BenQ HT5550 インストールガイド

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Table of Contents

Important safety instructions .............................................................................................. 2

Shipping contents ....................................................................................................................................... 4

Specifications ............................................................................................................................................... 4

Projector dimensions ................................................................................................................................ 5

Terminals ...................................................................................................................................................... 5

Projection dimensions ............................................................................................................................... 7

Ceiling mount installation diagram ......................................................................................................... 8

RS-232 command .................................................................................................................. 9

RS-232 pin assignment .............................................................................................................................. 9

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Important safety instructions

Your projector is designed and tested to meet the latest standards for safety of information technology

equipment. However, to ensure safe use of this product, it is important that you follow the instructions

mentioned in the user manual / installation guide and marked on the product.

1. Please read the user manual / installation guide before you operate your projector. Save

it for future reference.

2. Do not look straight at the projector lens during operation. The intense light beam may

damage your eyes.

3. Refer servicing to qualified service personnel.

4. Always open the lens shutter (if any) or remove the lens cap (if any) when the

projector light source is on.

5. The light source becomes extremely hot during operation.

6. In some countries, the line voltage is NOT stable. This projector is designed to operate safely

within a mains voltage between 100 to 240 volts AC, but could fail if power cuts or surges of ±10

volts occur. In areas where the mains voltage may fluctuate or cut out, it is

recommended that you connect your projector through a power stabilizer, surge

protector or uninterruptible power supply (UPS).

7. Do not block the projection lens with any objects when the projector is under operation as this

could cause the objects to become heated and deformed or even cause a fire. To temporarily turn

off the light source, use the blank function.

8. Do not operate light sources beyond the rated light source life.

9. Never replace the lamp assembly or any electronic components unless the projector is unplugged.

10. Do not place this product on an unstable cart, stand, or table. The product may fall, sustaining

serious damage.

11. Do not attempt to disassemble this projector. There are dangerous high voltages inside which may

cause death if you should come into contact with live parts.

Under no circumstances should you ever undo or remove any other covers. Refer servicing only to

suitably qualified professional service personnel.

12. Do not block the ventilation holes.

- Do not place this projector on a blanket, bedding or any other soft surface.

- Do not cover this projector with a cloth or any other item.

- Do not place inflammables near the projector.

If the ventilation holes are seriously obstructed, overheating inside the projector may result in a fire.

13. Always place the projector on a level, horizontal surface during operation.

- Do not use if tilted at an angle of more than 10 degrees left to right, nor at angle of more than 15 degrees front to

back. Using the projector when it is not fully horizontal may cause a malfunction of, or damage to, the lamp.

14. Do not stand the projector on end vertically. Doing so may cause the projector to fall over, causing

injury or resulting in damage to the projector.

15. Do not step on the projector or place any objects upon it. Besides probable physical damage to the

projector, doing so may result in accidents and possible injury.

16. When the projector is under operation, you may sense some heated air and odor from its

ventilation grill. It is a normal phenomenon and not a product defect.

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17. Do not place liquids near or on the projector. Liquids spilled into the projector may cause it to fail.

If the projector does become wet, disconnect it from the power supply's power outlet and call

BenQ to have the projector serviced.

18. This product is capable of displaying inverted images for ceiling mount installation.

19. This apparatus must be earthed.

20. Do not place this projector in any of the following environments.

- Space that is poorly ventilated or confined. Allow at least 50 cm clearance from walls and free flow of air around the

projector.

- Locations where temperatures may become excessively high, such as the inside of a car with all windows rolled up.

- Locations where excessive humidity, dust, or cigarette smoke may contaminate optical components, shorten the

projector's life span and darken the image.

- Locations near fire alarms

- Locations with an ambient temperature above 40°C / 104°F

- Locations where the altitudes are higher than 3000 m (10000 feet).

Hg - Lamp contains mercury. Manage in accordance with local disposal laws. See www.lamprecycle.org.

Cooling notice

Risk Group 2

1. According to the classification of photobiological safety of light

sources and light source systems, this product is Risk Group 2,

IEC 62471-5:2015.

2. Possibly hazardous optical radiation emitted from this product.

3. Do not stare at operating light source. May be harmful to the

eyes.

4. As with any bright source, do not stare into the direct beam.

Ventilation Caution for installation

Avoid using the projector

in a poorly ventilated or

confined space.

For proper ventilation of the projector, make sure to leave some space

around the projector as shown in the illustration below:

• Table • Table

• Ceiling • Stacking

Air inlet

Air outlet

50 cm

above

70 cm

above

50 cm

above 50 cm

above

30 cm

above 50 cm

above

Minimum 100 mm

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Product information

Shipping contents

Optional accessories

Specifications

Projector Remote control with batteries Power cord

Installation guide User manual CD Warranty card*

• The supplied accessories will be suitable for your region, and may differ from those illustrated.

• *The warranty card is only supplied in some specific regions. Please consult your dealer for detailed information.

