Benq Lu9800 Laser Projector Installation Guide

Benq Lu9800 Laser Projector Installation Guide

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BenQ LU9800 Laser Projector

BenQ-LU9800-Laser-Projector-PRODUCT

Notice

Notice on laser
This symbol indicates that there is a potential hazard of eye exposure to laser radiation unless the instructions are closely followed.

Laser class
(for USA) This Laser Product is designated as Class 3R during all procedures of operation and complies with IEC/EN 60825-1:2007. (for WW) This Laser Product is designated as Class 1 during all procedures of operation and complies with IEC/EN 60825-1:2014. LASER LIGHT – AVOID DIRECT EYE EXPOSURE. Do not point laser or allow laser light to be directed or reflected toward other people or reflective objects. Direct or scattered light can be hazardous to eyes and skin. There is a potential hazard of eye exposure to laser radiation if the included instructions are not followed. Caution – use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.

Laser parameters

  • Wavelength 449nm – 461nm (Blue)
  • Mode of operation Pulsed, due to frame rate
  • Pulse width 1.34ms
  • Pulse repetition rate 120Hz
  • Maximum laser energy 0.698mJ
  • Total internal power >100w
  • Apparent source size >10mm, at lens stop
  • Divergence >100 mili Radian

Laser light instruction

BenQ-LU9800-Laser-Projector-FIG-1

Risk Group 3 Information

Light hazard warning
Failure to comply with the following may result in serious injury:

  • No direct exposure to the beam is permitted, RG3 IEC 62471-5:2015.
  • Operators control access to the beam within the hazard distance or install the projector at sufficient height to prevent exposures of spectators’ eyes within the hazard distance.

The hazard distance is the distance measured from the projection lens at which the intensity or energy per unit of surface is lower than the applicable exposure limit on the cornea or skin. If the person is within the hazard distance, the beam is considered unsafe for exposure.

The hazard distance for this projector is 0-150 cm.

BenQ-LU9800-Laser-Projector-FIG-2

Note
This projector is an RG3 product, which must be installed in a safe place and must be handled by qualified and professionally skill trained personnel For the installation and removal of the lens, please consult your dealer with qualified profession-als to install it. Do not try to install the projector yourself, otherwise your eyesight may be dam-aged In case to install the projector over head, keep over 3m distance at least between the floor surface and the RG3 area. Operators shall control access to the beam within the hazard distance or install the product at the height that will prevent exposures of spectators’ eyes within the hazard distance.

Caution:
Use of controls, adjustments or performance of procedures other than those specified herein may result in hazardous laser light exposure

Cooling notice
Allow at least 50 cm (19.7 inch) for clearance around the exhaust vent. Make sure no objects block air input within 30 cm (11.8 inch). Keep the outlet at least 1 m away from the inlets of other projectors.

BenQ-LU9800-Laser-Projector-FIG-3

  • The projector can be installed at any angleBenQ-LU9800-Laser-Projector-FIG-4
  • Allow at least 50 cm of clearance around the exhaust vent.BenQ-LU9800-Laser-Projector-FIG-5
  • Ensure that the air intake vents do not recycle hot air from the exhaust vent.
  • When operating in an enclosed space, make sure that the surrounding air temperature does not exceed the projector’s operating temperature and that the air intake and exhaust vents are unobstructed.
  • All enclosures should pass a certified thermal evaluation to ensure that the projector does not recycle exhaust air. Recycling exhaust air may cause the projector to shutdown even if the ambient temperature is within the acceptable operating temperature range.

Product information

Packing content

BenQ-LU9800-Laser-Projector-FIG-6

Specification
 LU9750LU9800
Projection systemDLP Single 0.67 WUXGA DMD Chip
Native resolution1920*1200 pixels, 16:10
Light sourceLaser Package
Power consumption792W(typ);0.5W(standby)893W(typ);0.5W(standby)
Dimension470 x 220.5 x 519.5 mm
Weight26.4 kg (without lens)26.8 kg (without lens)

Note:

  • The brightness is supplied by standard lens, the value will depends on lenses.
  • The brightness output will vary depending on each units and actual usage.
  • Please find the latest user’s manual on the local website.

Terminals

BenQ-LU9800-Laser-Projector-FIG-7

3D SYNC IN
Connect 3D-sync in cable from a computer or an enabled device.

MONITOR OUT
Connection to other display equipment for concurrent playback display.

COMPUTER IN
15-pin VGA port for connection to RGB, component HD source, or PC.

HDBaseT
Connect an Ethernet cable (Cat5/Cat6) from HDBaseT transmitter with high-definition video (HD), RS232 control and LAN control.

DVI-D
Connection to DVI source.

HDMI 1
Connection to HDMI source.

HDMI 2
Connection to HDMI source.

USB POWER 2A
Support 5V/2A output.

RJ45
For connection to RJ45 Cat5/Cat6 Ethernet cable to control the projector through a network.

3D SYNC OUT
Connection to 3D IR sync signal transmitter

RS-232 IN
Standard 9-pin D-sub interface for connection to PC control system and projector maintenance.

RS-232 OUT
Connects to another projector (same model) for RS-232 control.

SERVICE
Maintenance exclusive port for authorized maintenance personnel only.

AUDIO OUT (L/R)
Connection to a speaker or headset.

12V TRIGGER
3.5mm mini earphone jack, employs 200mA display relay to provide 12(+/-1.5)V output and short circuit protection.

WIRED REMOTE IN
Connection to remote control for wire remote control.

WIRED REMOTE OUT
Connection to another projector.

AUDIO IN
Connection to an audio input source via an audio cable. R/Pr, G/Y, B/Pb, H, V Connection to RGB or YPbPr/YCbCr output signal with BNC type input terminal.

