PSS-650 - Projector Accessory SONY - Free user manual and instructions

USER MANUAL PSS-650 SONY

Projector Suspension Support

特約店様用取付説明書 JP

Installation Manual for Dealers ____ GB

© 2015 Sony Corporation

4381862020

日本語

ご注意

Technical line drawing of a mechanical assembly with mounting flanges and a central component (no text or symbols)

調整ブラケット (1)

Technical line drawing of a mechanical assembly with mounting flanges and a central cylindrical component (no text or symbols)

Isometric line drawing of a square mechanical housing with mounting brackets (no text or symbols)

延長パイプ（アウターパイプ）（1）

延長パイプ（インナーパイプ）（1）

配線カバー（インナーパイプ用）（4）

配線カバー（アウターパイブ用）（4）

振れ防止ワイヤー用ブラケット（2）

落下防止ワイヤー（1）

ケーブルクランプ (2)

ネジ BSW 5 × 12 (3)

ネジ K6 × 12 (6)

ボルト M6 × 16 (4)

ネジ P4 × 6 (6)

ネジ P5 × 12 (6)

ネジ PSW 4 × 10 (4)

取付説明書（本書）（1）

ご注意

Technical line drawing of a mechanical assembly with mounting holes and a central cylindrical component (no text or symbols)

Technical diagram of an electronic device with labeled components and a magnified inset showing internal structure.

graph TD
    A["Step A: Solid rectangle with upward arrow"] --> B["Step B: Rectangular prism with dashed outline"]
    B --> C["Step C: Inverted rectangle with double-headed arrows"]
    D["Step D: Solid rectangle with left-pointing arrow"] --> E["Step E: Inverted rectangle with double-headed arrow"]

参考

This installation manual is for Sony dealers.

This manual shows the correct handling of the projector ceiling mount and important precautions necessary to prevent accidents. Be sure to read this manual thoroughly and to do the installation work safely. Keep this manual available for future reference.

For customers

Sufficient expertise is required for installing this projector ceiling mount. Be sure to subcontract the installation to Sony dealers or licensed contractors and pay special attention to safety during the installation.

For dealers

Sufficient expertise is required for installing this projector ceiling mount. Be sure to read this manual thoroughly to do the installation work. Sony is not liable for any damage or accident, such as falling, etc., caused by mishandling or improper installation. Please give this manual to the customer after installation.

The PSS-650 Projector Suspension Support is for hanging Sony projectors from a ceiling.

This manual describes the installation for a Sony VPL-FHZ65 projector.

Maximum load: 30 kg (66 lb 2 oz)

For the customers in the U.S.A.

SONY LIMITED WARRANTY - Please visit http://www.sony.com/psa/warrantyfor important information and complete terms and conditions of Sony's limited warranty applicable to this product.

For the customers in Canada

SONY LIMITED WARRANTY - Please visit http://www.sonybiz.ca/pro/lang/en/ca/article/resources-warranty for important information and complete terms and conditions of Sony's limited warranty applicable to this product.

For the customers in Europe

Sony Professional Solutions Europe - Standard Warranty and Exceptions on Standard Warranty. Please visit http://www.pro.sony.eu/warrantyfor important information and complete terms and conditions.

For the customers in Korea

SONY LIMITED WARRANTY - Please visit http://bpeng.sony.co.kr/handler/BPAS-Startfor important information and complete terms and conditions of Sony's limited warranty applicable to this product.

Table of Contents

Supplied Parts 18

Mounting Configuration 19

Top View 19

Front View 19

Configuration when using VPLL-3003 Projection Lens 20

Before Attaching 21

Attaching to the Ceiling 22

Assembling the Ceiling Mounting Bracket ..... 22

Attaching the Ceiling Mounting Bracket to the Ceiling 23

Attaching the Projector Mounting Bracket ..... 23

Attaching the Projector to the Adjustment Bracket 24

Attaching the Fall Prevention Wire 25

Attaching the Wiring Covers 25

Adjusting the Angle and Position 26

Adjustment procedure 26

Attaching the Brackets for Tension Wires ..... 28

Typical Ceiling Attachment 28

Specifications 29

Supplied Parts

Ceiling mounting bracket (1)