1. Spare lamp kit

2. Ceiling mount kit

3. BenQ WDP02

4. BenQ 3D glasses

Display system 1-CHIP DMD

Resolution 3840 x 2160 with XPR

Light source 240 W lamp

Brightness 1800 Lumens

Power consumption 405 W (Max); < 0.5 W (Standby)

Weight 6.5 Kg + 100 g (14.33 + 0.22 lbs)

Installation Guide

Digital Projector

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Projector dimensions

492 mm (W) x 168.5 mm (H) x 349 mm (D))

Te r m i n a l s

1. LAN (10/100M)

For connection to a RJ45 Cat5/Cat6

Ethernet cable to control the projector

through a network.

2. SPDIF

For digital audio output connection.

3. IR IN

For use with an IR extender cable to

ensure better signal reception from the

remote control.

4. 12V TRIGGER

Triggers external devices such as an

electric screen or light control, etc.

5. MEDIA READER (USB 3.0 Type-A)

Connects to a USB flash drive for reading

multimedia files.

6. HDMI 1 (Version 2.0b)

For connection to an HDMI source.

7. HDMI 2 (Version 2.0b)

For connection to an HDMI source.

8. USB MINI-B

For firmware upgrade only.

9. RS-232

Standard 9-pin D-sub interface for connection to a

PC control system and projector maintenance.

10. MEDIA READER (USB 2.0 Type-A)

Connects to a USB flash drive for reading

multimedia files.

11. 2.5A (USB 2.0 Type-A, Power Supply)

Supports 2.5A power supply.

12. AUDIO OUT

For connection to external speakers.

Unit: mm

492

349 168.5

11 12

10

1 2 3

4

5 6 7 8 9

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Remote control

On Off

SOURCE

Up

Left

OK

BACK

3D

CONTRAST

PIC MODE

COLOR TEMP

GAMMA

SHARP

TEST PATTERN

DEFAULT

Right

Down MENU

CINEMAMASTER

INVERT

DYNAMIC IRIS

LIGHT MODE

COLOR MANAGE

ECO BLANK

LIGHT

HDR

BRIGHT

Keystone

MOTION ENHANCER

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Installation

Projection dimensions

• The screen aspect ratio is 16:9 and the projected picture is in a 16:9 aspect ratio

Screen size Distance from screen (mm) Vertical offset

(Lowest/Highest lens

position) (mm)

Diagonal

H (mm) W (mm)

Min length

Average

Max length

Inch mm (max.

zoom)

(min.

zoom)

60 1524 747 1328 1800 2348 2896 75

70 1778 872 1550 2100 2739 3378 87

80 2032 996 1771 2400 3130 3861 100

90 2286 1121 1992 2700 3522 4343 112

100 2540 1245 2214 3000 3913 4826 125

110 2794 1370 2435 3300 4304 5309 137

120 3048 1494 2657 3600 4696 5791 149

130 3302 1619 2878 3900 5087 6274 162

140 3556 1743 3099 4200 5478 6757 174

150 3810 1868 3321 4500 5870 7239 187

160 4064 1992 3542 4800 6261 7722 199

170 4318 2117 3763 5100 6652 8204 212

180 4572 2241 3985 5400 7043 8687 224

190 4826 2366 4206 5700 7435 9170 237

200 5080 2491 4428 6000 7826 9652 249

All measurements are approximate and may vary from the actual sizes.

BenQ recommends that if you intend to permanently install the projector, you should physically test the projection

size and distance using the actual projector in situ before you permanently install it, so as to make allowance for this

projector's optical characteristics. This will help you determine the exact mounting position so that it best suits your

installation location.

• Ceiling installation must be done by a qualified professional. Contact your dealer for more information. It is not

recommended you install the projector yourself.

• Only use the projector on a solid, level surface. Serious injury and damage can occur if the projector is dropped.

• Do not use the projector in an environment where extreme temperature occurs. The projector must be used at

temperatures between 32 degrees Fahrenheit (0 degrees Celsius) and 104 degrees Fahrenheit (40 degrees

Celsius).

• Screen damage will occur if the projector is exposed to moisture, dust or smoke.

• Do not cover the vents on the projector. Proper ventilation is required to dissipate heat. Damage to the projector

will occur if the vents are covered.

H

W

Projection distance

Center of lens

Screen16:9 Screen diagonal

Vertical offset

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Shifting the projection lens

Ceiling mount installation diagram

Vertical shift

Max. 0.65V

Height of

projected

image

1V

Max. 0.65V

Projection range

Width of projected image

Shift to

right

Desk-front

projection

Ceiling mount-front

projection

Max. 0.65V

Max. 0.28H Max. 0.28H

Shift to

left

1V

1H

Height of

projected

image

150

280

Ceiling mount screw: M4

(Max L = 25 mm; Min L = 20 mm)

