/4 )

431(10 ^1/4 )

538(12 ^3/4 )

646(15 ^3/8 )

862(17)

1077(21 ^1/4 )

1292(15 ^3/8 )

(17)

(21 ^1/4 )

(25 ^1/2 )

(34)

(42 ^1/2 )

(51)

a (N) = {(ss × 22.42 / 0.7488) - 58.1) × 1.020}
a (M) = {(ss × 31.15 / 0.7488) - 53.8} × 0.98
b (N) = x - (ss / 0.7488 × 6.0375)
c (N) = x - (ss / 0.7488 × 6.0375 + 87.5)
d = ss / 0.7488× 1.61

VPLL-Z1024

SS 40

60 80 100 120

150 180 200 250 300 400 500 600

mm

1016 1524 2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

N

1970 3010 4040 5080 6110 7670 9220 10260 12850 15440 20620 25800 30980(77 ^5/8 ) (118 ^1/2 ) (159 ^1/8 ) (200 ^1/8 ) (240 ^5/8 ) (302 ^1/8 ) (363 ^1/8 ) (404) (506) (608) (812) (1015 ^7/8 ) (1219 ^7/8 )

M

2720 4140 5550 6960 8370 10480 12600 14010 17540 21070 28120 35180 42230(107 ^1/8 ) (163 ^1/8 ) (218 ^5/8 ) (274 ^1/8 ) (329 ^5/8 ) (412 ^3/4 ) (496 ^1/8 ) (551 ^5/8 ) (690 ^3/4 ) (829 ^3/4 ) (1107 ^1/4 ) (1385 ^1/4 ) (1662 ^7/8 )

b

N

x-323 x-484 x-645 x-806 x-968 x-1209 x-1451 x-1613 x-2016 x-2419 x-3225 x-4032 x-4838(x-12 ^3/4 ) (x-19 ^1/8 ) (x-25 ^1/2 ) (x-31 ^3/4 ) (x-38 ^1/8 ) (x-47 ^5/8 ) (x-57 ^1/4 ) (x-63 ^1/2 ) (x-79 ^3/8 ) (x-95 ^1/4 ) (x-127) (x-158 ^3/4 ) (x-190 ^1/2 )

M

x-0

c

N

x-410 x-571 x-733 x-894 x-1055 x-1297 x-1539 x-1700 x-2103 x-2506 x-3313 x-4119 x-4925(x-16 ^1/4 ) (x-22 ^1/2 ) (x-28 ^7/8 ) (x-35 ^1/4 ) (x-41 ^5/8 ) (x-51 ^1/8 ) (x-60 ^5/8 ) (x-67) (x-82 ^7/8 ) (x-98 ^3/4 ) (x-130 ^1/2 ) (x-162 ^1/4 ) (x-194)

M

x-88 (x-3 ^1/2 )

d

N

86 129 172 215 258 323 388 431 538 646 862 1077 1292(3 ^1/2 ) (5 ^1/8 ) (6 ^7/8 ) (8 ^1/2 ) (10 ^1/4 ) (12 ^3/4 ) (15 ^3/8 ) (17) (21 ^1/4 ) (25 ^1/2 ) (34) (42 ^1/2 ) (51)

a (N) = {(ss × 38.21 / 0.7488) - 100.6) × 1.015}
a (M) = {(ss × 53.90 / 0.7488) - 99.6} × 0.98
b (N) = x - (ss / 0.7488 × 6.0375)
c (N) = x - (ss / 0.7488 × 6.0375 + 87.5)
d = ss / 0.7488× 1.61

VPLL-Z1032

SS 40

60 80 100 120 150 180 200 250 300 400 500 600

mm

1016 1524 2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

N

2680 4090 5500 6910 8330 10450 12560 13980 17510 21040 28100 35160 42230(105 ^5/8 ) (161 ^1/8 ) (216 ^5/8 ) (272 ^1/8 ) (328) (411 ^1/2 ) (494 ^5/8 ) (550 ^1/2 ) (689 ^1/2 ) (828 ^1/2 ) (1106 ^1/2 ) (1384 ^1/2 ) (1662 ^7/8 )

M

4140 6280 8420 10560 12700 15910 19110 21250 26600 31950 42650 53340 64040(163 ^1/8 ) (247 ^3/8 ) (331 ^5/8 ) (415 ^7/8 ) (500 ^1/8 ) (626 ^1/2 ) (752 ^1/2 ) (836 ^3/4 ) (1047 ^3/8 ) (1258 ^1/8 ) (1679 ^3/8 ) (2100 ^3/8 ) (2521 ^5/8 )

b

N

x-323 x-484 x-645 x-806 x-968 x-1209 x-1451 x-1613 x-2016 x-2419 x-3225 x-4032 x-4838(x-12 ^3/4 ) (x-19 ^1/8 ) (x-25 ^1/2 ) (x-31 ^3/4 ) (x-38 ^1/8 ) (x-47 ^5/8 ) (x-57 ^1/4 ) (x-63 ^1/2 ) (x-79 ^3/8 ) (x-95 ^1/4 ) (x-127) (x-158 ^3/4 ) (x-190 ^1/2 )

M

x-0

c

N

x-410 x-571 x-733 x-894 x-1055 x-1297 x-1539 x-1700 x-2103 x-2506 x-3313 x-4119 x-4925(x-16 ^1/4 ) (x-22 ^1/2 ) (x-28 ^7/8 ) (x-35 ^1/4 ) (x-41 ^5/8 ) (x-51 ^1/8 ) (x-60 ^5/8 ) (x-67) (x-82 ^7/8 ) (x-98 ^3/4 ) (x-130 ^1/2 ) (x-162 ^1/4 ) (x-194)