Technical line drawing of a mechanical mounting bracket with mounting holes and internal cavity (no text or symbols)

Adjustment bracket (1)

Technical line drawing of a mechanical assembly with mounting flanges and a central cylindrical component (no text or symbols)

Projector mounting bracket (1)

Isometric line drawing of a mechanical housing or bracket with mounting flanges (no text or symbols)

Extension pipe (outer pipe) (1)

Extension pipe (inner pipe) (1)

Wiring cover (for inner pipe) (4)

Wiring cover (for outer pipe) (4)

Bracket for tension wires (2)

Fall prevention wire (1)

Cable clamp (2)

BSW 5×12 screws (3)

K6×12 screws (6)

M6×16 bolts (4)

P4×6 screws (6)

P5×12 screws (6)

PSW 4×10 screws (4)

Installation Manual (this document) (1)

Note

Use only the supplied parts to attach a projector to the PSS-650 Projector Suspension Support. Do not use other screws, bolts, or wires. Overtightening the screws may damage the projector attachment points.

Mounting Configuration

Align the center of the projector lens with the center of the screen.

Top View

Center of screen Center of lens Center of strut Ceiling mounting bracket 190 (7 15/32) 95 (3 3/4) 190 (7 15/32) Ceiling mounting bracket φ12 holes (4 locations) Unit: mm (in.)

Front View

190 (7 15/32) 95 (3 3/4) Ceiling h Projector mounting bracket attachment surface Center of lens Center of strut Unit: mm (in.)

h = Distance from ceiling to projector mounting bracket attachment surface.

When the supplied extension pipe is not used: 300/325/350/375 mm (11 ^13 /16/12 ^25 /32/13 ^25 /32/14 ^3 /4 in.)

When the supplied extension pipe is used: 475 mm to 625 mm ( 18^11/16 in. to 24^19/32 in.) (25 mm ( ^31/_32 in.) adjustment pitch)

When using the optional PSS-650P Projector Suspension Support Joint Pole: 650 mm to 2,975 mm ( 25^19/32 in. to 117^1/8 in.) (25 mm ( ^31/_32 in.) adjustment pitch)

Configuration when using VPLL-3003 Projection Lens

Adjust the mounting position based on the projection distance table.

L5 L4 L3 L1 (to cover glass center) H1 H2 H3 L2

Projection distance table

Screen size		L1 L2 L3 L4 L5 H1 H2 H3
Diagonal D	Horizontal × vertical
80 in. (2.03 m)	1.72 × 1.08 (67^7/_8 × 42^3/_8)	0.55 (21^1/_2)	0.66 (26^1/_8)	0.41 (16^1/_8)	-0.11 (-4^1/_8)	0.20 (7^7/_8)	0.30(12)	0.36(14)	0.48 (18^3/_4)
100 in. (2.54 m)	2.15 × 1.35 (84^3/_4 × 53)	0.69 (27^1/_8)	0.81 (31^3/_4)	0.55 (21^5/_8)	0.03 (1^3/_8)	0.34 (13^1/_2)	0.40 (15^3/_4)	0.45 (17^3/_4)	0.57 (22^1/_2)
120 in. (3.05 m)	2.58 × 1.62 (101^3/_4 × 63^5/_8)	0.83 (32^5/_8)	0.95 (37^1/_4)	0.69 (27^1/_4)	0.18 (6^7/_8)	0.48(19)	0.49 (19^3/_8)	0.54 (21^3/_8)	0.66 (26^1/_8)
150 in. (3.81 m)	3.23 × 2.02 (127^1/_4 × 79^1/_2)	1.04(41)	1.16 (45^5/_8)	0.90 (35^1/_2)	0.39 (15^1/_4)	0.69 (27^3/_8)	0.63(25)	0.69(27)	0.81 (31^3/_4)
200 in. (5.08 m)	4.31 × 2.69 (169^5/_8 × 106)	1.39 (54^7/_8)	1.51 (59^1/_2)	1.25 (49^3/_8)	0.74 (29^1/_8)	1.05 (41^1/_4)	0.87 (34^1/_4)	0.92 (36^1/_4)	1.04(41)
300 in. (7.62 m)	6.46 × 4.04 (254^3/_8 × 159)	2.10 (825/8)	2.22 (87^1/_4)	1.96 (77^1/_8)	1.44 (56^7/_8)	1.75(69)	1.34 (52^7/_8)	1.39 (54^3/_4)	1.51 (59^1/_2)

Unit: m (in.)