Unit: mm

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RS-232 command

RS-232 pin assignment

No. Serial No. Serial

1NC 6NC

2RX 7RTSZ

3TX 8CTSZ

4NC 9NC

5GND

Function Ty p e Operation ASCII

Power

Write Power On <CR>*pow=on#<CR>

Write Power Off <CR>*pow=off#<CR>

Read Power Status <CR>*pow=?#<CR>

Source Selection

Write COMPUTER/YPbPr <CR>*sour=RGB#<CR>

Write COMPUTER 2/YPbPr2 <CR>*sour=RGB2#<CR>

Write COMPUTER 3/YPbPr3 <CR>*sour=RGB3#<CR>

Write Component <CR>*sour=ypbr#<CR>

Write Component2 <CR>*sour=ypbr2#<CR>

Write DVI-A <CR>*sour=dviA#<CR>

Write DVI-D <CR>*sour=dvid#<CR>

Write HDMI (MHL) <CR>*sour=hdmi#<CR>

Write HDMI 2 (MHL2) <CR>*sour=hdmi2#<CR>

Write Composite <CR>*sour=vid#<CR>

Write S-Video <CR>*sour=svid#<CR>

Write Network <CR>*sour=network#<CR>

Write USB Display <CR>*sour=usbdisplay#<CR>

Write USB Reader <CR>*sour=usbreader#<CR>

Write HDbaseT <CR>*sour=hdbaset#<CR>

Write DisplayPort <CR>*sour=dp#<CR>

Write 3G-SDI <CR>*sour=sdi#<CR>

Write Smart System <CR>*sour=smartsystem#<CR>

Read Current source <CR>*sour=?#<CR>

Audio Control

Write Mute On <CR>*mute=on#<CR>

Write Mute Off <CR>*mute=off#<CR>

Read Mute Status <CR>*mute=?#<CR>

Write Volume + <CR>*vol=+#<CR>

Write Volume - <CR>*vol=-#<CR>

Write Volume level for customer <CR>*vol=value#<CR>

Read Volume Status <CR>*vol=?#<CR>

Write Mic. Volume + <CR>*micvol=+#<CR>

Write Mic. Volume - <CR>*micvol=-#<CR>

Read Mic. Volume Status <CR>*micvol=?#<CR>

Audio source select

Write Audio Pass Through off <CR>*audiosour=off#<CR>

Write Audio-Computer1 <CR>*audiosour=RGB#<CR>

Write Audio-Computer2 <CR>*audiosour=RGB2#<CR>

Write Audio-Video/S-Video <CR>*audiosour=vid#<CR>

Write Audio-Component <CR>*audiosour=ypbr#<CR>

Write Audio-HDMI <CR>*audiosour=hdmi#<CR>

Write Audio-HDMI2 <CR>*audiosour=hdmi2#<CR>

Read Audio Pass Status <CR>*audiosour=?#<CR>

12345

6789

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Function Ty p e Operation ASCII