M

x-88 (x-3 ^1/2 )

d

N

86 129 172 215 258 323 388 431 538 646 862 1077 1292(3 ^1/2 ) (5 ^1/8 ) (6 ^7/8 ) (8 ^1/2 ) (10 ^1/4 ) (12 ^3/4 ) (15 ^3/8 ) (17) (21 ^1/4 ) (25 ^1/2 ) (34) (42 ^1/2 ) (51)

a (N) = {(ss × 51.84 / 0.7488) - 145.5) × 1.020}
a (M) = {(ss × 83.34 / 0.7488) - 144.5} × 0.961
b (N) = x - (ss / 0.7488 × 6.0375)
c (N) = x - (ss / 0.7488 × 6.0375 + 87.5)
d = ss / 0.7488× 1.61

天井つり

Ceiling Installation

This section describes the examples for installing the projector on the ceiling. C D

When installing the projector on the ceiling, use the PSS-610

Projector Suspension Support.

For ceiling installation, ask for qualified Sony personnel only.

The alphabetical letters in the illustrations, charts and calculation methods indicate the following.

SS : screen size measured diagonally (inches/mm)

a : distance between the screen and the center of the lens

a' : distance between the screen and the screw hole (on the lens side) for the ceiling bracket

b : distance between the ceiling and the center of the lens

c : distance between the ceiling and the surface of the Suspension Support

when using the PSS-610

using adjustment pipe (b) :

150/175/200 mm (6 / 7 / 7 ^7 /8 inches)

using adjustment pipe (c):

250/275/300 mm (9 ^7 /8 / 10 ^7 /8 / 11 ^7 /8 inches)

d : adjustment range of left or right side

x : distance between the ceiling and the center of the screen, free

N : minimum

M : m a x i m u m

a (N) = {(ss × 30.31 / 0.7923) - 65.32981} × 1.012

a (M) = {(ss × 39.627024 / 0.7923) - 64.20122} × 0.98

a^ (N) = (ss× 30.31 / 0.7923) - 65.32981 × 1.012 + 74.3

a'(M) = (ss × 39.627024 / 0.7923) - 64.20122 × 0.98 + 74.3

d = ss / 0.7923× 1.61

x(M) = ss / 0.7923× 6.0375 + 85.0

VPLL-Z1014

SS 40

60 80 100 120

150 180 200 250 300 400 500 600

mm

1016 1524 2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

N

1110 1690 2270 2850 3430 4310 5180 5760 7220 8670 11580 14490 17400(43 ^3/_4 ) (66 ^5/_8 ) (89 ^1/_2 ) (112 ^1/_4 ) (135 ^1/_6 ) (169 ^3/_4 ) (204) (226 ^7/_8 )

M

1500 2280 3060 3830 4610 5770 6940 7710 9650 11600 15480 19360 23240(59 ^1/_8 ) (89 ^7/_8 ) (120 ^1/_2 ) (150 ^7/_8 ) (181 ^5/_8 ) (227 ^1/_4 ) (273 ^3/_8 ) (303 ^5/_8 )

a'

N

1220 1810 2390 2970 3550 4420 5300 5880 7330 8790 11700 14610 17510(48 ^1/_8 ) (71 ^3/_8 ) (94 ^1/_8 ) (117) (139 ^7/_8 ) (174 ^1/_8 ) (208 ^3/_4 ) (231 ^5/_8 )

M

1620 2390 3170 3940 4720 5890 7050 7830 9770 11710 15590 19470 23350(63 ^7/_8 ) (94 ^1/_8 ) (124 ^7/_8 ) (155 ^1/_4 ) (185 ^7/_8 ) (232) (277 ^5/_8 ) (308 ^3/_8 )

b

N

M

d

81 122 163 203 244 305 366 406 508 610 813 1016 1219(3 ^1/_4 ) (4 ^7/_8 ) (6 ^1/_2 ) (8) (9 ^5/_8 ) (12) (14 ^1/_2 ) (16) (20) (24) (32) (40) (48)

x

N

M

c+390 c+542 c+695 c+847 c+999 c+1228 c+1457 c+1609 c+1990 c+2371 c+3133 c+3895 c+4657(c+15 ^3/_8 ) (c+21 ^3/_8 ) (c+27 ^7/_8 ) (c+33 ^7/_8 ) (c+39 ^3/_8 ) (c+48 ^7/_8 ) (c+57 ^3/_8 ) (c+63 ^3/_8 ) (c+78 ^3/_8 ) (c+93 ^3/_8 ) (c+123 ^3/_8 ) (c+153 ^3/_8 ) (c+183 ^3/_8 )

a (N) = {(ss × 22.60 / 0.7923) - 55.3} × 1.02
a (M) = {(ss × 31.39 / 0.7923) - 51.2} × 0.98
a^ (N) = (ss× 22.60 / 0.7923) - 55.3 × 1.02 + 115
a^ (M) = (ss× 31.39 / 0.7923) - 51.2 × 0.98 + 115
d = ss / 0.7923 × 1.61
x (M) = ss / 0.7923 × 6.0375 + 85.0

SS 40 60 80 100 120 150 180 200 250 300 400 500 600

mm

1016 1524 2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

N

1880 2860 3850 4840 5820 7300 8780 9770 12230 14700 19630 24570 29500(74 ^1/_8 ) (112 ^5/_8 ) (151 ^5/_8 ) (190 ^5/_8 ) (229 ^1/_4 ) (287 ^1/_2 )