Caution:
Make sure the port is valid before inserting a wired remote controller. The remote controller may be damaged in case of an invalid port, e.g. a wired remote controller is connected to trigger output. For more information about upgrading firmware via Lan, please contact BenQ service

Remote control

BenQ-LU9800-Laser-Projector-FIG-8

  • ON
    Press to power on projector.
  • OFF
    Press to power off projector.
  • FOCUS +/-
    Press to adjust focus of projection image.
  • ZOOM +/-
    Press to zoom in and out on projection image.
  • TEST PATTERN
    Press to display embedded test pattern. Press continuously to scroll through available ones. Press MENU key to exit to projection image.
  • LENS SHIFT
    Press to move lens up, down, left and right.
  • ENTER
    Press to select or accept settings.
  • MENU
    Press to display OSD menu or return to the upper menu level.
  • EXIT
    Press to exit OSD menu.
  • AUTO PC
    Press to execute auto signal sync.
  • BLANK
    Press the button to temporarily interrupt the projection.
  • STATUS
    Show OSD MENU – Information.
  • COMPUTER 1
    Select COMPUTER 1 input source.
  • COMPUTER 2
    Select COMPUTER 2 input source.
  • ASPECT
    Press continuously to scroll through individual aspect ratio.
  • HDMI 1
    Select HDMI 1 input source.
  • HDMI 2
    Function same as HDMI 1.
  • DVI
    Select DVI input source.
  • 3G-SDI
    Select 3G-SDI input source.
  • DisplayPort
    Select DisplayPort input source.
  • HDBaseT
    Select HDBaseT input source.
  • CLEAR
    Not available with this model.
  • FREEZE
    Press to toggle switch between freeze and unfreeze.
  • ID SET:
    Not available for this model.

Installation

Caution:
To avoid damaging the DLP chips, never aim a high-power laser beam into the projection lens.

Installing removing the optional lens

Caution:

  • Do not shake or place excessive pressure on the projector or the lens components as the projector and lens components contain precision parts.
  • Before removing or installing the lens, be sure to turn off the projector, wait until the cooling fans stop, and turn off the main power switch.
  • Do not touch the lens surface when removing or installing the lens.
  • Keep fingerprints, dust or oil off the lens surface. Do not scratch the lens surface.
  • Work on a level surface with a soft cloth under it to avoid scratching.
  • If you remove and store the lens, attach the lens cap to the projector to keep off dust and dirt.

Installing the new lens
Remove both end caps from the lens.

Note:
Removal of the plastic body cap before inserting a lens for the first time.

  1. Orient the lens so that the arrow on the label pasted on its side is facing upward and push the lens into the lens mount of the unit as far as it will go.BenQ-LU9800-Laser-Projector-FIG-9
  2. Rotate the lens clockwise until you feel it click into place.BenQ-LU9800-Laser-Projector-FIG-10

Removing the existing lens from the projector

  1. Push the LENSE RELEASE button to the unlock position.BenQ-LU9800-Laser-Projector-FIG-11
  2. Grasp the lens.
  3. Rotate the lens counterclockwise. The existing lens will be disengaged.BenQ-LU9800-Laser-Projector-FIG-12
  4. Pull out the existing lens slowly.BenQ-LU9800-Laser-Projector-FIG-13

Lens

ModelLens TypePart NumberThrow RatioLens Shift
LS1ST3AShort throw5J.JPN37.001WUXGA: 0.77-1.1Vertical: -15%-55%

Horizontal: -5%-5%

LS1ST2AWide zoom 25J.JPN37.002WUXGA: 1.1-1.3Vertical: -15%-55%

Horizontal: -5%-5%

LS1ST1AWide zoom 15J.JPN37.003WUXGA: 1.25-1.6Vertical: -15%-55%

Horizontal: -5%-5%

LS1SDAStandard5J.JPN37.004WUXGA: 1.54-1.93Vertical: -15%-55%

Horizontal: -5%-5%

LS1LT0Semi long5J.JPN37.005WUXGA: 1.93-2.9Vertical: -15%-55%

Horizontal: -5%-5%

LS1LT1Semi Long 25J.JAM37.051WUXGA: 2.22-3.67Vertical: -15%-55%

Horizontal: -5%-5%

LS1LT2Long Zoom 15J.JAM37.031WUXGA: 3.58-5.38Vertical: -15%-55%

Horizontal: -5%-5%

LS1LT3Long Zoom 25J.JAM37.041WUXGA: 5.31~8.26Vertical: -15%-55%

Horizontal: -5%-5%

LS1ST4Ultra Short throw5J.JCY37.001WUXGA: 0.377Vertical: -0%-0% Hor-

izontal: -0%-0%

Projection table

BenQ-LU9800-Laser-Projector-FIG-14

LU9750/LU9800
The screen aspect ratio is 16:10 and the projected picture is 16:10.

Note:
To optimize the projection quality, we suggest to project images in an area without grayscale.

