BENQ LU9915 - Projector

LU9915 - Projector BENQ - Free user manual and instructions

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Download the instructions for your Projector in PDF format for free! Find your manual LU9915 - BENQ and take your electronic device back in hand. On this page are published all the documents necessary for the use of your device. LU9915 by BENQ.

USER MANUAL LU9915 BENQ

Ventilation illustration 3
Exhaust vent requirements 3
Voltage switcher 4
Caution during installation 4

Product information 5

Packing contents 5
Projection specifications 5
Terminals 6
Remote control. 7
Remote control ID setting. 7

Installation 8

Lens specifications 8
Projection table. 9
Lens shift.
Installation positioning 12

Dimensions 13

Cabinet dimensions 13
Ceiling mount hole dimensions. 13
Ceiling mount dimensions (CMG6) 14
Optional lens dimensions 15

LED indication 16

Please visit below website for latest version of User Manual / Installation Guide.

http://business-display.benq.com/

Notice

Ventilation illustration

BENQ LU9915 - Ventilation illustration - 1

Exhaust vent requirements

For proper ventilation of the projector, make sure to leave some space around the projector as shown in the illustration below:

BENQ LU9915 - Exhaust vent requirements - 1

BENQ LU9915 - Exhaust vent requirements - 2

BENQ LU9915 - Exhaust vent requirements - 3

BENQ LU9915 - Exhaust vent requirements - 4

Voltage switcher

Please make sure the Voltage Switch is selected at the right voltage in the region where projector is being used.

BENQ LU9915 - Voltage switcher - 1

Note:

Default setting is 230V

BENQ LU9915 - Note: - 1

Caution during installation

  • Please turn off projector when changing or removing lens, or it will cause the projector shut down immediately without normal procedure.
  • To avoid damaging the DLP chips, never aim a high-power laser beam into the projection lens.

Product information

Packing contents

Carefully unpack and verify that you have the items below. Some of the items may not be available depending on your region of purchase. Please check with your place of purchase.

BENQ LU9915 - Packing contents - 1

BENQ LU9915 - Packing contents - 2

BENQ LU9915 - Packing contents - 3

BENQ LU9915 - Packing contents - 4

BENQ LU9915 - Packing contents - 5

BENQ LU9915 - Packing contents - 6

BENQ LU9915 - Packing contents - 7

BENQ LU9915 - Packing contents - 8

Projector specifications

Specifications5
Projection system DLPSingle 0.67 WUXGA DMD Chip
Native resolution WUXGA (1920 x 1200)
Brightness 10,000 Lumens
Aspect ratio 16:10
Light source Laser Light Source
Power consumption 1290W@100V, 1215W@240V
Dimensions 583mm (L) x 500mm (W) x 211mm (H)
Weight 28kg / 61.7 lbs (Lens excluded)
Operation Temperature 32°F to 104°F (0°C to 40°C)

BENQ LU9915 - Projector specifications - 1

Note:

  • Brightness is supplied by standard lens. The value will vary depending on lenses being installed.
  • Brightness output will vary depending on each unit and actual usage.
  • Please visit the local website from http://www.benq.com for the latest User Manual.

Terminals

BENQ LU9915 - Terminals - 1

HDBaseT/LAN

For connection to RJ45 Cat5/Cat6 Ethernet cable to input uncompressed high-definition video (HD), control signals.

- 3D Sync Out

Connection to 3D IR sync signal transmitter.

- 3D Sync In

Connection to 3D sync signal input.

DVI-D

Connection to DVI-D source.

HDMI

Connection to HDMI source.

- DisplayPort

Connection to device or PC featuring DisplayPort.

3G-SDI

Connection to 3G-SDI source.

Computer I

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

Computer 2 (V, H, B/Pb, G/Y, R/Pr)

Connection to RGB or YPbPr/YCbCr output signal with BNC type input terminal.

Monitor Out

Connection to other display equipment for concurrent playback display.

RS-232

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

- TRIGGER

3.5mm mini earphone jack, employs 350mA display relay to provide 12(+/-1.5)V output and short circuit protection.

Wired Remote

Connection to input Niles or Xantech compatible IR repeater system.

BENQ LU9915 - Wired Remote - 1

Note:

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.

Remote control

BENQ LU9915 - Remote control - 1

Remote control ID setting

You can set the remote control ID to control the specific projector.

Please set projector ID (from 01 to 99) by using the OSD menus. After setup different ID, the remote control will only control the matched projector.

Press ID SET + MENU keys together for 5 seconds, the remote control backlight will flash one time, then into the ID Set mode.

Again click ID SET + MENU keys for 5 seconds (backlight will flash 1 time) to release ID SET Mode.

After into the ID Set Mode, press ID SET key for 3 seconds.