M

2590 (102)

3940 (155 ^1/_4 )

5280 (208)

6630 (261 ^1/_8 )

7970 (313 ^7/_8 )

9990 (393 ^3/_8 )

12000 (4 ^1/_7 )

13350 (525 ^3/_4 )

16700 (657 ^5/_8 )

20060 (789 ^7/_8 )

26780 (1054 ^1/_2 )

33500 (1319 ^1/_8 )

40220 (1583 ^3/_4 )

a'

N

1970 2960 3950 4930 5920 7400 8880 9870 12330 14800 19730 24670 29600(77 ^5/_8 ) (116 ^5/_8 ) (155 ^5/_8 ) (194 ^1/_8 ) (233 ^1/_8 ) (291 ^3/_8 )

M

2690 (106)

4040 (159 ^1/_8 )

5380 (211 ^7/_8 )

6720 (264 ^5/_8 )

8070 (317 ^7/_8 )

10080 (397)

12100 (476 ^1/_2 )

13440 (529 ^1/_4 )

16800 (661 ^1/_2 )

20160 (793 ^7/_8 )

26880 (1058 ^1/_2 )

33600 (1323)

40320 (1587 ^5/_8 )

b

N

c+85 (c+3 ^5/_8 )

M

c+91 (c+3 ^5/_8 )

d

81 122 163 203 244 305 (3 ^1/_4 ) (4 ^7/_8 ) (6 ^1/_2 ) (8) (9 ^5/_8 ) (12) (14 ^1/_2 ) (16) (20) (24) (32) (40) (48)

x

N

c+85 (c+3 ^5/_8 )

M

c+390 (c+15 ^3/_8 )

c+542 (c+21 ^3/_8 )

c+695 (c+27 ^3/_8 )

c+847 (c+33 ^3/_8 )

c+999 (c+39 ^3/_8 )

c+1228 (c+48 ^3/_8 )

c+1457 (c+57 ^3/_8 )

c+1609 (c+63 ^3/_8 )

c+1990 (c+78 ^3/_8 )

c+2371 (c+93 ^3/_8 )

c+3133 (c+123 ^3/_8 )

c+3895 (c+153 ^3/_8 )

c+4657 (c+183 ^3/_8 )

a (N) = {(ss × 38.51 / 0.7923) - 95.83551} × 1.015

a (M) = {(ss × 54.324095 / 0.7923) - 94.90593} × 0.98

a^(N) = (ss× 38.51 / 0.7923) - 95.83551 × 1.015 + 97.2

a^(M) = (ss× 54.324095 / 0.7923) - 94.90593 × 0.98 + 97.2

d = ss / 0.7923× 1.61

x(M) = ss / 0.7923× 6.0375 + 85.0

VPLL-Z1032

SS 40 60 80 100 120 150 180 200 250 300 400 500 600

mm

1016 1524 2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

N

2550(100 ^1/_2 )

3890(153 ^1/_4 )

5240(206 ^3/_8 )

6580(259 ^1/_8 )

7930(312 ^1/_4 )

9950(391 ^7/_8 )

11970(4 ^3/_7 )

13310(524 ^1/_8 )

16670(656 ^1/_2 )

20040(789 ^1/_8 )

26760(1053 ^3/_4 )

33490(1318 ^3/_4 )

40220(1583 ^3/_4 )

M

3940(155 ^1/_4 )

5980(235 ^1/_2 )

8020(315 ^13/_18 )

10060(396 ^1/_8 )

12090(476 ^1/_8 )

15150(596 ^5/_8 )

18210(7 ^1/_8 )

20240(797)

25340(997 ^7/_8 )

30430(1198 ^1/_4 )

40620(1599 ^1/_2 )

50810(2000 ^3/_4 )

60990(2401 ^1/_2 )

a'

N

2650(104 ^3/_8 )

3990(157 ^1/_8 )

5340(210 ^3/_8 )

6680(263 ^1/_8 )

8030(316 ^1/_8 )

10050(395 ^3/_4 )

12060(4 ^7/_7 )

13410(528 ^1/_8 )

16770(660 ^3/_8 )

20140(793 ^1/_8 )

26860(1057 ^5/_8 )

33590(1322 ^5/_8 )

40320(1587 ^5/_8 )

M

4040(159 ^1/_8 )

6080(239 ^1/_2 )

8120(319 ^3/_4 )

10150(399 ^3/_4 )

12190(480)

15250(600 ^1/_2 )

18300(7 ^5/_20 )

20340(801)

25440(1001 ^3/_4 )

30530(1202 ^1/_8 )

40720(1603 ^3/_8 )

50910(2004 ^5/_8 )

61090(2405 ^1/_2 )

b

N

c+85 (c+3 ^3/_8 )

M

c+91 (3 ^5/_8 )

d

81 122 163(3 ^1/_4 )

203 244 305 366 406 508 610 813(6 ^7/_8 )

1016 1219(6 ^1/_2 )

(8) (9)

(9)

(12) (14)

(16) (20)

(24) (32)

(40) (48)

x

N

c+85 (c+3 ^3/_8 )