Picture Mode

Write Dynamic <CR>*appmod=dynamic#<CR>

Write Presentation <CR>*appmod=preset#<CR>

Write sRGB <CR>*appmod=srgb#<CR>

Write Bright <CR>*appmod=bright#<CR>

Write Living Room <CR>*appmod=livingroom#<CR>

Write Game <CR>*appmod=game#<CR>

Write Cinema (Rec.709) <CR>*appmod=cine#<CR>

Write Standard/Vivid <CR>*appmod=std#<CR>

Write Football <CR>*appmod=football#<CR>

Write Football Bright <CR>*appmod=footballbt#<CR>

Write DICOM <CR>*appmod=dicom#<CR>

Write THX <CR>*appmod=thx#<CR>

Write Silence mode <CR>*appmod=silence#<CR>

Write DCI-P3 mode (D. Cinema) <CR>*appmod=dci-p3#<CR>

Write Vivid <CR>*appmod=vivid#<CR>

Write Infographic <CR>*appmod=infographic#<CR>

Write User1 <CR>*appmod=user1#<CR>

Write User2 <CR>*appmod=user2#<CR>

Write User3 <CR>*appmod=user3#<CR>

Write ISF Day <CR>*appmod=isfday#<CR>

Write ISF Night <CR>*appmod=isfnight#<CR>

Write 3D <CR>*appmod=threed#<CR>

Write Sport <CR>*appmod=sport#<CR>

Write HDR <CR>*appmod=hdr#<CR>

Write HLG <CR>*appmod=hlg#<CR>

Read Picture Mode <CR>*appmod=?#<CR>

Picture Setting

Write Contrast + <CR>*con=+#<CR>

Write Contrast - <CR>*con=-#<CR>

Write Set Contrast value <CR>*con=value#<CR>

Read Contrast value <CR>*con=?#<CR>

Write Brightness + <CR>*bri=+#<CR>

Write Brightness - <CR>*bri=-#<CR>

Write Set Brightness value <CR>*bri=value#<CR>

Read Brightness value <CR>*bri=?#<CR>

Write Color + <CR>*color=+#<CR>

Write Color - <CR>*color=-#<CR>

Write Set Color value <CR>*color=value#<CR>

Read Color value <CR>*color=?#<CR>

Write Sharpness + <CR>*sharp=+#<CR>

Write Sharpness - <CR>*sharp=-#<CR>

Write Set Sharpness value <CR>*sharp=value#<CR>

Read Sharpness value <CR>*sharp=?#<CR>

Write Flesh Tone + <CR>*fleshtone=+#<CR>

Write Flesh Tone - <CR>*fleshtone=-#<CR>

Write Set Flesh Tone value <CR>*fleshtone=value#<CR>

Read Flesh Tone value <CR>*fleshtone=?#<CR>

Write Color Temperature-Warmer <CR>*ct=warmer#<CR>

Write Color Temperature-Warm <CR>*ct=warm#<CR>

Write Color Temperature-Normal <CR>*ct=normal#<CR>

Write Color Temperature-Cool <CR>*ct=cool#<CR>

Write Color Temperature-Cooler <CR>*ct=cooler#<CR>

Write Color Temperature-lamp native <CR>*ct=native#<CR>

Read Color Temperature Status <CR>*ct=?#<CR>

Write Aspect 4:3 <CR>*asp=4:3#<CR>

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Function Ty p e Operation ASCII

Picture Setting

(continued)

Write Aspect 16:6 <CR>*asp=16:6#<CR>

Write Aspect 16:9 <CR>*asp=16:9#<CR>

Write Aspect 16:10 <CR>*asp=16:10#<CR>

Write Aspect 2.35:1 <CR>*asp=2.35#<CR>

Write Aspect Auto <CR>*asp=AUTO#<CR>

Write Aspect Real <CR>*asp=REAL#<CR>

Write Aspect Letterbox <CR>*asp=LBOX#<CR>

Write Aspect Wide <CR>*asp=WIDE#<CR>

Write Aspect Anamorphic <CR>*asp=ANAM#<CR>

Write Aspect Anamorphic 2.35 <CR>*asp=ANAM2.35#<CR>

Write Aspect Anamorphic 16:9 <CR>*asp=ANAM16:9#<CR>

Read Aspect Status <CR>*asp=?#<CR>

Write Vertical Keystone + <CR>*vkeystone=+#<CR>

Write Vertical Keystone -<CR>*vkeystone=-#<CR>

Read Vertical Keystone value <CR>*vkeystone=?#<CR>

Write Horizontal Keystone + <CR>*hkeystone=+#<CR>

Write Horizontal Keystone -<CR>*hkeystone=-#<CR>

Read Horizontal Keystone value <CR>*hkeystone=?#<CR>

Write Overscan Adjustment + <CR>*overscan=+#<CR>

Write Overscan Adjustment -<CR>*overscan=-#<CR>

Read Overscan Adjustment value <CR>*overscan=?#<CR>

Write 4 Corners Top-Left-X Decrease <CR>*cornerfittlx=-#<CR>

Write 4 Corners Top-Left-X Increase <CR>*cornerfittlx=+#<CR>

Read 4 Corners Top-Left-X Status <CR>*cornerfittlx=?#<CR>

Write 4 Corners Top-Left-Y Decrease <CR>*cornerfittly=-#<CR>

Write 4 Corners Top-Left-Y Increase <CR>*cornerfittly=+#<CR>

Read 4 Corners Top-Left-Y Status <CR>*cornerfittly=?#<CR>

Write 4 Corners Top-Right-X Decrease <CR>*cornerfittrx=-#<CR>

Write 4 Corners Top-Right-X Increase <CR>*cornerfittrx=+#<CR>

Read 4 Corners Top-Right-X Status <CR>*cornerfittrx=?#<CR>

Write 4 Corners Top-Right-Y Decrease <CR>*cornerfittry=-#<CR>

Write 4 Corners Top-Right-Y Increase <CR>*cornerfittry=+#<CR>

Read 4 Corners Top-Right-Y Status <CR>*cornerfittry=?#<CR>

Write 4 Corners Bottom-Left-X Decrease <CR>*cornerfitblx=-#<CR>

Write 4 Corners Bottom-Left-X Increase <CR>*cornerfitblx=+#<CR>

Read 4 Corners Bottom-Left-X Status <CR>*cornerfitblx=?#<CR>

Write 4 Corners Bottom-Left-Y Decrease <CR>*cornerfitbly=-#<CR>

Write 4 Corners Bottom-Left-Y Increase <CR>*cornerfitbly=+#<CR>

Read 4 Corners Bottom-Left-Y Status <CR>*cornerfitbly=?#<CR>

Write 4 Corners Bottom-Right-X Decrease <CR>*cornerfitbrx=-#<CR>

Write 4 Corners Bottom-Right-X Increase <CR>*cornerfitbrx=+#<CR>

Read 4 Corners Bottom-Right-X Status <CR>*cornerfitbrx=?#<CR>

Write 4 Corners Bottom-Right-Y Decrease <CR>*cornerfitbry=-#<CR>

Write 4 Corners Bottom-Right-Y Increase <CR>*cornerfitbry=+#<CR>

Read 4 Corners Bottom-Right-Y Status <CR>*cornerfitbry=?#<CR>

Write Digital Zoom In <CR>*zoomI#<CR>

Write Digital Zoom out <CR>*zoomO#<CR>

Write Auto <CR>*auto#<CR>

Write Brilliant color on <CR>*BC=on#<CR>

Write Brilliant color off <CR>*BC=off#<CR>

Read Brilliant color status <CR>*BC=?#<CR>

Write Reset current picture settings <CR>*rstcurpicsetting#<CR>

Write Reset all picture settings <CR>*rstallpicsetting#<CR>

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Function Ty p e Operation ASCII