LensWide Zoom 2 (LS2ST2A)Standard (LS1SDA)
Throw ratio1.1~1.31.54~1.93
DiagonalImage WidthImage HeightOffset (A)ODistanceDistance
Wide/TeleWide/TeleWideTeleWideTele
(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)
501.27421.08260.671.30.03414.60.370471.18551.40651.66822.08
601.52511.29320.811.60.04017.50.444561.42661.68781.99982.49
802.03681.72421.082.10.05423.30.592751.90882.241042.651313.33
1002.54852.15531.352.60.06729.10.740932.371102.801313.321644.16
1203.051022.58641.623.20.08135.00.8881122.841323.361573.981964.99
1503.811273.23792.024.00.10143.71.1111403.551654.201964.982456.24
1804.571533.88952.424.80.12152.51.3331684.261985.042355.972957.48
2005.081704.311062.695.30.13558.31.4811874.742205.602616.633278.31
2506.352125.381323.376.60.16872.91.8512335.922767.003268.2940910.39
3007.622546.461594.047.90.20287.42.2212807.113318.403929.9549112.47
3508.892977.541854.719.30.236102.02.5913268.293869.8045711.6157314.55
40010.163398.622125.3810.60.269116.62.9623739.4844111.2052213.2765516.63
50012.7042410.772656.7313.20.337145.73.70246611.8555114.0065316.5981820.79
LensShort Throw (LS1ST3A)Semi Throw (LS2ST4)
Throw ratio0.77~1.11.25~1.60
DiagonalImage WidthImage HeightOffset (A)ODistanceDistance
Wide/TeleWide/TeleWideTeleWideTele
(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)
501.27421.08260.671.30.03414.60.370330.83471.18531.35681.72
601.52511.29320.811.60.04017.50.444391.00561.42641.62812.07
802.03681.72421.082.10.05423.30.592521.33751.90852.151092.76
1002.54852.15531.352.60.06729.10.740651.66932.371062.691363.45
1203.051022.58641.623.20.08135.00.888781.991122.841273.231634.14
1503.811273.23792.024.00.10143.71.111982.491403.551594.042045.17
1804.571533.88952.424.80.12152.51.3331182.991684.261914.852446.20
2005.081704.311062.695.30.13558.31.4811313.321874.742125.382716.89
2506.352125.381323.376.60.16872.91.8511634.152335.922656.733398.62
3007.622546.461594.047.90.20287.42.2211964.982807.113188.0840710.34
3508.892977.541854.719.30.236102.02.5912295.803268.293719.4247512.06
40010.163398.622125.3810.60.269116.62.9622616.633739.4842410.7754313.79
50012.7042410.772656.7313.20.337145.73.7023268.2946611.8553013.4667817.23
LensSemi Long (LS1LT0)
Throw ratio1.93~2.9
DiagonalImage WidthImage HeightOffset (A)ODistance
Wide/TeleWide/TeleWideTele
(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)
501.27421.08260.671.30.03414.60.370822.081233.12
601.52511.29320.811.60.04017.50.444982.491483.75
802.03681.72421.082.10.05423.30.5921313.331975.00
1002.54852.15531.352.60.06729.10.7401644.162466.25
1203.051022.58641.623.20.08135.00.8881964.992957.50
1503.811273.23792.024.00.10143.71.1112456.243699.37
1804.571533.88952.424.80.12152.51.3332957.4844311.24
2005.081704.311062.695.30.13558.31.4813278.3149212.49
2506.352125.381323.376.60.16872.91.85140910.3961515.62
3007.622546.461594.047.90.20287.42.22149112.4773818.74
3508.892977.541854.719.30.236102.02.59157314.5586121.86
40010.163398.622125.3810.60.269116.62.96265516.6398424.99
50012.7042410.772656.7313.20.337145.73.70281820.79123031.23
LensSemi Long 2 (LS1LT1)Long Zoom 1

(LS1LT2)

Throw ratio2.22~3.673.58-5.38
DiagonalImage WidthImage HeightOffset (A)ODistanceDistance
Wide/TeleWide/TeleWideTeleWideTele
(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)
501.27421.08260.670.00.00013.20.337942.391563.951523.862285.79
601.52511.29320.810.00.00015.90.4041132.871874.741824.632746.95
802.03681.72421.080.00.00021.20.5381513.832496.322436.173659.27
1002.54852.15531.350.00.00026.50.6731884.783117.903047.7145611.59
1203.051022.58641.620.00.00031.80.8082265.743739.493649.2554713.91
1503.811273.23792.020.00.00039.71.0102827.1746711.8645511.5768417.38
1804.571533.88952.420.00.00047.71.2123398.6156014.2354613.8882120.86
2005.081704.311062.690.00.00053.01.3463779.5662215.8160715.4291223.18
2506.352125.381323.370.00.00066.21.68347111.9577819.7675919.28114128.97
3007.622546.461594.040.00.00079.52.01956514.3593423.7191123.13136934.76
3508.892977.541854.710.00.00092.72.35665916.74108927.67106326.99159740.56
40010.163398.622125.380.00.000106.02.69275319.13124531.62121430.84182546.35
50012.7042410.772656.730.00.000132.53.36594123.91155639.52151838.56228157.94
LensLong Zoom 2

(LS1LT3)