M

c+390(c+15 ^3/_8 )

c+542(c+21 ^3/_8 )

c+695(c+27 ^3/_8 )

c+847(c+33 ^3/_8 )

c+999(c+39 ^3/_8 )

c+1228(c+48 ^3/_8 )

c+1457(c+57 ^3/_8 )

c+1609(c+63 ^3/_8 )

c+1990(c+78 ^3/_8 )

c+2371(c+93 ^3/_8 )

c+3133(c+123 ^3/_8 )

c+3895(c+153 ^3/_8 )

c+4657(c+183 ^3/_8 )

a (N) = {(ss × 52.25 / 0.7923) - 138.5884} × 1.02

a (M) = {(ss × 83.996265 / 0.7923) - 137.6599} × 0.961

a^ (N) = (ss× 52.25 / 0.7923) - 138.5884 × 1.02 + 97.4

a^(M) = (ss× 83.996265 / 0.7923) - 137.6599 × 0.961 + 97.4

d = ss / 0.7923× 1.61

x(M) = ss / 0.7923× 6.0375 + 85.0

単位：mm（インチ）/ Unit: mm (inches) / Unité: mm (pouces) / Unidad: mm (pulgadas) /

Einheit: mm (Zoll) / Unità: mm (pollici) / Аппарат: мм (дюймов) / 单位: mm (英寸)

■ 標準レンズ / Standard lens / Objectif standard / Objetivo estándar / Standardobjektiv / Uso Obiettivo standard / Стандартный объектив / 标准透鏡

SS 40

60 80 100 120 150 180 200 250 300 400 500 600

mm

1016 1524 2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

N

1550 2370 3180 3990 4800 6020 7240 8050 10080 12110 16170 20230 24290(61 ^1/_8 ) (93 ^3/_8 ) (125 ^1/_4 ) (157 ^1/_8 ) (189) (237) (285 ^1/_8 ) (317) (397) (476 ^7/_8 ) (636 ^3/_4 ) (796 ^5/_8 ) (956 ^1/_2 )

M

1990 3020 4050 5080 6110 7650 9190 (78 ^3/_8 ) (118 ^7/_8 ) (159 ^1/_2 ) (200 ^1/_8 ) (240 ^5/_8 ) (301 ^1/_4 ) (361 ^7/_8 ) (402 ^1/_2 ) (503 ^5/_8 ) (605 ^1/_4 ) (807 ^5/_8 ) (1010 ^3/_8 ) (1212 ^3/_4 )

a'

N

1630 2440 3250 4060 4880 6090 7310 8120 10150 12180 16240 20300 24360(64 ^1/_4 ) (96 ^1/_8 ) (128) (159 ^7/_8 ) (192 ^1/_4 ) (239 ^7/_8 ) (287 ^7/_8 ) (319 ^3/_4 ) (399 ^3/_4 ) (479 ^5/_8 ) (639 ^1/_2 ) (799 ^3/_8 ) (959 ^1/_4 )

M

2070 3090 4120 5150 6180 7720 9270 (81 ^5/_8 ) (121 ^3/_4 ) (162 ^1/_4 ) (202 ^7/_8 ) (243 ^3/_8 ) (304) (365 ^1/_8 ) (405 ^5/_8 ) (506 ^7/_8 ) (608) (810 ^3/_4 ) (1013 ^1/_8 ) (1215 ^5/_8 )

b

N

c+85 (c+3 ^3/_8 )

M

c+91 (c+3 ^5/_8 )

d

86 129 172 215 258 323 (3 ^1/_2 ) (5 ^1/_8 ) (6 ^7/_8 ) (8 ^1/_2 ) (10 ^1/_4 ) (12 ^3/_4 ) (15 ^3/_8 ) (17) (21 ^1/_4 ) (25 ^1/_2 ) (34) (42 ^1/_2 ) (51)

x

N

c+85 (c+3 ^3/_8 )

M

c+408 c+569 c+730 c+891 c+1053 c+1294 c+1536 c+1698 c+2101 c+2504 c+3310 c+4117 c+4923(c+16 ^1/_8 ) (c+22 ^1/_2 ) (c+28 ^3/_4 ) (c+35 ^1/_8 ) (c+41 ^1/_2 ) (c+51) (c+60 ^1/_2 ) (c+66 ^7/_8 ) (c+82 ^3/_4 ) (c+98 ^5/_8 ) (c+130 ^3/_8 ) (c+162 ^1/_8 ) (c+193 ^7/_8 )

a (N) = {(ss × 30.04 / 0.7488) - 69.0} × 1.012
a (M) = {(ss × 39.31 / 0.7488) - 67.9} × 0.98
a'(N) = (ss × 30.04 / 0.7488) - 69.0 × 1.012 + 74.3
a'(M) = (ss × 39.31 / 0.7488) - 67.9 × 0.98 + 74.3
d = ss / 0.7488× 1.61
x (M) = ss / 0.7488 × 6.0375 + 85.0

VPLL-Z1014

SS 40

60 80 100 120

150 180 200 250 300 400 500 600

mm

1016 1524 2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

N

1160 1770 2380 3000 3610 4520 5440 6050 7580 9100 12160 15210 18270(45 ^3/_4 ) (69 ^3/_4 ) (93 ^3/_4 ) (118 ^1/_8 ) (142 ^1/_4 ) (178) (214 ^1/_4 ) (238 ^1/_4 )

M

1580 2390 3210 4020 4840 6060 7280 8100 10140 12180 16250 20330 24410(62 ^1/_4 ) (94 ^1/_8 ) (126 ^1/_2 ) (158 ^1/_4 ) (190 ^5/_8 ) (238 ^5/_8 ) (286 ^3/_4 ) (319)

a*

N

1280 1890 2500 3110 3720 4640 5550 6170 7690 9220 12270 15330 18380(50 ^1/_2 ) (74 ^1/_2 ) (98 ^1/_2 ) (122 ^1/_2 ) (146 ^1/_2 ) (182 ^3/_4 ) (218 ^5/_8 ) (243)

