Shenzhen HONY Optical FDT05 User manual

Passive 3D Cinema System

TURBO SCREEN

Model No.: FDT05

User Manual

SHENZHEN HONY OPTICAL CO., LTD

Address: 4th Floor, Jinlaiwang Science Park, No. 7, Jiayi Industril Zoon,

Guiyue Road, Guihuacun, Guanlan town, Baoan District, Shenzhen

Tel : +86-755-29045554

Fax :+86-755-29045524

Website: www.hony3d.com

Contents

1. System Overview.........................................................................................1

2. System Features..........................................................................................2

3. Requirements on Cinema Environment........................................................2

4. Projector Setting.........................................................................................2

5. 3D System Components...............................................................................3

5.1 Optical Unit...........................................................................................4

5.2 Bracket..................................................................................................5

6. Installation of 3D System.............................................................................6

6.1 Installing Pedestal Mount Components.....................................................6

6.2 Installing the Motorized Bracket...............................................................7

6.3 Installing Lifting Mechanism and Optical Unit.............................................8

7. System Connection......................................................................................9

7.1 Device Interface......................................................................................9

7.2 LED Status Indicators.............................................................................10

8. Adjustment................................................................................................11

8.1 Centering Adjustment ............................................................................11

8.2 Height and Angle Fine Adjustment...........................................................12

9. Image Adjustment.....................................................................................13

9.1 Fitting the Upper and Lower Beam Image................................................13

9.2 Fitting the Middle Beam Image Size.........................................................14

10. Cautions...................................................................................................15

1/15 2/15

1. System Overview

Turbo Screen 3D cinema system is especially designed for the cinema

application. In cooperation with high quality 3D glasses, the system

provides stunning 3D images for small or medium size auditorium on

screens up to 20m wide.

The perfect optical designed Turbo Screen system can bring a smoother,

more immersive 3D experience to cinema audience. It is the perfect choice

for cinemas looking to provide brighter 3D without sacrificing image

quality.

High Brightness:

The transmittance of the Turbo Screen system is increased from 36% to

70% and the light efficiency is increased up to 30% that even single

projector can support a big screen.

High Definition Image:

By adopting unique contrast-enhanced technology, the contrast rate

reaches up to 100:1 or above which brings you amazing 3D stereoscopic

images.

Smoother movie-going Experience

Fully support 24fps/48fps/60fps. Motion-blur can be dramatically reduced

that the Turbo Screen system can deliver smooth motion and vivid picture

quality to the cinema audience.

Cost Saving:

With Turbo Screen system, cinemas can use lower brightness projector

bulbs for projection without sacrificing brightness, which reduces

operating costs.

More compatible:

Turbo Screen system is suitable for projection hall with minimum

projection distance of 11 meters and supports 1:1.2 minimum throw ratio.

Meanwhile, it reduced the requirements on projection window size and

compatible to most of the cinema hall.

2. System Features

Electrical Features

Power Input: AC 100~240V 50/60 Hz

Sync Input: GPIO (37PIN) or 3D interface (15PIN)

Power consumption: 12W

Optical Features

Light transmittance: ≥ 70%

Light efficiency: ≥ 30%

Contrast Ratio: ≥ 100:1

Ghosting rate: < 2 %

Frame rate: support 24fps/48fps/60fps

3. Requirements on Cinema Environment

Projection distance: 11~30m

Throw ratio: 1.2:1 or above

Polarized glasses: circular polarized 3d glasses

Silver screen gain coefficient: ≥2.4

Projection window glass: do not use tempered glass or polarized glass

Projection window size：>450*450mm

Distance between projector lens and projection window: >400mm

Projector lens diameter: < 150mm

4. Projector Setting

Black Time: 450us

Delay Time: 0us

3/15 4/15

Power cord Box

Optical Unit

System Bracket

Light Incident Window

96mm282mm

360mm

Light Exit Window

5. System components:

Each Turbo Screen system includes following components:

Optical Unit, Bracket, Power Adapter, Power cord Box, SYNC Cable,

Motor Driving Signal Cable

Figure 5-1 System Components

System size: 800*350*1050mm, total weight is about 32KG.System is

composed of valuable optical elements. Please handle with care to avoid

damage.