Throw ratio5.31~8.26
DiagonalImage WidthImage HeightOffset (A)ODistance
Wide/TeleWide/TeleWideTele
(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)
501.27421.08260.670.00.00013.20.3372255.723508.90
601.52511.29320.810.00.00015.90.4042706.8642010.67
802.03681.72421.080.00.00021.20.5383609.1556014.23
1002.54852.15531.350.00.00026.50.67345011.4470017.79
1203.051022.58641.620.00.00031.80.80854013.7284121.35
1503.811273.23792.020.00.00039.71.01067517.16105126.69
1804.571533.88952.420.00.00047.71.21281120.59126132.02
2005.081704.311062.690.00.00053.01.34690122.87140135.58
2506.352125.381323.370.00.00066.21.683112628.59175144.48
3007.622546.461594.040.00.00079.52.019135134.31210153.37
3508.892977.541854.710.00.00092.72.356157640.03245262.27
40010.163398.622125.380.00.000106.02.692180145.75280271.17
50012.7042410.772656.730.00.000132.53.365225157.19350288.96
LensUltra Short Throw (LS1ST4)
Throw ratio0.377
DiagonalImage WidthImage HeightOffset (A)ODistance
Wide/TeleWide/TeleWide
(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)(Inch)(m)
501.27421.08260.6712.10.30625.30.643160.41
601.52511.29320.8114.50.36830.40.771190.49
802.03681.72421.0819.30.49040.51.028260.65
1002.54852.15531.3524.10.61350.61.286320.81
1203.051022.58641.6228.90.73560.71.543380.97
1503.811273.23792.0236.20.91975.91.928481.22
1804.571533.88952.4243.41.10391.12.314581.46
2005.081704.311062.6948.21.225101.22.571641.62
2506.352125.381323.3760.31.531126.53.214802.03
3007.622546.461594.0472.31.838151.83.857962.44
3508.892977.541854.7184.42.144177.24.5001122.84
40010.163398.622125.3896.52.450202.55.1421283.25
50012.7042410.772656.73120.63.063253.16.4281604.06

Note:
There is 5% tolerance among these numbers due to optical component variations. BenQ recommends that if you intend to permanently install the projector, you should physically test the projection size and distance using the actual projector 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.This will help you determine the exact mounting position so that it best suits your installation location.

Lens shift range

Lens shift adjustable range
The adjustable range for lens shift is tabulated below and subject to the conditions listed.

LU9750/LU9800

BenQ-LU9800-Laser-Projector-FIG-15

Desktop Installation

BenQ-LU9800-Laser-Projector-FIG-16

Note:
The drawings apply to the standard lens only.

LED indicator

BenQ-LU9800-Laser-Projector-FIG-17

System message

 

SYSTEM STATUS

POWER LEDSTATUS LEDLIGHT SOURCE LEDTEMP LED
Lamp ReadyONOFFOFFOFF
StartFlashingOFFOFFOFF
CoolingFlashingOFFOFFOFF
Over Temperature T1OFFOFF1 blinksON
Over Temperature T2OFFOFF2 blinksON
Over Temperature T3OFFOFF3 blinksON
Over Temperature T4OFFOFF4 blinksON
Over Temperature T5OFFOFF5 blinksON
Thermal Break Sensor errorOFF4 blinksOFFOFF
Air Filter WarningONONOFFOFF
FAN1 errorOFF6 blinks1 blinksOFF
FAN2 errorOFF6 blinks2 blinksOFF
FAN3 errorOFF6 blinks3 blinksOFF
FAN4 errorOFF6 blinks4 blinksOFF
FAN5 errorOFF6 blinks5 blinksOFF
FAN6 errorOFF6 blinks6 blinksOFF
FAN7 errorOFF6 blinks7 blinksOFF
FAN8 errorOFF6 blinks8 blinksOFF
FAN9 errorOFF6 blinks9 blinksOFF
FAN10 errorOFF6 blinks10 blinksOFF
FAN11 errorOFF6 blinks11 blinksOFF
FAN12 errorOFF6 blinks12 blinksOFF
FAN13 errorOFF6 blinks13 blinksOFF
1W MCU detects scaler stops workingOFF2 blinksOFFOFF
Case OpenOFF7 blinksOFFOFF
Lens OpenOFF7 blinks1 blinksOFF
DMD errorOFF8 blinksOFFOFF
Color wheel errorOFF9 blinksOFFOFF
Phosphor wheel errorOFF9 blinks1 blinksOFF
Laser Driver board Color wheel speed too lowOFF4 blinks2 blinksOFF
Laser Driver board Phosphor wheel speed too lowOFF4 blinks3 blinksOFF
 

SYSTEM STATUS

POWER LEDSTATUS LEDLIGHT SOURCE LEDTEMP LED
Laser Driver board 54V errorOFF4 blinks4 blinksOFF
Laser Driver board over tempOFF4 blinks5 blinksOFF
Laser Driver board SCI errorOFF4 blinks6 blinksOFF
Laser Driver board initial failOFF4 blinks7 blinksOFF
Laser Driver board lit failOFF4 blinks8 blinksOFF

Projector dimension

BenQ-LU9800-Laser-Projector-FIG-18BenQ-LU9800-Laser-Projector-FIG-19

Lens dimension

Optional Lens (Standard: LS1SDA)

BenQ-LU9800-Laser-Projector-FIG-20

Optional Lens (Semi Long 2: LS1LT1)

BenQ-LU9800-Laser-Projector-FIG-21

Optional Lens (Short Throw: LS1ST3A)

BenQ-LU9800-Laser-Projector-FIG-22

Optional Lens (Long 1: LS1LT2)

BenQ-LU9800-Laser-Projector-FIG-23

Optional Lens (Wide Zoom 1: LS1ST1A) Optional Lens (Long 2: LS1LT3)

BenQ-LU9800-Laser-Projector-FIG-24

Optional Lens (Wide Zoom 2: LS1ST2A).