M

1690 2510 3320 4140 4950 6180 7400 8220 10250 12290 16370 20440 24520(66 ^5/_8 ) (98 ^7/_8 ) (130 ^3/_4 ) (163 ^1/_8 ) (195) (243 ^3/_8 ) (291 ^3/_8 ) (323 ^3/_4 )

b

N

c+85 (c+3 ^3/_8 )

M

c+91 (c+3 ^5/_8 )

d

86 129 172 215 258 323 388 431 538 646 862 1077 1292(3 ^1/_2 ) (5 ^1/_8 ) (6 ^7/_8 ) (8 ^1/_2 ) (10 ^1/_4 ) (12 ^3/_4 ) (15 ^3/_8 ) (17) (21 ^1/_4 ) (25 ^1/_2 ) (34) (42 ^1/_2 ) (51)

x

N

c+85 (c+3 ^3/_8 )

M

c+408 c+569 c+730 c+891 c+1053 c+1294 c+1536 c+1698 c+2101 c+2504 c+3310 c+4117 c+4923(c+16 ^1/_8 ) (c+22 ^1/_2 ) (c+28 ^3/_4 ) (c+35 ^1/_8 ) (c+41 ^1/_2 ) (c+51) (c+60 ^1/_2 ) (c+66 ^7/_8 ) (c+82 ^3/_4 ) (c+98 ^5/_8 ) (c+130 ^3/_8 ) (c+162 ^1/_8 ) (c+193 ^7/_8 )

a (N) = {(ss × 22.42 / 0.7488) - 58.1} × 1.020
a (M) = {(ss × 31.15 / 0.7488) - 53.8} × 0.98
a^ (N) = (ss× 22.42 / 0.7488) - 58.1 × 1.02 + 115
a^ (M) = (ss× 31.15 / 0.7488) - 53.8 × 0.98 + 115
d = ss / 0.7488 × 1.61
x (M) = ss / 0.7488 × 6.0375 + 85.0

SS 40 60 80 100 120 150 180 200 250 300 400 500 600

mm

1016 1524 2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

N

1970 3010 4040 5080 6110 7670 9220 10260 12850 15440 20620 25800 30980(77 ^5/_8 )(118 ^1/2 )(159 ^1/8 )(200 ^1/8 )(240 ^5/8 )(302 ^1/8 )

M

2720 (107 ^1/8 )(163 ^1/8 )(218 ^5/8 )(274 ^1/8 )(329 ^5/8 )(412 ^3/4 )

a'

N

2070 3100 4140 5170 6210 7760 9320 10350 12940 15530 20710 25890 31070(81 ^5/_8 )(122 ^1/8 )(163 ^1/8 )(203 ^5/8 )(244 ^5/8 )(305 ^5/8 )

M

2820 (111 ^1/8 )(166 ^5/8 )(222 ^1/8 )(277 ^5/8 )(333 ^5/8 )(416 ^5/8 )

b

N

c+85 (c+3 ^5/8 )

M

c+91 (c+3 ^5/8 )

d

86 129 172 215 258 323 (3 ^1/2 )(5 ^1/8 )(6 ^7/8 )(8 ^1/2 )

388 431 538 646 862 (10 ^1/4 )(12 ^3/4 )

1077 1292 (15 ^3/8 )(17)(21 ^1/4 )

x

N

c+85 (c+3 ^5/8 )

M

c+408 (c+16 ^1/8 )(c+22 ^1/2 )(c+28 ^3/4 )(c+35 ^1/8 )(c+41 ^1/2 )(c+51)

c+891 (c+35 ^1/8 )(c+41 ^1/2 )(c+51)

c+1053 (c+1294 (c+51)

a (N) = {(ss × 38.21 / 0.7488) - 100.6} × 1.015

a (M) = {(ss × 53.90 / 0.7488) - 99.6} × 0.98

a^(N) = (ss× 38.21 / 0.7488) - 100.6 × 1.015 + 97.2

a^(M) = (ss × 53.90 / 0.7488) - 99.6 × 0.98 + 97.2

d = ss / 0.7488× 1.61

x (M) = ss / 0.7488 × 6.0375 + 85.0

VPLL-Z1032

SS 40

60 80 100 120

150 180 200 250 300 400 500 600

mm

1016 1524 2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

N

2680(105 ^5/_8 )

4090(161 ^1/_8 )

5500(216 ^5/_8 )

6910(272 ^1/_8 )

8330(328)

10450(411 ^1/_2 )

12560(4 ^5/_8 )

13980(550 ^1/_2 )

17510(689 ^1/_2 )

21040(828 ^1/_2 )

28100(1106 ^1/_2 )

35160(1384 ^1/_2 )

42230(1662 ^7/_8 )

M

4140(163 ^1/_8 )

6280(247 ^3/_8 )

8420(331 ^5/_8 )

10560(415 ^7/_8 )

12700(500 ^1/_8 )

15910(626 ^1/_2 )

19110(7 ^1/_5 )

21250(836 ^3/_4 )

26600(1047 ^3/_8 )

31950(1258 ^1/_8 )

42650(1679 ^3/_8 )

53340(2100 ^3/_8 )

64040(2521 ^5/_8 )

a'

N

2770(109 ^1/_8 )

4190(165)

5600(220 ^1/_2 )