Projection distance calculation formulas

D: Projection screen size (diagonal in inches)

L1 L1 = 0.007053 × D - 0.016810(L1 = 0.277674 × D - 0.661950)

L2 L2 = 0.007048 × D + 0.101010(L2 = 0.277471 × D + 3.976810)

L3 L3 = 0.007048 × D - 0.154990(L3 = 0.277471 × D - 6.101930)

L4 L4 = 0.007048 × D - 0.669990(L4 = 0.277471 × D - 26.377520)

L5 L5 = 0.007048 × D - 0.363290(L5 = 0.277471 × D - 14.302710)

H1 H1 = 0.004712 × D - 0.072000(H1 = 0.185500 × D - 2.834650)

H2 H2 = 0.004712 × D - 0.021670(H2 = 0.185500 × D - 0.853150)

H3 H2 = 0.004712 × D + 0.099000(H3 = 0.185500 × D + 3.897640)

Unit: m (in.)

Lens shift

Projection screen Center of lens

5% V 5% 5% H 5%

Before Attaching

When shipped, the attachment bracket sliding portion is not positioned in the center.

Use the following procedure to move the sliding portion to the center position to ensure equal front/back and left/right position adjustment range for subsequent adjustment using procedures D) and E) in “Adjusting the Angle and Position” (page 26).

1 Loosen the four M6 bolts (a) securing the front/back position of the slider, and the four M6 bolts (b) securing the left/right position of the slider.
2 Turn adjustment knob 3 counterclockwise to move the slider to the center position.
3 Turn adjustment knob 4 counterclockwise to move the slider to the center position.

(b) (a) (b) Adjustment knob 3 Adjustment knob 4

Adjust the front/back and left/right position of the slider until the marks are aligned as shown in the following diagram.

Technical diagram of a mechanical assembly with mounting holes and a central cylindrical component (no text or symbols)

4 Tighten the four M6 bolts (a) securing the front/back position of the slider, and the four M6 bolts (b) securing the left/right position of the slider.

Attaching to the Ceiling

When tightening screws and bolts, tighten within the rated torque specifications using a torque screwdriver or torque wrench. The tightening torque values for screws and bolts are given below.

M4 screws: 1.4 ± 0.5 N·m

M5 screws: 1.4 ± 0.5 N·m

M6 screws

M6×16: 5 ± 0.5 N·m

K6×12: 2.5 ± 0.5 N·m

Assembling the Ceiling Mounting Bracket

1 Attach the ceiling mounting bracket (B) to the adjustment bracket (A), and adjust the height (see page 22).

2 Connect the ceiling mounting bracket (B) and adjustment bracket (A) using the two K6×12 screws (a) used to secure the position of the slider.

Note

To securely connect the brackets, place fastening screws at both ends of the adjustment bracket (A) and ceiling mounting bracket (B).

3 Attach the two P4×6 pipe retaining screws (b) and the two P5×12 rattle prevention screws (c).

(A) (a) (b) (c) (d) (e) (f) (g) (h) (i) (j) (k) (l) (m) (n) (o) (p) (q) (r) (s) (t) (u) (v) (w) (x) (y) (z) (a)

To adjust the height

If not using an extension pipe

Adjustment range: A = 300 mm to 375 mm (11 ^13 / 16 in. to 14 ^3 / 4 in.) (25 mm ( ^31 / _32 in.) adjustment pitch)

* When using a bracket for tension wires: 350 mm to 375 mm (13 ^25 / 32 in. to 14 ^3 / 4 in.)

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

If using an extension pipe

The height adjustment range can be increased using the supplied extension pipe.

Adjustment range: B = 475 mm to 625 mm (18 ^11 /16 in. to 24 ^19 /32 in.) (25 mm ( ^31 /32 in.) adjustment pitch)

* When using a bracket for tension wires: 525 mm to 625 mm ( 20^21/32 in. to 24^19/32 in.)

B

Inner pipe Outer pipe

Tip

The height adjustment range can be increased even further by using the PSS-650P Projector Suspension Support Joint Pole (sold separately).