Operation Settings

Write Projector Position-Front Table <CR>*pp=FT#<CR>

Write Projector Position-Rear Table <CR>*pp=RE#<CR>

Write Projector Position-Rear Ceiling <CR>*pp=RC#<CR>

Write Projector Position-Front Ceiling <CR>*pp=FC#<CR>

Read Projector Position Status <CR>*pp=?#<CR>

Write Quick cooling on <CR>*qcool=on<CR>

Write Quick cooling off <CR>*qcool=off<CR>

Read Quick cooling status <CR>*qcool=?<CR>

Write Quick auto search <CR>*QAS=on#<CR>

Write Quick auto search <CR>*QAS=off#<CR>

Read Quick auto search status <CR>*QAS=?#<CR>

Write Menu Position - Center <CR>*menuposition=center#<CR>

Write Menu Position - Top-Left <CR>*menuposition=tl#<CR>

Write Menu Position - Top-Right <CR>*menuposition=tr#<CR>

Write Menu Position - Bottom-Right <CR>*menuposition=br#<CR>

Write Menu Position - Bottom-Left <CR>*menuposition=bl#<CR>

Read Menu Position Status <CR>*menuposition=?#<CR>

Write Direct Power On-on <CR>*directpower=on#<CR>

Write Direct Power On-off <CR>*directpower=off#<CR>

Read Direct Power On-Status <CR>*directpower=?#<CR>

Write Signal Power On-on <CR>*autopower=on#<CR>

Write Signal Power On-off <CR>*autopower=off#<CR>

Read Signal Power On-Status <CR>*autopower=?#<CR>

Write Standby Settings-Network on <CR>*standbynet=on#<CR>

Write Standby Settings-Network off <CR>*standbynet=off#<CR>

Read Standby Settings-Network Status <CR>*standbynet=?#<CR>

Write Standby Settings-Microphone on <CR>*standbymic=on#<CR>

Write Standby Settings-Microphone off <CR>*standbymic=off#<CR>

Read Standby Settings-Microphone Status <CR>*standbymic=?#<CR>

Write Standby Settings-Monitor Out on <CR>*standbymnt=on#<CR>

Write Standby Settings-Monitor Out off <CR>*standbymnt=off#<CR>

Read Standby Settings-Monitor Out Status <CR>*standbymnt=?#<CR>

Baud Rate

Write 2400 <CR>*baud=2400#<CR>

Write 4800 <CR>*baud=4800#<CR>

Write 9600 <CR>*baud=9600#<CR>

Write 14400 <CR>*baud=14400#<CR>

Write 19200 <CR>*baud=19200#<CR>

Write 38400 <CR>*baud=38400#<CR>

Write 57600 <CR>*baud=57600#<CR>

Write 115200 <CR>*baud=115200#<CR>

Read Current Baud Rate <CR>*baud=?#<CR>

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Function Ty p e Operation ASCII

Lamp Control

Read Lamp <CR>*ltim=?#<CR>

Read Lamp2 Hour <CR>*ltim2=?#<CR>

Write Normal mode <CR>*lampm=lnor#<CR>

Write Eco mode <CR>*lampm=eco#<CR>

Write SmartEco mode <CR>*lampm=seco#<CR>

Write SmartEco mode 2 <CR>*lampm= seco2#<CR>

Write SmartEco mode 3 <CR>*lampm= seco3#<CR>

Write Dimming mode <CR>*lampm=dimming#<CR>

Write Custom mode <CR>*lampm=custom#<CR>

Write Light level for custom mode <CR>*lampcustom=value#<CR>

Read Light level status for custom mode <CR>*lampcustom=?#<CR>

Write

(Dual

lamp)

Dual Brightest <CR>* lampm =dualbr#<CR>

Write

(Dual

lamp)

Dual Reliable <CR>* lampm =dualre#<CR>

Write

(Dual

lamp)

Single Alternative <CR>* lampm =single#<CR>

Write

(Dual

lamp)