7010(276)

8420(331 ^5/_8 )

10540(415 ^1/_8 )

12660(4 ^1/_9 )

14070(554 ^1/_8 )

17600(693)

21140(832 ^1/_2 )

28200(1110 ^3/_8 )

35260(1388 ^3/_8 )

42320(1666 ^3/_8 )

M

4240(167)

6380(251 ^1/_4 )

8520(335 ^1/_2 )

10660(419 ^3/_4 )

12790(503 ^5/_8 )

16000(630)

19210(756 ^1/_2 )

21350(840 ^3/_4 )

26700(1051 ^3/_8 )

32050(1262)

42740(1683)

53440(2104 ^1/_4 )

64140(2525 ^5/_8 )

b

N

c+85 (c+3 ^5/_8 )

M

c+91 (3 ^5/_8 )

d

86 129(3 ^1/_2 )

172(5 ^1/_8 )

215 258(6 ^7/_8 )

323 388(8 ^1/_2 )

431 538(10 ^1/_4 )

646 862(12 ^3/_4 )

1077 1292(15 ^3/_8 )

(17)(21 ^1/_4 )

(21 ^1/_4 )

(25 ^1/_2 )

(34)

(42 ^1/_2 )

(51)

x

N

c+85 (c+3 ^5/_8 )

M

c+408(c+16 ^1/_8 )

c+569(c+22 ^1/_2 )

c+730(c+28 ^3/_4 )

c+891(c+35 ^1/_8 )

c+1053(c+41 ^1/_2 )

c+1294(c+51)

c+1536(c+60 ^1/_2 )

c+1698(c+66 ^7/_8 )

c+2101(c+82 ^3/_4 )

c+2504(c+98 ^5/_8 )

c+3310(c+130 ^3/_8 )

c+4117(c+162 ^1/_8 )

c+4923(c+193 ^7/_8 )

a (N) = {(ss × 51.84 / 0.7488) - 145.5} × 1.020

a (M) = {(ss × 83.34 / 0.7488) - 144.5} × 0.96

a^(N) = (ss× 51.84 / 0.7488) - 145.5 × 1.020 + 97.4

a^ (M) = (ss× 83.34 / 0.7488) - 144.5 × 0.96 + 97.4

d = ss / 0.7488× 1.61

x (M) = ss / 0.7488 × 6.0375 + 85.0

Attaching the Projector Suspension Support PSS-610

For more details on the ceiling installation, refer to the Installation manual for Dealers of the PSS-610 Projection Suspension Support. The installation measurements are shown above when you install the projector on the ceiling using the PSS-610.

Top view E

Front view F

Side view G

a : distance between the screen and the center of the lens

a': distance between the screen and the screw hole (on the lens side) for the ceiling bracket

①center of the screen

②front of the cabinet

③ upper ceiling mount bracket

④ center of the unit and lens

⑤ceiling

⑥ the bottom surface of the mounting bracket

⑦ distance between the ceiling and the surface of the mounting bracket

when using the PSS-610

using adjustment pipe (b) :

150/175/200 mm (6 / 7 / 7 ^7 /8 inches)

using adjustment pipe (c) :

250/275/300 mm (9 7/8 / 10 7/8 / 11 7/8 inches)

⑧ center of the lens

Français

85 (3 3/8) 266 (10 1/2)

G

216.6 (8 5/8) 72.1 (2 7/8) 144.5 (5 3/4) 150.6 (6)74.3 (3) a' 85 (3 3/8) a 17.1 (11 1/6) 123.8 (4 7/8) 211.1 (8 3/8)

When using the standard lens equipped with the VPL-FE40/FX40/FX41/FW41

Floor Installation for Twin Stacking

Available screen size for stacking

80 to 600-inches (2032 to 15240 mm) screens are available for twin stack installation.

This section describes the examples for installing two projectors on the desk using twin-stacking. H

Note

For safety and maintenance purposes, install the projectors away from the wall. Leave a minimum space of 50 cm (19 ^3 /4 inches) from both sides and the rear.

Note on stacking

1 Install the projector following the "a" value in the stacking example.
2 Use the zoom to align the pictures from the first and second projectors so that they fill the screen.

The alphabetical letters in the illustrations, charts and calculation methods indicate the following.

SS : screen size measured diagonally (inches/mm)

a : distance between the screen and the center of the lens

b : distance between the floor and the center of the lens of the 1st projector
b': distance between the floor and the center of the lens of the 2nd projector
c : distance between the floor and the adjusters of the 1st projector
c' : distance between the floor and the adjusters of the 2st projector
x : distance between the floor and the center of the screen, free
N : minimum
M : max i m u m

Français

a = (ss × 50.73 / 0.7923) - 95.13645
b (N) = x - (ss / 0.7923 × 6.0375)
b (M) = x - {200 - (200 / ss × 0.7923)}
c (N) = x - (ss / 0.7923 × 6.0375 + 87.5)
c (M) = x - {200 - (200 / ss × 0.7923) + 87.5}

VPLL-Z1032

SS 80|100 120 150 180 200 250 300 400 500 600

mm

2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

M

8020 10060 12090 15150 18210 20240 25340 30430 40620 50810 60990(315 ^13/16 ) (396 ^1/s ) (476 ^1/s ) (596 ^5/s ) (717 ^1/s ) (797) (997 ^7/s ) (1198 ^1/s ) (1599 ^1/s ) (2000 ^3/s ) (2401 ^1/s )

b

N

x-610(x-24)

x-762(x-30)

x-914(x-36)

x-1143(x-45)

x-1372(x-54)

x-1524(x-60)

x-1905(x-75 ^1/s )

x-2286(x-90 ^1/s )

x-3048(x-120 ^1/s )

x-3810(x-150 ^1/s )

x-4572(x-180 ^1/s )