Adjustment range: 650 mm to 2,975 mm (25 ^19/32 in. to 117 ^1/8 in.) (25 mm ( ^31/_32 in.) adjustment pitch)

Attaching the Ceiling Mounting Bracket to the Ceiling

4 Attach the ceiling mounting bracket to the ceiling.

Use commercially available M10 anchor bolts, washers, and nuts (4 locations). These parts are to be supplied by the customer.

The anchor bolts should protrude through the attachment surface of the ceiling mounting bracket by 34 mm to 36 mm ( 1^11/32 in. to 1^13/32 in.).

For details, see "Typical Ceiling Attachment" (page 28).

M10 bolt 34 mm to 36 mm (1 11/32 in. to 1 13/32 in.) (B) Washer Nuts Lens side Labels

Note

Attach the ceiling mounting bracket and adjustment bracket so that the attached "LENS SIDE" labels are facing the lens side.

Attaching the Projector Mounting Bracket

5 Turn the projector upside down, and attach the projector mounting bracket (C).

Tighten the three BSW 5×12 screws (d), in the order 1 to 3.

• Place the projector on a cloth or other material to prevent scratching the projector or the table surface.
• The BSW 5×12 screws (d) support the projector from falling. Always attach securely.

Attaching the Projector to the Adjustment Bracket

6

Insert the projector mounting bracket (C), with the projector attached, into the hooks of the adjustment bracket assembled in steps 1 to 4.

Technical line drawing of an electronic device with internal components and a close-up inset showing internal structure (no text or symbols)

7

Attach the projector mounting bracket to the adjustment bracket at the four locations on the left and right.

Tighten the four M6×16 bolts (e), in the order 1 to 3.

1(e) 2(e) 3(e) 3(e)

Note

If projector height adjustment is required, disassemble using steps 1 to 7 in the reverse order, and then reassemble from the beginning.

Attaching the Fall Prevention Wire

Install an anchor point and attach the supplied fall prevention wire to make sure the projector cannot fall. Use commercially available M10 anchor bolt, washer, and nuts. These parts are to be supplied by the customer. Use a washer with an outer diameter of 40 mm ( 1^9/_16 in.) or larger.

Note

About projector fall prevention

• Always provide fall prevention measures as described in this manual.
- The length of the supplied fall prevention wire supports the maximum height when using the extension pipe. After adjusting the height, adjust the length of the wire to suit the adjusted height.
- If the supplied wire is insufficient, use a wire made of rust-proof material (for example, stainless steel).
- Use a gage of wire that has sufficient tensile strength to support the weight of the projector and brackets.

Projector mounting bracket

Attaching the Wiring Covers

1 After connecting the wiring and passing cables through the pipe, secure the cables in the pipe using cable clamps (a) to the two locations (top and bottom).
2 When finished, insert the wiring covers into the outer pipe/inner pipe.

Wiring cover (a)

Adjusting the Angle and Position

You can adjust the angle of rotation of the projector in the horizontal plane, the up/down/left/right tilt of the projector, and the front/back/left/right position of the projector (see page 22 for details about height adjustment).

• Adjust the projector, without keystone correction on the projector, so that the projected image and the edges of the screen are parallel. Keystone distortion occurs if the screen and the projector are not directly facing each other. Adjust the angle while monitoring the image on the screen until the screen and projector are directly facing each other.
• While referring to the operating guide for the projector, first perform an initial adjustment of the size and focus of the projected image from the projector, adjust the lens shift, and then adjust the angle and position of the projector.

Adjustment procedure

1 If the angle and position do not match the screen, readjust the projector using procedures A) to E).

It is recommended that procedures A) to C) be performed first to reduce image distortion, and then perform adjustment using procedures D) and E).

A)

B

)

D)E)

Tip

If keystone distortion occurs after adjusting the angle of the projector, without keystone correction on the projector, the positions of the screen and projector may be off center. Check the screen and projector are directly facing each other. You can also perform keystone correction on the projector.

2 After all adjustments are completed, tighten all adjustment retaining bolts.

When loosening bolts, take care not to loosen them too much such that they fall out. You can make adjustments by loosening the bolts by one half turn to one full turn.