BenQ-LU9800-Laser-Projector-FIG-26

RS232 command control

RS232 pin assignment

BenQ-LU9800-Laser-Projector-FIG-27

No.Serial No.Serial
1N.C6N.C
2RXD7Short with pin8
3TXD8Short with pin7
4N.C9N.C
5Ground  

RS232 serial port with a crossover cable

BenQ-LU9800-Laser-Projector-FIG-28

FunctionTypeOperationASCII
 

Power

WritePower On<CR>*pow=on#<CR>
WritePower Off<CR>*pow=off#<CR>
ReadPower Status<CR>*pow=?#<CR>
 

 

 

 

Source Selection

WriteCOMPUTER/YPbPr<CR>*sour=RGB#<CR>
WriteCOMPUTER 2/YPbPr2<CR>*sour=RGB2#<CR>
WriteDVI-D<CR>*sour=dvid#<CR>
WriteHDMI(MHL)<CR>*sour=hdmi#<CR>
WriteHDMI 2(MHL2)<CR>*sour=hdmi2#<CR>
WriteHDBaseT<CR>*sour=hdbaset#<CR>
ReadCurrent source<CR>*sour=?#<CR>
 

 

 

 

Audio Control

WriteMute On<CR>*mute=on#<CR>
WriteMute Off<CR>*mute=off#<CR>
ReadMute Status<CR>*mute=?#<CR>
WriteVolume +<CR>*vol=+#<CR>
WriteVolume –<CR>*vol=-#<CR>
WriteVolume level for customer<CR>*vol=value#<CR>
ReadVolume Status<CR>*vol=?#<CR>
FunctionTypeOperationASCII
 

 

 

Audio source select

WriteAudio pass Through off<CR>*audiosour=off#<CR>
WriteAudio-Computer1<CR>*audiosour=RGB#<CR>
WriteAudio-HDMI<CR>*audiosour=hdmi#<CR>
WriteAudio-HDMI2<CR>*audiosour=hdmi2#<CR>
WriteHDBaseT<CR>*audiosour=hdbaset#<CR>
ReadAudio pass Status<CR>*audiosour=?#<CR>
 

 

 

 

 

 

 

 

Picture Mode

WritePresentation<CR>*appmod=preset#<CR>
WritesRGB<CR>*appmod=srgb#<CR>
WriteBright<CR>*appmod=bright#<CR>
WriteDICOM<CR>*appmod=dicom#<CR>
WriteVideo<CR>*appmod=video#<CR>
WriteInfographic<CR>*appmod=infographic#<CR>
WriteUser1<CR>*appmod=user1#<CR>
WriteUser2<CR>*appmod=user2#<CR>
Write3D<CR>*appmod=threed#<CR>
WriteHDR10<CR>*appmod=hdr#<CR>
WriteHLG<CR>*appmod=hlg#<CR>
ReadPicture Mode<CR>*appmod=?#<CR>
WriteContrast +<CR>*con=+#<CR>
WriteContrast –<CR>*con=-#<CR>
 

 

 

 

 

 

 

 

 

 

 

 

 

 

Picture Setting

WriteSet Contrast value<CR>*con=value#<CR>
ReadContrast value<CR>*con=?#<CR>
WriteBrightness +<CR>*bri=+#<CR>
WriteBrightness –<CR>*bri=-#<CR>
WriteSet Brightness value<CR>*bri=value#<CR>
ReadBrightness value<CR>*bri=?#<CR>
WriteColor +<CR>*color=+#<CR>
WriteColor –<CR>*color=-#<CR>
WriteSet Color value<CR>*color=value#<CR>
ReadColor value<CR>*color=?#<CR>
WriteSharpness +<CR>*sharp=+#<CR>
WriteSharpness –<CR>*sharp=-#<CR>
WriteSet Sharpness value<CR>*sharp=value#<CR>
ReadSharpness value<CR>*sharp=?#<CR>
WriteColor Temperature-Warm<CR>*ct=warm#<CR>
WriteColor Temperature-Normal<CR>*ct=normal#<CR>
WriteColor Temperature-Cool<CR>*ct=cool#<CR>
ReadColor Temperature Status<CR>*ct=?#<CR>
WriteAspect 4:3<CR>*asp=4:3#<CR>
WriteAspect 16:9<CR>*asp=16:9#<CR>
WriteAspect 16:10<CR>*asp=16:10#<CR>
WriteAspect 2.35:1<CR>*asp=2.35#<CR>
FunctionTypeOperationASCII
 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Picture Setting

WriteAspect Auto<CR>*asp=AUTO#<CR>
WriteAspect Real<CR>*asp=REAL#<CR>
ReadAspect Status<CR>*asp=?#<CR>
WriteVertical Keystone +<CR>*vkeystone=+#<CR>
WriteVertical Keystone –<CR>*vkeystone=-#<CR>
WriteSet Vertical Keystone value<CR>*vkeystone=value#<CR>
ReadVertical Keystone value<CR>*vkeystone=?#<CR>
WriteHorizontal Keystone +<CR>*hkeystone=+#<CR>
WriteHorizontal Keystone –<CR>*hkeystone=-#<CR>
WriteSet Horizontal Keystone value<CR>*hkeystone=value#<CR>
ReadHorizontal Keystone value<CR>*hkeystone=?#<CR>
WriteOverscan Adjustment +<CR>*overscan=+#<CR>
WriteOverscan Adjustment –<CR>*overscan=-#<CR>
ReadOverscan Adjustment value<CR>*overscan=?#<CR>
Write4 Corners Top-Left-X Decrease<CR>*cornerfittlx=-#<CR>
Write4 Corners Top-Left-X Increase<CR>*cornerfittlx=+#<CR>
Read4 Corners Top-Left-X Status<CR>*cornerfittlx=?#<CR>
Write4 Corners Top-Left-Y Decrease<CR>*cornerfittly=-#<CR>
Write4 Corners Top-Left-Y Increase<CR>*cornerfittly=+#<CR>
Read4 Corners Top-Left-Y Status<CR>*cornerfittly=?#<CR>
Write4 Corners Top-Right-X Decrease<CR>*cornerfittrx=-#<CR>
Write4 Corners Top-Right-X Increase<CR>*cornerfittrx=+#<CR>
Read4 Corners Top-Right-X Status<CR>*cornerfittrx=?#<CR>
Write4 Corners Top-Right-Y Decrease<CR>*cornerfittry=-#<CR>
Write4 Corners Top-Right-Y Increase<CR>*cornerfittry=+#<CR>
Read4 Corners Top-Right-Y Status<CR>*cornerfittry=?#<CR>
Write4 Corners Bottom-Left-X Decrease<CR>*cornerfitblx=-#<CR>
Write4 Corners Bottom-Left-X Increase<CR>*cornerfitblx=+#<CR>
Read4 Corners Bottom-Left-X Status<CR>*cornerfitblx=?#<CR>
Write4 Corners Bottom-Left-Y Decrease<CR>*cornerfitbly=-#<CR>
Write4 Corners Bottom-Left-Y Increase<CR>*cornerfitbly=+#<CR>
Read4 Corners Bottom-Left-Y Status<CR>*cornerfitbly=?#<CR>
Write4 Corners Bottom-Right-X Decrease<CR>*cornerfitbrx=-#<CR>
Write4 Corners Bottom-Right-X Increase<CR>*cornerfitbrx=+#<CR>
Read4 Corners Bottom-Right-X Status<CR>*cornerfitbrx=?#<CR>
Write4 Corners Bottom-Right-Y Decrease<CR>*cornerfitbry=-#<CR>
Write4 Corners Bottom-Right-Y Increase<CR>*cornerfitbry=+#<CR>
Read4 Corners Bottom-Right-Y Status<CR>*cornerfitbry=?#<CR>
WriteDigital Zoom In<CR>*zoomI#<CR>
WriteDigital Zoom out<CR>*zoomO#<CR>
WriteAuto<CR>*auto#<CR>
WriteBrilliant color +<CR>*BC=+#<CR>
FunctionTypeOperationASCII
 