M

x-198(x-7 ^7/s )

x-198(x-7 ^7/s )

x-199(x-7 ^7/s )

x-199(x-7 ^7/s )

x-199(x-7 ^7/s )

x-199(x-7 ^7/s )

x-199(x-7 ^7/s )

x-199(x-7 ^7/s )

x-200(x-7 ^7/s )

x-200(x-7 ^7/s )

x-200(x-7 ^7/s )

b'

b+200 (b+7 ^7/s )

c

N

x-697(x-27 ^1/s )

x-850(x-33 ^1/s )

x-1002(x-39 ^1/s )

x-1231(x-48 ^1/s )

x-1459(x-57 ^1/s )

x-1612(x-63 ^1/s )

x-1993(x-78 ^1/s )

x-2374(x-93 ^1/s )

x-3136(x-123 ^1/s )

x-3898(x-153 ^1/s )

x-4660(x-183 ^1/s )

M

x-286(x-11 ^3/s )

x-286(x-11 ^3/s )

x-286(x-11 ^3/s )

x-286(x-11 ^3/s )

x-287(x-11 ^3/s )

x-287(x-11 ^3/s )

x-287(x-11 ^3/s )

x-287(x-11 ^3/s )

x-287(x-11 ^3/s )

x-287(x-11 ^3/s )

x-287(x-11 ^3/s )

c' N

c+200 (c+7 ^7/s )

a = (ss × 83.996265 / 0.7923) - 137.6599 × 0.961
b (N) = x - (ss / 0.7923 × 6.0375)
b (M) = x - {200 - (200 / ss × 0.7923)}
c (N) = x - (ss / 0.7923 × 6.0375 + 87.5)
c (M) = x - {200 - (200 / ss × 0.7923) + 87.5}

単位：mm（インチ）/ Unit: mm (inches) / Unité: mm (pouces) / Unidad: mm (pulgadas) /

Einheit: mm (Zoll) / Unità: mm (pollici) / Аппарат: мм (дюймов) / 单位: mm（英寸）

■ 標準レンズ / Standard lens / Objectif standard / Objetivo estándar / Standardobjektiv / Uso Obiettivo standard / Стандартный объектив / 标准透鏡

SS 80

100 120 150 180 200 250 300 400 500 600

mm

2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

4050 5080 6110 7650 9190(159 ^1/2 )(200 ^1/8 )(240 ^5/8 )(301 ^1/4 )

10220 12790 15370 20510 25660 30800(36)

b

N

x-645(x-25 ^1/2 )

x-806(x-31 ^3/4 )

x-968(x-38 ^1/8 )

x-1209(x-47 ^5/8 )

x-1451(x-57 ^1/4 )

x-1613(x-63 ^1/2 )

x-2016(x-79 ^3/8 )

x-2419(x-95 ^1/4 )

x-3225(x-127)

x-4032(x-158 ^3/4 )

x-4838(x-190 ^1/2 )

M

x-198 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-198(x-7 ^7/8 )

x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 x-199 (x-7 ^7/8 )

b'

b+200 (b+7 ^7/8 )

c

N

x-733(x-28 ^7/8 )

x-894(x-35 ^1/4 )

x-1055(x-41 ^5/8 )

x-1297(x-51 ^1/8 )

x-1539(x-60 ^5/8 )

x-1700(x-67)

x-2103(x-82 ^7/8 )

x-2506(x-98 ^3/4 )

x-3313(x-130 ^1/2 )

x-4119(x-162 ^1/4 )

x-4925(x-194)

M

x-286 x-286 x-286 x-286 x-287 x-287 x-287 x-287 x-287 x-287 x-287 (x-11 ^1/4 )

x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 (x-11 ^3/8 )

c'

c+200 (c+7 ^7/8 )

a = (ss × 39.31 / 0.7488) - 67.9 × 0.98

b (N) = x - (ss / 0.7488 × 6.0375)

b (M) = x - {200 - (200 / ss × 0.7488)}

c (N) = x - (ss / 0.7488 × 6.0375 + 87.5)

c (M) = x - {200 - (200 / ss × 0.7488) + 87.5}

■ VPLL-Z1014

SS 80

100 120 150 180 200 250 300 400 500 600

mm

2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

3210 4020 4840 6060 7280 8100 10140 12180 16250 20330 24410(126 ^1/2 )(158 ^1/4 )(190 ^5/8 )(238 ^5/8 ) (286(319)(399 ^3/8 ) (4/8) 79(639(800 ^1/2 ) (96)

b

N

x-645(x-25 ^1/2 )

x-806(x-31 ^3/4 )

x-968(x-38 ^1/8 )

x-1209(x-47 ^5/8 )

x-1451(x-57 ^1/4 )

x-1613(x-63 ^1/2 )

x-2016(x-79 ^3/8 )

x-2419(x-95 ^1/4 )

x-3225(x-127)

x-4032(x-158 ^3/4 )

x-4838(x-190 ^1/2 )