A) Adjusting the horizontal rotation

Perform this adjustment if the top and bottom edges of the projected image are not parallel.

1 Loosen the four M6 bolts (a) securing the horizontal angle of rotation of the adjustment bracket, and move the projector left/right to adjust the projected image until the top and bottom edges are parallel.

2 When the top and bottom edges are parallel, tighten the four M6 bolts (a).

(a)

Adjustment range

C ±10° adjustment range

B) Adjusting the left/right tilt

Perform this adjustment if the projected image is tilted to the left or right.

1 Loosen the four M6 bolts (a) (2 at front, 2 at rear) securing the left/right tilt of the adjustment bracket.

2 Turn adjustment knob 1 to adjust the projector so that the top and bottom edges of the projected image are parallel with the edges of the screen.

3 When adjustment is completed, securely tighten the M6 bolts (a) (2 at front, 2 at rear).

Adjustment knob 1 ±5° adjustment range (a) Adjustment range

C) Adjusting the up/down tilt

Perform this adjustment if the left and right edges of the projected image are not parallel.

1 Loosen the four M6 bolts (a) (2 on left, 2 on right) securing the up/down tilt of the adjustment bracket.
2 Turn adjustment knob 2 to adjust the projector so that the left and right edges of the projected image are parallel with the edges of the screen.
3 When adjustment is completed, securely tighten the four M6 bolts (a) (2 on left, 2 on right).

(a) Adjustment knob 2 ±5° adjustment range Adjustment range

D) Adjusting the front/back position

Perform this adjustment to increase or decrease the size of the projected image.

1 Loosen the four M6 bolts (a) securing the front/back position of the adjustment bracket.

2 Turn adjustment knob 3 to adjust the size of the projected image.

3 When adjustment is completed, securely tighten the four M6 bolts (a).

±50 mm (1 31/32 in.) Adjustment knob 3 (a)

E) Adjusting the left/right position

Perform this adjustment if the projected image is offset to the left or right of the center of the screen.

1 Loosen the four M6 bolts (a) securing the left/right position of the adjustment bracket.
2 Turn adjustment knob 4 to adjust the position of the projected image.
3 When adjustment is completed, securely tighten the four M6 bolts (a).

+25 mm (31/32 in.) (a) Adjustment knob 4

Attaching the Brackets for Tension Wires

If using wires to prevent shaking, attach the brackets for the swing-prevention tension wires using the four PSW 4×10 screws.

PSW 4x10 screws M6 tap Bracket for tension wires PSW 4x10 screws

Notes

• When tightening screws and bolts, tighten to 1.4 ± 0.5 ~N · m torque using a torque screwdriver.
• If a bracket for tension wires is attached, the bracket attaches to the bottom end of the pipe and hence reducing the height adjustment range by 50mm (1^31 / _32 in.) (see page 22).

Typical Ceiling Attachment

Caution

Before installing, make sure that the maximum bearing load of the ceiling is 200 kg (441 lb.) or higher.

190 (7 15/32) 95 (3 3/4) Reinforcement/concrete Ceiling M10 bolt with lock nut Ceiling mounting bracket Center of strut 190 (7 15/32) 95 (3 3/4) Unit: mm (in.)

Specifications

External dimensions

The following dimensions drawings show the adjustment bracket slider in the center position of the adjustment range.

Top view 190 (7 15/32) 95 (3 3/4) Adjustment bracket 95 (3 3/4) Center of strut 190 (7 15/32) Center of strut 4-φ12 Ceiling mounting bracket Unit: mm (in.)

Side view

For details about height adjustment, see "Mounting Configuration" (page 19).

Ceiling mounting bracket 218 (8 19/32) 109 (4 9/32) 300 to 375 (11 13/16 to 14 3/4) 148 (5 13/16) 196 (7 23/32) 453.5 (17 27/32) Center of strut

Front view

220 (8 21/32) 110 (4 11/32) 123 (4 27/32) 246 (9 11/16) 127.5 (5 1/32) 299 (11 25/32)

Center of strut

Unit: mm (in.)