 

 

 

 

 

Picture Setting

WriteBrilliant color –<CR>*BC=-#<CR>
WriteBrilliant color set value<CR>*BC=value#<CR>
ReadBrilliant color status<CR>*BC=?#<CR>
WriteAuto(HDR)<CR>*hdr=auto#<CR>
WriteSDR<CR>*hdr=sdr#<CR>
WriteHDR10<CR>*hdr=hdr#<CR>
WriteHLG<CR>*hdr=hlg#<CR>
ReadHDR status<CR>*hdr=?#<CR>
WriteReset current picture settings<CR>*rstcurpicsetting#<CR>
WriteReset all picture settings<CR>*rstallpicsetting#<CR>
 

 

 

 

 

 

 

 

 

 

 

 

Operation Settings

WriteProjector Position-Front Table<CR>*pp=FT#<CR>
WriteProjector Position-Rear Table<CR>*pp=RE#<CR>
WriteProjector Position-Rear Ceiling<CR>*pp=RC#<CR>
WriteProjector Position-Front Ceiling<CR>*pp=FC#<CR>
ReadProjector Position Status<CR>*pp=?#<CR>
WriteQuick auto search<CR>*QAS=on#<CR>
WriteQuick auto search<CR>*QAS=off#<CR>
ReadQuick auto search status<CR>*QAS=?#<CR>
WriteMenu Position – Center<CR>*menuposition=center#<CR>
WriteMenu Position – Top-Left<CR>*menuposition=tl#<CR>
WriteMenu Position – Top-Right<CR>*menuposition=tr#<CR>
WriteMenu Position – Bottom-Right<CR>*menuposition=br#<CR>
WriteMenu Position – Bottom-Left<CR>*menuposition=bl#<CR>
ReadMenu Position Status<CR>*menuposition=?#<CR>
WriteDirect Power On-on<CR>*directpower=on#<CR>
WriteDirect Power On-off<CR>*directpower=off#<CR>
ReadDirect Power On-Status<CR>*directpower=?#<CR>
WriteSignal Power On-on<CR>*autopower=on#<CR>
WriteSignal Power On-off<CR>*autopower=off#<CR>
ReadSignal Power On-Status<CR>*autopower=?#<CR>
 

 

 

 

 

Baud Rate

Write2400<CR>*baud=2400#<CR>
Write4800<CR>*baud=4800#<CR>
Write9600<CR>*baud=9600#<CR>
Write14400<CR>*baud=14400#<CR>
Write19200<CR>*baud=19200#<CR>
Write38400<CR>*baud=38400#<CR>
Write57600<CR>*baud=57600#<CR>
Write115200<CR>*baud=115200#<CR>
ReadCurrent Baud Rate<CR>*baud=?#<CR>
FunctionTypeOperationASCII
 

 

 

 

Lamp Control

ReadLamp Hour<CR>*ltim=?#<CR>
WriteNormal mode<CR>*lampm=lnor#<CR>
WriteEco mode<CR>*lampm=eco#<CR>
WriteDimming mode<CR>*lampm=dimming#<CR>
WriteCustom mode<CR>*lampm=custom#<CR>
WriteLight level for custom mode<CR>*lampcustom=value#<CR>
ReadLight level status for custom mode<CR>*lampcustom=?#<CR>
ReadLamp Mode Status<CR>*lampm=?#<CR>
 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Miscellaneous