Single Alternative Eco <CR>* lampm =singleeco#<CR>

Read Lamp Mode Status <CR>*lampm=?#<CR>

Miscellaneous

Read Model Name <CR>*modelname=?#<CR>

Read System F/W Version <CR>*sysfwversion=?#<CR>

Read Scaler F/W Version <CR>*scalerfwversion=?#<CR>

Read Format F/W version <CR>*formatfwversion=?#<CR>

Read Lan F/W Version <CR>*lanfwversion=?#<CR>

Read MCU F/W Version <CR>*mcufwversion=?#<CR>

Read Ballast F/W Version <CR>*ballastfwversion=?#<CR>

Write Blank On <CR>*blank=on#<CR>

Write Blank Off <CR>*blank=off#<CR>

Read Blank Status <CR>*blank=?#<CR>

Write Freeze On <CR>*freeze=on#<CR>

Write Freeze Off <CR>*freeze=off#<CR>

Read Freeze Status <CR>*freeze=?#<CR>

Write Menu On <CR>*menu=on#<CR>

Write Menu Off <CR>*menu=off#<CR>

Read Menu Status <CR>*menu=?#<CR>

Write Up <CR>*up#<CR>

Write Down <CR>*down#<CR>

Write Right <CR>*right#<CR>

Write Left <CR>*left#<CR>

Write Enter <CR>*enter#<CR>

Write Back <CR>*back#<CR>

Write Source Menu On <CR>*sourmenu=on#<CR>

Write Source Menu Off <CR>*sourmenu=off#<CR>

Read Source Menu Status <CR>*sourmenu=?#<CR>

Write 3D Sync Off <CR>*3d=off#<CR>

Write 3D Auto <CR>*3d=auto#<CR>

Write 3D Sync Top Bottom <CR>*3d=tb#<CR>

Write 3D Sync Frame Sequential <CR>*3d=fs#<CR>

Write 3D Frame packing <CR>*3d=fp#<CR>

Write 3D Side by side <CR>*3d=sbs#<CR>

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Function Ty p e Operation ASCII

Miscellaneous

(Continued)

Write 3D inverter disable <CR>*3d=da#<CR>

Write 3D inverter <CR>*3d=iv#<CR>

Write 2D to 3D <CR>*3d=2d3d#<CR>

Write 3D nVIDIA <CR>*3d=nvidia#<CR>

Read 3D Sync Status <CR>*3d=?#<CR>

Write Remote Receiver On <CR>*rr=on#<CR>

Write Remote Receiver Off <CR>*rr=off#<CR>

Write Remote Receiver-front+rear <CR>*rr=fr#<CR>

Write Remote Receiver-front <CR>*rr=f#<CR>

Write Remote Receiver-rear <CR>*rr=r#<CR>

Write Remote Receiver-top <CR>*rr=t#<CR>

Write Remote Receiver-top+front <CR>*rr=tf#<CR>

Write Remote Receiver-top+rear <CR>*rr=tr#<CR>

Read Remote Receiver Status <CR>*rr=?#<CR>

Write Instant On-on <CR>*ins=on#<CR>

Write Instant On-off <CR>*ins=off#<CR>

Read Instant On Status <CR>*ins=?#<CR>

Write Lamp Saver Mode-on <CR>*lpsaver=on#<CR>

Write Lamp Saver Mode-off <CR>*lpsaver=off#<CR>

Read Lamp Saver Mode Status <CR>*lpsaver=?#<CR>

Write Projection Log In Code on <CR>*prjlogincode=on#<CR>

Write Projection Log In Code off <CR>*prjlogincode=off#<CR>

Read Projection Log In Code Status <CR>*prjlogincode=?#<CR>

Write Broadcasting on <CR>*broadcasting=on#<CR>

Write Broadcasting off <CR>*broadcasting=off#<CR>

Read Broadcasting Status <CR>*broadcasting=?<CR>

Write AMX Device Discovery-on <CR>*amxdd=on#<CR>

Write AMX Device Discovery-off <CR>*amxdd=off#<CR>

Read AMX Device Discovery Status <CR>*amxdd=?#<CR>

Read Mac Address <CR>*macaddr=?#<CR>

Write High Altitude mode on <CR>*Highaltitude=on#<CR>

Write High Altitude mode off <CR>*Highaltitude=off#<CR>

Read High Altitude mode status <CR>*Highaltitude=?#<CR>

Installation

Write Load Lens memory 1 <CR>*lensload=m1#<CR>

Write Load Lens memory 2 <CR>*lensload=m2#<CR>

Write Load Lens memory 3 <CR>*lensload=m3#<CR>

Write Load Lens memory 4 <CR>*lensload=m4#<CR>

Write Load Lens memory 5 <CR>*lensload=m5#<CR>

Write Load Lens memory 6 <CR>*lensload=m6#<CR>

Write Load Lens memory 7 <CR>*lensload=m7#<CR>

Write Load Lens memory 8 <CR>*lensload=m8#<CR>

Write Load Lens memory 9 <CR>*lensload=m9#<CR>

Write Load Lens memory 10 <CR>*lensload=m10#<CR>

Read Read Lens memory status <CR>*lensload=?#<CR>

Write save Lens memory 1 <CR>*lenssave=m1#<CR>

Write save Lens memory 2 <CR>*lenssave=m2#<CR>

Write save Lens memory 3 <CR>*lenssave=m3#<CR>

Write save Lens memory 4 <CR>*lenssave=m4#<CR>

Write save Lens memory 5 <CR>*lenssave=m5#<CR>

Write save Lens memory 6 <CR>*lenssave=m6#<CR>

Write save Lens memory 7 <CR>*lenssave=m7#<CR>

Write save Lens memory 8 <CR>*lenssave=m8#<CR>

Write save Lens memory 9 <CR>*lenssave=m9#<CR>

Write save Lens memory 10 <CR>*lenssave=m10#<CR>

Write Reset Lens to center <CR>*lensreset=center#<CR>

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English

Function Ty p e Operation ASCII

Color Calibration

(only for service)