Item Description

Mass Approx. 8.6 kg (19 lb.)
Dimensions (width / height / depth)	Approx. 299 mm × 300 mm × 453.5 mm (11^25/_32 in. × 11^13/_16 in. × 17^27/_32 in.) * When adjustment position is set to minimum height. All other values indicate maximum dimensions in the center position.
Adjustment range
Horizontal angle of rotation	± 10^
Left/right tilt angle	± 5^
Up/down tilt angle	± 5^
Front/back position	± 50 mm (1^31/_32 in.)
Left/right position	± 25 mm (^31/_32 in.)
Up/down position	When not using extension pipe:300 mm to 375 mm ( 11^13/_16 in. to 14^3/_4 in.) 350 mm to 375 mm ( 13^25/_32 in. to 14^3/_4 in.) * when using bracket for tension wiresWhen using extension pipe:475 mm to 625 mm ( 18^11/_16 in. to 24^19/_32 in.) 525 mm to 625 mm ( 20^21/_32 in. to 24^19/_32 in.) * when using bracket for tension wires

Load 30 kg (66 lb.) max.

Design and specifications are subject to change without prior notice.

Notes

• Always verify that the unit is operating properly before use. SONY WILL NOT BE LIABLE FOR DAMAGES OF ANY KIND INCLUDING, BUT NOT LIMITED TO, COMPENSATION OR REIMBURSEMENT ON ACCOUNT OF THE LOSS OF PRESENT OR PROSPECTIVE PROFITS DUE TO FAILURE OF THIS UNIT, EITHER DURING THE WARRANTY PERIOD OR AFTER EXPIRATION OF THE WARRANTY, OR FOR ANY OTHER REASON WHATSOEVER.
• SONY WILL NOT BE LIABLE FOR CLAIMS OF ANY KIND MADE BY USERS OF THIS UNIT OR MADE BY THIRD PARTIES.
• SONY WILL NOT BE LIABLE FOR THE TERMINATION OR DISCONTINUATION OF ANY SERVICES RELATED TO THIS UNIT THAT MAY RESULT DUE TO CIRCUMSTANCES OF ANY KIND.

Français

ATTENTION

Technical line drawing of a mechanical assembly with mounting flanges and a central component (no text or symbols)

Technical line drawing of a mechanical assembly with mounting flanges and a central cylindrical component (no text or symbols)

Isometric line drawing of a rectangular electronic component with mounting holes and a central cavity (no text or symbols)

Tube d'extension (tube extérieur) (1)

5% V 5% 5% H 5%

Avant la fixation

Technical line drawing of a mechanical assembly with mounting holes and a central cylindrical component (no text or symbols)

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

Technical diagram of an electronic device with labeled components and a magnified inset showing internal structure details.

7

graph TD
    A["Step A: Square with upward arrow"] --> B["Step B: Rectangular prism with dashed lines and arrows"]
    B --> C["Step C: Inverted rectangle with horizontal arrows"]
    C --> D["Step D: Square with left-pointing arrow"]
    D --> E["Step E: Inverted rectangle with right-pointing arrow"]

Conseil

Technical line drawing of a mechanical mounting bracket with mounting holes and internal cavity (no text or symbols)

Soporte de ajuste (1)

Technical line drawing of a mechanical assembly with mounting flanges and a central cylindrical component (no text or symbols)

Isometric line drawing of a mechanical housing or bracket with mounting flanges (no text or symbols)

Tubo de extensión (tubo exterior) (1)

Tubo de extensión (tubo interior) (1)

5% V 5% 5% H 5%

Technical diagram of a mechanical assembly with mounting holes and a central cylindrical component (no text or symbols)

4

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

Tubo interior Tubo exterior

Consejo

Technical diagram of an electronic device with labeled components and a magnified inset showing internal structure.