ReadModel Name<CR>*modelname=?#<CR>
ReadSystem F/W Version<CR>*sysfwversion=?#<CR>
ReadScaler F/W Version<CR>*scalerfwversion=?#<CR>
ReadLan F/W Version<CR>*lanfwversion=?#<CR>
ReadMCU F/W Version<CR>*mcufwversion=?#<CR>
WriteBlank On<CR>*blank=on#<CR>
WriteBlank Off<CR>*blank=off#<CR>
ReadBlank Status<CR>*blank=?#<CR>
WriteFreeze On<CR>*freeze=on#<CR>
WriteFreeze Off<CR>*freeze=off#<CR>
ReadFreeze Status<CR>*freeze=?#<CR>
WriteMenu On<CR>*menu=on#<CR>
WriteMenu Off<CR>*menu=off#<CR>
ReadMenu Status<CR>*menu=?#<CR>
WriteUp<CR>*up#<CR>
WriteDown<CR>*down#<CR>
WriteRight<CR>*right#<CR>
WriteLeft<CR>*left#<CR>
WriteEnter<CR>*enter#<CR>
WriteBack<CR>*back#<CR>
WriteSource Menu On<CR>*sourmenu=on#<CR>
WriteSource Menu Off<CR>*sourmenu=off#<CR>
ReadSource Menu Status<CR>*sourmenu=?#<CR>
Write3D Sync Off<CR>*3d=off#<CR>
Write3D Auto<CR>*3d=auto#<CR>
Write3D Sync Top Bottom<CR>*3d=tb#<CR>
Write3D Sync Frame Sequential<CR>*3d=fs#<CR>
Write3D Frame packing<CR>*3d=fp#<CR>
Write3D Side by side<CR>*3d=sbs#<CR>
Write3D inverter disable<CR>*3d=da#<CR>
Write3D inverter<CR>*3d=iv#<CR>
Write3D nVIDIA<CR>*3d=nvidia#<CR>
Read3D Sync Status<CR>*3d=?#<CR>
WriteRemote Receiver-front+rear<CR>*rr=fr#<CR>
FunctionTypeOperationASCII
 

 

 

 

 

 

Miscellaneous

WriteRemote Receiver-front<CR>*rr=f#<CR>
WriteRemote Receiver-rear<CR>*rr=r#<CR>
ReadRemote Receiver Status<CR>*rr=?#<CR>
WriteAMX Device Discovery-on<CR>*amxdd=on#<CR>
WriteAMX Device Discovery-off<CR>*amxdd=off#<CR>
ReadAMX Device Discovery Status<CR>*amxdd=?#<CR>
ReadMac Address<CR>*macaddr=?#<CR>
ReadSerial Number<CR>*serialnumber=?#<CR>
WriteHigh Altitude mode on<CR>*Highaltitude=on#<CR>
WriteHigh Altitude mode off<CR>*Highaltitude=off#<CR>
ReadHigh Altitude mode status<CR>*Highaltitude=?#<CR>
 

 

 

 

 

 

 

 

 

 

 

 

 

 

Installation

WriteLoad Lens memory 1<CR>*lensload=m1#<CR>
WriteLoad Lens memory 2<CR>*lensload=m2#<CR>
WriteLoad Lens memory 3<CR>*lensload=m3#<CR>
WriteLoad Lens memory 4<CR>*lensload=m4#<CR>
WriteLoad Lens memory 5<CR>*lensload=m5#<CR>
WriteLoad Lens memory 6<CR>*lensload=m6#<CR>
WriteLoad Lens memory 7<CR>*lensload=m7#<CR>
WriteLoad Lens memory 8<CR>*lensload=m8#<CR>
WriteLoad Lens memory 9<CR>*lensload=m9#<CR>
WriteLoad Lens memory 10<CR>*lensload=m10#<CR>
ReadRead Lens memory status<CR>*lensload=?#<CR>
Writesave Lens memory 1<CR>*lenssave=m1#<CR>
Writesave Lens memory 2<CR>*lenssave=m2#<CR>
Writesave Lens memory 3<CR>*lenssave=m3#<CR>
Writesave Lens memory 4<CR>*lenssave=m4#<CR>
Writesave Lens memory 5<CR>*lenssave=m5#<CR>
Writesave Lens memory 6<CR>*lenssave=m6#<CR>
Writesave Lens memory 7<CR>*lenssave=m7#<CR>
Writesave Lens memory 8<CR>*lenssave=m8#<CR>
Writesave Lens memory 9<CR>*lenssave=m9#<CR>
Writesave Lens memory 10<CR>*lenssave=m10#<CR>
WriteReset Lens to center<CR>*lensreset=center#<CR>
 

 

 

 

Color Calibration

WriteTint +<CR>*tint=+#<CR>
WriteTint –<CR>*tint=-#<CR>
WriteSet Tint value<CR>*tint=value#<CR>
ReadGet Tint value<CR>*tint=?#<CR>
WriteSet gamma value<CR>*gamma=value#<CR>
ReadGamma value status<CR>*gamma=?#<CR>
WriteSet HDR Brightness value<CR>*hdrbri=value#<CR>
ReadGet HDR Brightness value<CR>*hdrbri=?#<CR>
 WriteRed Gain +<CR>*RGain=+#<CR>
FunctionTypeOperationASCII
 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Color Calibration