Write Tint + <CR>*tint=+#<CR>

Write Tint - <CR>*tint=-#<CR>

Write Set Tint value <CR>*tint=value#<CR>

Read Get Tint value <CR>*tint=?#<CR>

Write Set BenQ gamma value <CR>*gamma=value#<CR>

Read Gamma value status <CR>*gamma=?#<CR>

Write Set HDR Brightness value <CR>*hdrbri=value#<CR>

Read Get HDR Brightness value <CR>*hdibri=?#<CR>

Write Red Gain + <CR>*RGain=+#<CR>

Write Red Gain - <CR>*RGain=-#<CR>

Write Set Red Gain value <CR>*RGain=value#<CR>

Read Get Red Gain value <CR>*RGain=?#<CR>

Write Green Gain + <CR>*GGain=+#<CR>

Write Green Gain - <CR>*GGain=-#<CR>

Write Set Green Gain value <CR>*GGain=value#<CR>

Read Get Green Gain value <CR>*GGain=?#<CR>

Write Blue Gain + <CR>*BGain=+#<CR>

Write Blue Gain - <CR>*BGain=-#<CR>

Write Set Blue Gain value <CR>*BGain=value#<CR>

Read Get Blue Gain value <CR>*BGain=?#<CR>

Write Red Offset + <CR>*ROffset=+#<CR>

Write Red Offset - <CR>*ROffset=-#<CR>

Write Set Red Offset value <CR>*ROffset=value#<CR>

Read Get Red Offset value <CR>*ROffset=?#<CR>

Write Green Offset + <CR>*GOffset=+#<CR>

Write Green Offset - <CR>*GOffset=-#<CR>

Write Set Green Offset value <CR>*GOffset=value#<CR>

Read Get Green Offset value <CR>*GOffset=?#<CR>

Write Blue Offset + <CR>*BOffset=+#<CR>

Write Blue Offset - <CR>*BOffset=-#<CR>

Write Set Blue Offset value <CR>*BOffset=value#<CR>

Read Get Blue Offset value <CR>*BOffset=?#<CR>

Write Primary Color <CR>*primcr=value#<CR>

Read Primary Color Status <CR>*primcr=?#<CR>

Write Hue + <CR>*hue=+#<CR>

Write Hue - <CR>*hue=-#<CR>

Write Set Hue value <CR>*hue=value#<CR>

Read Get Hue value <CR>*hue=?#<CR>

Write Saturation + <CR>*saturation =+#<CR>

Write Saturation - <CR>*saturation =-#<CR>

Write Set Saturation value <CR>*saturation =value#<CR>

Read Get Saturation value <CR>*saturation =?#<CR>

Write Gain + <CR>*gain=+#<CR>

Write Gain - <CR>*gain=-#<CR>

Write Set Gain value <CR>*gain=value#<CR>

Read Get Gain value <CR>*gain=?#<CR>

Write Color Gamut Auto <CR>*cgamut=auto#<CR>

Write Color Gamut BT.709 <CR>*cgamut=bt.709#<CR>

Write Color Gamut BT.2020 <CR>*cgamut=bt.2020#<CR>

Write Color Gamut DCI-P3 <CR>*cgamut=dci-p3#<CR>

Read Color Gamut Value <CR>*cgamut=?#<CR>

Write Dynamic Iris ON <CR>*diris=on#<CR>

Write Dynamic Iris OFF <CR>*diris=off#<CR>

Read Dynamic Iris status <CR>*diris=?#<CR>

Write Color Calibration Save <CR>*colorsave#<CR>

Write Color Calibration pattern display <CR>*colorpattern=value#<CR>

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English

Function Ty p e Operation ASCII

Service

(Only for service)

Write Service mode enable for error report <CR>*error=enable#<CR>

Read Error code report <CR>*error=report#<CR>

Read FAN 1 speed <CR>*fan1=?#<CR>

Read FAN 2 speed <CR>*fan2=?#<CR>

Read FAN 3 speed <CR>*fan3=?#<CR>

Read FAN 4 speed <CR>*fan4=?#<CR>

Read FAN 5 speed <CR>*fan5=?#<CR>

Read Temperature 1 <CR>*tmp1=?#<CR>

Read Temperature 2 <CR>*tmp2=?#<CR>

Read Temperature 3 <CR>*tmp3=?#<CR>

Read LED indicator <CR>*led=?#<CR>

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重要安全說明 ........................................................................................................................ 18

包裝盒內容 ...............................................................................................................................................20

規格 .............................................................................................................................................................20

投影機尺寸 ...............................................................................................................................................21

端子 .............................................................................................................................................................21

投影尺寸 ....................................................................................................................................................23

天花板安裝圖 ..........................................................................................................................................24

RS-232 指令 .......................................................................................................................... 25

RS-232 針腳分配 .....................................................................................................................................25