M

x-198 x-199 x-199 x-199 x-199 x-199 x-199 x-200 x-200 x-200(x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8)

b'

b+200 (b+7\( ^7/8 )

c

N

x-733(x-28 ^7/8 )

x-894(x-35 ^1/4 )

x-1055(x-41 ^5/8 )

x-1297(x-51 ^1/8 )

x-1539(x-60 ^5/8 )

x-1700(x-67)

x-2103(x-82 ^7/8 )

x-2506(x-98 ^3/4 )

x-3313(x-130 ^1/2 )

x-4119(x-162 ^1/4 )

x-4925(x-194)

M

x-286 x-286 x-286 x-287 x-287 x-287 x-287 x-287 x-287 x-287(x-11 ^1/4 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11\( ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (X-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-286 x-286 x-286 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-286 x-286 x-286 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287x-286 x-286 x-286 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-286 x-286 x-286 x-286 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-286x-286x-286x-286x-286x-286x-286x-286x-286x-286x-286x-286x-286x-286x-286x-286x-286x-286x-286x-286x-286

c+200 (c+7 ^7/8 )

a = (ss × 31.15 / 0.7488) - 53.8 × 0.98

b (N) = x - (ss / 0.7488 × 6.0375)

b (M) = x - {200 - (200 / ss × 0.7488)}

c (N) = x - (ss / 0.7488 × 6.0375 + 87.5)

c (M) = x - {200 - (200 / ss × 0.7488) + 87.5}

VPLL-Z1014

SS 80		100 120 150 180 200 250 300 400 500 600
	mm	2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240
a		5280 6620 7970 9980 12000 13340 16710 20070 26790 33510 40230(208) (260 ^3/4 ) (313 ^7/8 ) (393) (472 ^1/2 ) (525 ^3/8 ) (658) (790 ^3/8 ) (1054 ^7/8 ) (1319 ^1/2 ) (1584 ^1/8 )
b	N	x-645 (x-25 ^1/2 ) (x-31 ^3/4 ) (x-38 ^1/8 ) (x-47 ^5/8 ) (x-57 ^1/4 ) (x-63 ^1/2 ) (x-79 ^3/8 ) (x-95 ^1/4 ) (x-127) (x-158 ^3/4 ) (x-190 ^1/2 )
	M	x-198 x-199 x-199 x-199 x-199 x-199 x-199 x-200 x-200 x-200 x-200(x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8)
b'		b+200 (b+7 \( ^7/8 )
c	N	x-733 (x-28 ^7/8 ) (x-35 ^1/4 ) (x-41 ^5/8 ) (x-51 ^1/8 ) (x-60 ^5/8 ) (x-67) (x-82 ^7/8 ) (x-98 ^3/4 ) (x-130 ^1/2 ) (x-162 ^1/4 ) (x-194)
	M	x-286 x-286 x-286 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-286 x-286 x-286 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 (x-11 ^1/4 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 \( ^3/8 )
c'		c+200 (c+7 ^7/8 )

a = (ss× 50.34 / 0.7488) - 99.9
b (N) = x - (ss / 0.7488 × 6.0375)
b (M) = x - {200 - (200 / ss × 0.7488)}
c (N) = x - (ss / 0.7488 × 6.0375 + 87.5)
c (M) = x - {200 - (200 / ss × 0.7488) + 87.5}

VPLL-Z1032

SS 80

100 120 150 180 200 250 300 400 500 600

mm

2032 2540 3048 3810 4572 5080 6350 7620 10160 12700 15240

a

8420 10560 12700 15910 19110 21250 26600 31950 42650 53340 64040(331 ^5/8 ) (415 ^7/8 ) (500 ^1/8 ) (626 ^1/2 ) (752 ^1/2 ) (836 ^3/4 ) (1047 ^3/8 ) (1258 ^1/8 ) (1679 ^3/8 ) (2100 ^3/8 ) (2521 ^5/8 )

b

N

x-645 (x-25 ^1/2 ) (x-31 ^3/4 )

x-806 (x-31 ^3/4 )

x-968 (x-38 ^1/8 )

x-1209 (x-47 ^5/8 )

x-1451 (x-57 ^1/4 )

x-1613 (x-63 ^1/2 )

x-2016 (x-79 ^3/8 )

x-2419 (x-95 ^1/4 )

x-3225 (x-127)

x-4032 (x-158 ^3/4 )

x-4838 (x-190 ^1/2 )

M

x-198 x-199 x-199 x-199 x-199 x-199 x-199 x-200 x-200 x-200(x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8 ) (x-7 ^7/8)

b'

b+200 (b+7 \( ^7/8 )

c

N

x-733 (x-28 ^7/8 ) (x-35 ^1/4 )

x-894 (x-35 ^1/4 )

x-1055 (x-41 ^5/8 )

x-1297 (x-51 ^1/8 )

x-1539 (x-60 ^5/8 )

x-1700 (x-67)

x-2103 (x-82 ^7/8 )

x-2506 (x-98 ^3/4 )

x-3313 (x-130 ^1/2 )

x-4119 (x-162 ^1/4 )

x-4925 (x-194)

M

x-286 x-286 x-286 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 x-287 (x-11 ^1/4 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 ) (x-11 ^3/8 )

c'

c+200 (c+7 \( ^7/8 )

a = (ss × 83.34 / 0.7488) - 144.5 × 0.96
b (N) = x - (ss / 0.7488 × 6.0375)
b (M) = x - {200 - (200 / ss × 0.7488)}
c (N) = x - (ss / 0.7488 × 6.0375 + 87.5)
c (M) = x - {200 - (200 / ss × 0.7488) + 87.5}

Ventilation holes (exhaust) /

There is no ventilation hole (intake) and no filter cover on this side on VPL-FX41/FW41.