WriteRed Gain –<CR>*RGain=-#<CR>
WriteSet Red Gain value<CR>*RGain=value#<CR>
ReadGet Red Gain value<CR>*RGain=?#<CR>
WriteGreen Gain +<CR>*GGain=+#<CR>
WriteGreen Gain –<CR>*GGain=-#<CR>
WriteSet Green Gain value<CR>*GGain=value#<CR>
ReadGet Green Gain value<CR>*GGain=?#<CR>
WriteBlue Gain +<CR>*BGain=+#<CR>
WriteBlue Gain –<CR>*BGain=-#<CR>
WriteSet Blue Gain value<CR>*BGain=value#<CR>
ReadGet Blue Gain value<CR>*BGain=?#<CR>
WriteRed Offset +<CR>*ROffset=+#<CR>
WriteRed Offset –<CR>*ROffset=-#<CR>
WriteSet Red Offset value<CR>*ROffset=value#<CR>
ReadGet Red Offset value<CR>*ROffset=?#<CR>
WriteGreen Offset +<CR>*GOffset=+#<CR>
WriteGreen Offset –<CR>*GOffset=-#<CR>
WriteSet Green Offset value<CR>*GOffset=value#<CR>
ReadGet Green Offset value<CR>*GOffset=?#<CR>
WriteBlue Offset +<CR>*BOffset=+#<CR>
WriteBlue Offset –<CR>*BOffset=-#<CR>
WriteSet Blue Offset value<CR>*BOffset=value#<CR>
ReadGet Blue Offset value<CR>*BOffset=?#<CR>
WritePrimary Color<CR>*primcr=value#<CR>
ReadPrimary Color Status<CR>*primcr=?#<CR>
WriteHue +<CR>*hue=+#<CR>
WriteHue –<CR>*hue=-#<CR>
WriteSet Hue value<CR>*hue=value#<CR>
ReadGet Hue value<CR>*hue=?#<CR>
WriteSaturation +<CR>*saturation=+#<CR>
WriteSaturation –<CR>*saturation=-#<CR>
WriteSet Saturation value<CR>*saturation=value#<CR>
ReadGet Saturation value<CR>*saturation=?#<CR>
WriteGain +<CR>*gain=+#<CR>
WriteGain –<CR>*gain=-#<CR>
WriteSet Gain value<CR>*gain=value#<CR>
ReadGet Gain value<CR>*gain=?#<CR>
FunctionTypeOperationASCII
 

 

 

 

 

 

 

 

 

 

 

 

Service

ReadError Code report<CR>*error=report#<CR>
ReadFAN 1 speed<CR>*fan1=?#<CR>
ReadFAN 2 speed<CR>*fan2=?#<CR>
ReadFAN 3 speed<CR>*fan3=?#<CR>
ReadFAN 4 speed<CR>*fan4=?#<CR>
ReadFAN 5 speed<CR>*fan5=?#<CR>
ReadFAN 6 speed<CR>*fan6=?#<CR>
ReadFAN 7 speed<CR>*fan7=?#<CR>
ReadFAN 8 speed<CR>*fan8=?#<CR>
ReadFAN 9 speed<CR>*fan9=?#<CR>
ReadFAN 10 speed<CR>*fan10=?#<CR>
ReadFAN 11 speed<CR>*fan11=?#<CR>
ReadFAN 12 speed<CR>*fan12=?#<CR>
ReadFAN 13 speed<CR>*fan13=?#<CR>
ReadTemperature 1<CR>*tmp1=?#<CR>
ReadTemperature 2<CR>*tmp2=?#<CR>
ReadTemperature 3<CR>*tmp3=?#<CR>
ReadTemperature 4<CR>*tmp4=?#<CR>
ReadTemperature 5<CR>*tmp5=?#<CR>
ReadLED indicator<CR>*led=?#<CR>
PJLink

PJLink protocal
The network function of this projector support the PJLink class 1, and the PJLink protocal can be used to perform projector setting and projector status query operations from a computer.

Control commands
The following table lists the PJLink protocal commands that can be used to control the projector. x characters in table are non-specific characters.

CommandControl DetailsParameter/ Return StringRemark
 

POWR

Power supply control0Standby  
1Power on  
 

POWR?

Power supply

status query

0Standby  
1Power on  
INPTInput selection11PC1 / YPbPr1 
 

 

 

INPT?

 

 

 

Input status que- ry

12PC2 / YPbPr2 
21VIDEO  
31HDMI1  
32HDMI2  
33DVI-D  
34HDBaseT  
AVMTMute11Video mute On 
 

 

 

AVMT?

 

 

 

Mute query

10Video mute Off 
21Audio mute On 
20Audio mute Off 
31Video & Audio mute On 
30Video & Audio mute Off 
 

 

 

 

 

ERST?

 

 

 

 

 

Error status que- ry

 

 

 

 

 

xxxxxx

1st byteIndicates fan errors, and returns 0 – 2 

 

 

 

0 = No error is detected

1 = Warning

2 = Error

2nd byteIndicates light source er- rors, and returns 0 – 2
3rd byteIndicates temperature errors, and returns 0 – 2
4th byteReturn 0
5th byteReturn 0
6th byteIndicates other errors, and returns 0 – 2
LAMP?Light source sta-

tus query

xxxxxxxxxxxx1st number (1-5 digitals): Light source 1 runtime
INST?Input selection

list query

11 12 21 31 32 33

34

LU9750/LU9800
NAME?Projector name queryxxxxxReturns the name set in [PROJECTOR NAME] of [NET- WORK SETUP]
CommandControl DetailsParameter/ Return StringRemark
INF1?Manufacturer

name query

BenQReturns manufacturer name
INF2?Model name que- ryLU9750/LU9800Returns moder name
INF0?Other informa-

tion queries

xxxxxReturns information such as version number
CLASS?Class information

query

1Returns class for PJLink

Note:
RS-232 baud rate options are 2400, 4800, 9600, 14400, 19200, 38400, 57600 and 115200 (Default : 115200).

ecoFACTS
csr.BenQ.com

  • Arsenic-free optical glass
  • BFR/PVC-free casing plastics
  • PVC-free plastic packaging

BenQ.com

2019 BenQ Corporation. All rights reserved. Rights of modification reserved. P/N:4JPNOI.00I

References

Documents / Resouces

Download manual
Here you can download full pdf version of manual, it may contain additional safety instructions, warranty information, FCC rules, etc.


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