5.1 Optical Unit

Figure 5-1-1 Optical Unit

Optical Unit is composed of valuable optical elements. Dimensions：

282*96*360mm，weight about 10KG. It is an important part of Turbo

Screen system that requires professional installation.

5/15 6/15

380mm

100mm

3D projection position Sliding Rail

2D projection position

Motorized Bracket

Install fastener

Cabinet Mount Component

Th e dist a n c e be t w een to p

of m o v ea b l e br ac k e t an d

projector lens center is 380m

The distance between top

of moveable bracket and

projector lens is 100mm

Fix cabinet mount components to

the projector cabinet with clips

5.2 Bracket

Each Turbo Screen system has a bracket to match with the projector

pedestal . It can be used to adjust the Turbo Screen system's height, angle,

left and right as well as front and rear position to perfectly fit the space of

the system and projector. It receives signal from projector Turbo Screen

through Signal SYNC Cable, and identify the projector status of 2D or

3D, and move to the right position.

Figure 5-2 Bracket

6. System Installation

6.1 Installing Pedestal Mount Components: adjust the

height and length of pedestal mount components, and fix the components

onto the projector pedestal with fastener, as shown in Figure 6-1.

Figure 6-1 Installing Pedestal Mount Components

7/15 8/15

Fix Power box to cabinet

mount components

Install lifting gear to

the motorized bracket

Install the optical unit

into the lifting gear.

A. Fix aluminum section to the

cabinet mount components

with L shape block

B. Fix sliding rail to the aluminum section

Insert the nuts

The 2D position of projection system

is located on motorized bracket side,

please install it on the other side

which far away from projector lens

6.2 Installing the Motorized Bracket

Fi x a l u minum sec t i o n (3 0*60* 8 0 0 mm) onto the pede s t a l mo unt

components with L shape block, and then install the motorized bracket

onto the aluminum section, as shown in Figure 6-2.

Figure 6-2 Installing the Motorized Bracket

6.3 Installing Lifting Mechanism and Optical Unit

Fix lifting mechanism onto the motorized bracket, and then install the

optical unit onto the lifting mechanism, as shown in Figure 6-3.

Figure 6-3 Installing Lifting Mechanism and Optical unit

10/159/15

SY NCPO WE R

ON /O FF L /R L/ R PO WE R MOTO R SY NC

SYNC indicator

L/R Signal Indicator LED

Power indicator

Turn on the system and digital projector to

play 3D movie, check the LED status indicator

L/R Polarity Switch

Power Switch

SY NCPO WE R

ON /O FF L /R L/ R PO WE R MOTO R SY NC

Power Switch Power Input Interface SYNC Interface

L/R Polarity Switch Motor driving signal Interface

Connect motor driving

signal cable

M o t o r d r i v i n g

signal Interface

Connect SYNC

GPI/O Interface

(37pin )

Connect digital

rojector

Connect power cord

100~240V AC Power Input

24V 3.75A Power Output

3D Interface

(15pin)

7. System Connection

7.1 Device Interface

Optical Unit (MOTOR interface)------- Motorized Bracket（Motor driving signal interface）

Optical Unit (SYNC interface) --------- Digital Projector (GPI / O or 3D Interface )

Optical Unit (POWER interface) ------- Power Adapter (24V 3.75A input)

Figure 7-1 Device Interface

7.2 LED Status Indicators

After the connection is completed, turn on the system and digital projector

to play a 3D movie, check the cables are connected correctly by observing

the LED status indicators on the front panel, as shown in Figure 7-2.

Figure 7-2 LED Status Indicators

POWER Indicator:

Power on optical unit. If the POWER indicator lights up, means it's

powered up; if not, please check if the power cable is connected correctly.

SYNC Indicator:

A green light means 3D signal has been detected, 3D movies can be played

properly. If there is no green light, then 3D signal has not been detected;

please check if the synchronous signal cable is connected correctly and the

projector setting is correct.

L / R Indicator:

Indicates Left/Right eye polarity status. If you experience dizziness and

the image on the screen is abnormal when wearing 3D glasses in the proper

direction, please press the Left/Right eye polarity switch button.