7

graph TD
    A["Step A: Solid rectangle with upward arrow"] --> B["Step B: Rectangular shape with dashed lines and arrows"]
    B --> C["Step C: Same rectangular shape with double-headed arrows"]
    C --> D["Step D: Same rectangle with dashed lines and arrows"]
    D --> E["Step E: Same rectangle with double-headed arrows"]

Consejo

Technical line drawing of a mechanical mounting bracket with mounting holes and internal cavity (no text or symbols)

Technical line drawing of a mechanical assembly with mounting flanges and a central cylindrical component (no text or symbols)

Projektorhalter (1)

Isometric line drawing of a mechanical housing or bracket with mounting flanges (no text or symbols)

5% V 5% 5% H 5%

Vor dem Befestigen

Technical diagram of a mechanical assembly with mounting holes and a central cylindrical component (no text or symbols)

Technical line drawing of a mechanical assembly with labeled dimension A (no text or symbols beyond label)

Technical diagram of an electronic device with labeled components and a magnified inset showing internal structure details.

graph TD
    A["Step A: Square with upward arrow"] --> B["Step B: Rectangular prism with dashed lines and arrows"]
    B --> C["Step C: Inverted rectangle with left-pointing arrows"]
    C --> D["Step D: Solid rectangle with left-pointing arrows"]
    D --> E["Step E: Solid rectangle with right-pointing arrows"]

Tipp

Technical line drawing of a mechanical assembly with mounting flanges and a central component (no text or symbols)

Technical line drawing of a mechanical assembly with mounting flanges and a central cylindrical component (no text or symbols)

Isometric line drawing of a rectangular electronic component with mounting holes and a central cavity (no text or symbols)

5% V 5% 5% H 5%

Prima del montaggio

Technical diagram of a mechanical assembly with mounting holes and a central cylindrical component (no text or symbols)

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

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

Tubo interno Tubo esterno

Attenzione

Technical diagram of an electronic device with labeled components and a magnified inset showing internal structure details.

7

Copri cavo (a)

graph TD
    A["Step A: Square with upward arrow"] --> B["Step B: Rectangular prism with dashed lines and arrows"]
    B --> C["Step C: Inverted rectangle with left-pointing arrows"]
    C --> D["Step D: Solid rectangle with left-pointing arrows"]
    D --> E["Step E: Solid rectangle with right-pointing arrows"]

Attenzione

Technical line drawing of a mechanical assembly with mounting flanges and a central component (no text or symbols)

调整支架 (1)

Technical line drawing of a mechanical assembly with mounting flanges and a central cylindrical component (no text or symbols)

投影机安装支架 (1)

Isometric line drawing of a mechanical housing or bracket with mounting flanges (no text or symbols)

延长管 (外管) (1)

延长管 （内管） (1)

接线盖 （用于内管） (4)

接线盖 （用于外管） (4)

张紧线支架 (2)

固定电线 (1)

电缆夹 (2)

BSW 5 × 12 螺丝 (3)

K6 × 12 螺丝 (6)

M6 × 16 螺栓 (4)

P4 × 6 螺丝 (6)

P5 × 12 螺丝 (6)

PSW 4 × 10 螺丝 (4)

安装手册 （本文档） (1)

注意

Technical diagram of a mechanical assembly with mounting holes and a central cylindrical component (no text or symbols)

Technical diagram of a mechanical assembly with labeled dimension A (no text or symbols beyond label)

如果使用延长管

可使用附带的延长管增加高度调整范围。

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

内管 外管

提示

Technical diagram of an electronic projector with labeled components and a magnified inset showing internal structure details.

graph TD
    A["Step A: Square with upward arrow"] --> B["Step B: Rectangular prism with dashed lines and arrows"]
    B --> C["Step C: Inverted rectangle with left-pointing arrow"]
    C --> D["Step D: Solid rectangle with left-pointing arrow"]
    D --> E["Step E: Left-Right rectangle with right-pointing arrow"]

提示

Isometric technical drawing of a mechanical assembly with mounting flanges and a central component (no text or symbols)

Technical line drawing of a mechanical assembly with mounting flanges and a central cylindrical component (no text or symbols)

Isometric line drawing of a rectangular electronic component with mounting brackets (no text or symbols)

5% V 5% 5% H 5%

Перед креплением

Technical diagram of a mechanical assembly with mounting holes and a central cylindrical component (no text or symbols)

Technical line drawing of an electronic device with internal components and a close-up inset showing internal structure (no text or symbols)

graph TD
    A["Step A: Square with upward arrow"] --> B["Step B: Rectangular prism with dashed lines and arrows"]
    B --> C["Step C: Inverted rectangle with bidirectional arrows"]
    C --> D["Step D: Solid rectangle with bidirectional arrows"]
    D --> E["Step E: Solid rectangle with bidirectional arrows"]

Совет