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重要安全說明

本投影機經設計完成及測試通過，符合資訊科技設備的最新安全標準。然而，為確保您安全地

使用本產品，請務必遵循本使用手冊 /安裝指南的指示與產品本身所標示的指示。

1. 操作投影機之前，請先閱讀本使用手冊 /安裝指南。請妥善保存本手冊，以供日後參考。

2. 操作時請勿直視投影機鏡頭。強光可能會造成您的視力受損。

3. 有關維修問題，請洽詢合格的維修人員。

4. 投影機的光源亮起時，請務必打開或移除鏡頭蓋（如果有的話）。

5. 操作期間光源會變得很燙。

6. 有些國家的電壓不穩定。本投影機所設計安全操作的電壓區間為 100 至 240 伏特交流電，但

如果發生斷電或功率驟然起伏達 ±10 伏特就會發生故障。如果在主電壓可能會波動或中斷的

區域使用本投影機，建議您經由穩壓器、雷擊突波保護器或不斷電系統 (UPS) 連接電源。

7. 當投影機在運作中，請勿讓任何物品擋住投影的鏡頭，因為這樣可能會使得該物品遇熱變形

甚至造成火災。若要暫時關閉光源，請使用空白功能。

8. 請勿使用超過額定壽命的光源。

9. 投影機插頭如果尚未拔下，請勿更換燈泡或任何電子零件。

10. 請勿將投影機放置在不平穩的手推車、架子或桌子上。否則投影機可能會掉落，造成嚴重

損壞。

11. 請勿打開投影機的機殼。機身內含有危險的高電壓配件，萬一接觸人體時可能會造成電擊

死亡。

請勿在任何狀況下打開或移除其它部分的護蓋。有關維修問題，請洽詢合格專業的維修

人員。

12. 請勿阻塞通風口。

- 請勿將投影機放置於毯子、寢具或其它柔軟物品的表面上。

- 請勿用布或其它物品覆蓋投影機。

- 請勿將易燃物放在投影機附近。

如果通風口嚴重阻塞而使投影機內部過熱，可能會引起火災。

13. 操作時請將設備置於平坦、水平的表面。

- 如果左右傾斜超過 10 度、前後超過 15 度，請勿使用投影機。使用投影機時，如果將投影機擺放在不平坦的

位置上，可能會導致燈泡故障或損壞。

14. 請勿將投影機直立擺放。因投影機可能會不穩摔落，導致人身受傷或投影機損壞。

15. 請勿踩在投影機上，或在上面放置任何物品。這樣除可能導致投影機損壞外，還可能造成意

外及人身受傷。

16. 當使用投影機時，您也許會在通風口附近感覺到些微的熱風與氣味。此乃正常現象，並不是

產品有瑕疵。

17. 請勿將液體放在投影機附近或放在投影機上。液體如果濺到投影機內，可能導致投影機故

障。投影機如果不慎弄濕，請立即拔掉電源線，並聯絡 BenQ，安排投影機的維修事宜。

18. 投影機可安裝於天花板上，顯示反轉影像。

19. 本裝置必須接地。

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20. 請勿將本投影機放置在下列任何環境中。

- 不通風或密閉場所。投影機離牆面至少要有 50 公分的距離，且周圍空氣要流通。

- 過熱場所。例如：車窗緊閉的車內。

- 潮濕、多塵或煙霧瀰漫的場所。因為可能會污染光學元件，縮短投影機的使用壽命，並使投影影像變暗。

- 靠近火災警報器的場所。

- 周圍溫度超過 40°C/104°F 的場所。

- 海拔超過 3000 公尺（10000 英呎）的場所。

Hg - 燈泡內含水銀。請依據當地法規進行處理。詳細資訊，請參閱 www.lamprecycle.org。

冷卻注意事項

風險群組 2

1. 根據光源及光源系統的光生物安全分類，本產品屬於

IEC 62471-5:2015 的風險群組 2。

2. 本產品可能發出有害的光學輻射。

3. 請勿直視發光的光源，這樣可能對眼睛造成傷害。

4. 在有任何明亮的光源時，請勿直視光束。

通風安裝注意

避免在不通風或密閉

場所使用。

為使投影機達到適當的通風效果，請務必如下圖所示使投影機周圍

保留一些空間：

• 桌面 • 桌面

• 天花板 • 堆疊

進氣口

出風口

50 公分

以上

70 公分

以上

50 公分

以上

50 公分

以上

30 公分

以上 50 公分

以上

至少 100 公釐

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繁體中文

產品資訊

包裝盒內容

選購配件

規格

投影機隨附電池的遙控器電源線

安裝指南使用手冊光碟保證書 *

• 所提供的配件適用於購買所在地區，且可能會與手冊上的圖片有所不同。

• * 保證書僅於某些地區提供。詳情請詢問您的經銷商。

1. 備用燈泡組

2. 天花板吊掛工具組

3. BenQ 3D 眼鏡

顯示系統 1-CHIP DMD

解析度 3840 x 2160 （使用 XPR）

光源 240 瓦燈泡

亮度 1800 流明

耗電量 405 瓦（最大）；< 0.5 瓦（待機）

重量 6.5 公斤 + 100 公克（14.33 + 0.22 磅）

Installation Guide

Digital Projector

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BenQ HT5550, W5700 インストールガイド

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