12/1511/15

Rotate screw to

adjust the height

of lifting gear

Loosen screw to

adjust the angle

of lifting gear

Angle Range：30°

Height Range：50mm

Turn on the system to make

projector to play 3D movie

Projector Lens

Keep a space

of 5mm

Optical Unit

Adjust the motorized bracket position

to align light incident window right in

front of digital projector lens

Make the projector to play 2D movie,

check if the optical unit is out of

projector optical light path

The optical unit position

for play 3D movie

The optical unit position

for play 2D movie

8. Adjustment

8.1 Centering Adjustment:

Power on optical unit and the projector to play 3D movie, the optical unit

will move automatically to the side which close to the lens of projector;

Fine adjust optical unit position to align light incidence window right in

front of projector lens, as shown in Figure 8-1.

Figure 8.1 Centering Adjustment

8.2 Height and Angle Fine Adjustment:

Turn on the projector and load cross calibration pattern from the projector,

briefly adjust position of up and down, left and right, center the position of

the pattern on the light exit window, as shown in Figure 8-2.

Figure 8-2 Height and Angle Fine Adjustment

SYNCPOWER

ON/O FF

L/R L/R PO WER MOTOR SYNC

14/1513/15

SYNCPOWE R

ON/ OF F

L/R L/ R POWE R MOTOR SYNC

Upper Beam

Middle Beam

Lower Beam

Block upper beam temperately

when adjusting lower beam

Block lower beam temperately

when adjusting upper beam

Upper Beam Adjustment Screw

Lower Beam Adjustment Screw

Remove screen protector

before adjustment

Adjust up/down

position of

upper beam Adjust left/right

position of

upper beam

Adjust up/down

position of

lower beam

Adjust left/right

position of

lower beam

Adjust upper beam

position to align the cross

calibration pattern

Adjust lower beam

position to align the cross

calibration pattern

Adjust the middle beam

image to align with upper

and lower beam image

Seal the adjustment

holes with adhesive

tape after installation

Adjusting middle beam

image size in left and

right simultaneously.

Middle Beam

Adjustment Screw

Middle Beam

Adjustment Screw

9. Image Adjustment

Clear 3D imagery synthesis depends on the upper and lower beam image

position and the middle beam image size.

9.1 Fitting the Upper and Lower Beam Position

Adjustment

Adjustment screws are located on the back of optical unit. Use left

adjustment screw to adjust up/down position of upper and lower beam.

Use right adjustment screw to adjust left/right position of upper and lower

beam, as shown in Figure 9-1-1.

Figure 9-1-1 Fold Mirror Adjustment

Position projector lens focuses on the screen, fine adjust upper beam and

lower beam position to coincide the cross calibration pattern align with

middle beam, when finish, adjust the size of middle beam image to center

align the whole page, as shown in Figure 9-1-2.

Figure 9-1-2 Apply the Correction by Adjusting the Fold Mirror

9.2 Adjust Middle Beam Image Size

The middle beam image size adjustment screws are located on both sides

of the light incidence window. Adjust middle beam image to align with

upper and lower beam image, as shown in Figure 9-2.

Figure 9.2 Holes for Adjusting Middle Beam Image Size

15/15

※Please operate under the guidance of professional personage.

Any damage caused by vandalism is NOT covered under warranty

10. Cautions

Remove screen protector from optical unit after installation.

Use adhesive tape to seal the adjustment holes in the back of the system

after installation to avoid the optical components get contaminated by

dust.

The surface of system should be cleaned periodically. If the surface

becomes clogged by dust or the like, internal optical components may be

contaminated.

System is composed of precision optics with invisible coating on the

surface, use micro-fiber dust-free cloth and electronic-grade ethanol to

clean the light incidence window and light exit window.

Check the light incidence window and light exit window with bright light

to make sure all stain are gone.

Please turn off the power when system is not in use.

Do not throw or toss the system during transportation.

Do not touch the light incident window and light exit window directly with

your hands.

Please use polarized 3D glasses when watching 3D movies, to avoid

ghosting and color cast problems.

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