The remote control LED light will flash and backlight will light. In the meantime, press number to set the remote control ID.

For example, for setting remote control ID to "01", please press 0 key for 1 second (LED light will flash 3 times then back light off), then press 1 key for 1 second (LED light flash 3 times then backlight off).

For setting remote control ID to "19", please press I key for I second, then press 9 key for I second.

Installation

Lens specifications

Model NameLens TypeBenQ Part NumberOptical spec Throw Ratio Zoom Ratio Weight*
LS1ST4Ultra Short Throw5J.JCY37.002 F=2.0, f=5.64 mm 0.38:1 Fixed 2,710g
LS1ST3 Wide fix 5J.JAM37.011 F=1.85, f=11.6mm 0.76:1 Fixed 910g
LS1ST2 Ultra Wide 5J.JAM37.061F=1.96~2.3, f=11.3~14.1mm0.75~0.93:1 1.25:1 1,280g
LS1ST1 Wide Zoom 5J.JAM37.021F=1.85~2.5, f=18.7~26.5mm1.25~1.79:1 1.41:1 1,090g
LS1SD Standard 5J.JAM37.001F=1.7~1.9, f=26~34mm1.73~2.27:1 1.3:1 820g
LS1LT1Semi Long5J.JAM37.051F=1.86~2.48, f=32.9~54.2mm2.22~3.67:1 1.65:1 950g
LS1LT2Long Zoom15J.JAM37.031F=1.85~2.41, f=52.8~79.1mm3.58~5.38:1 1.5:1 1,020g
LS1LT3Long Zoom25J.JAM37.041F=1.85~2.48, f=78.5~121.9mm5.31~8.26:1 1.55:1 1,350g

BENQ LU9915 - Installation - 1

Note:

The values listed in the table above are average and may vary by model.

Projection table

Wide Fix Lens, Wide Zoom Lens, STD Lens, Semi Long Zoom I, Long Zoom I Lens, Long Zoom 2 Lens, Ultra Wide Zoom Lens

BENQ LU9915 - Projection table - 1

LU9915

Screen SizeJAM37.021 5J.JAM37.001 5J.JAM37.051
Wide Fix LensWide Zoom Lens STD Lens Semiong Zoom1
Diagonal Width Height (B) Distance (A)
Fixed WideTele Wide TeleWide Tele
(inch)m)(inch)(m)(inch)(m)(inch)(m)(inch)(m)(inch)(m)(inch)(m)
401.02340.86210.5425.10.6441.41.0559.91.5257.21.4575.81.9373.61.87124.13.15
501.27421.08260.6731.80.8152.31.3375.41.9272.11.8395.52.4292.92.36155.93.96
601.52511.29320.8138.50.9863.11.6090.92.3187.12.21115.12.92112.12.85187.84.77
802.03681.72421.0852.01.3284.92.16121.83.09117.02.97154.33.92150.53.82251.46.39
1002.54852.15531.3565.51.66106.62.71152.73.88147.03.73193.54.92188.94.80315.08.00
1203.051022.58641.6278.92.01128.43.26183.64.66176.94.49232.85.91227.65.78378.69.62
1503.811273.23792.0299.12.52161.04.09230.05.84221.85.63291.67.41285.07.24474.112.04
1804.571533.88952.42119.33.03193.64.92276.47.02266.76.77350.58.90342.68.70569.514.47
2005.081704.311062.69132.83.37215.35.47307.37.81296.67.53389.79.90381.09.68633.116.08
3007.622546.461594.04200.15.08324.08.23461.911.73446.311.34585.914.9573.214.56951.224.16
40010.163398.622125.38267.46.79432.710.99616.615.66595.915.14782.319.87765.319.441269.732.25
50012.7042410.772656.73334.88.50541.513.75771.219.59745.618.94978.324.85957.424.321587.840.33
Screen Size5J.JAM37.0315J.JAM37.0415J.JAM37.061
Long Zoom 1 LensLong zoom 2 LensUltra Wide zoom Lens
Diagonal Width Height (B)Distance (A)
WideTeleWideTele WideTele
(inch)m)(inch)(m)(inch)(m)(inch)(m)(inch)(m)(inch)(m)
401.02340.86210.54118.73.01181.04.60173.94.42277.77.0524.50.6231.10.79
501.27421.08260.67149.73.80227.65.78220.25.59350.08.8931.10.7939.21.00
601.52511.29320.81180.74.59274.16.96266.66.77422.310.7337.60.9647.41.20
802.03681.72421.08242.76.16367.39.33359.49.13567.014.4050.81.2963.81.62
1002.54852.15531.35304.37.73460.411.70452.111.48711.618.0763.91.6280.22.04
1203.051022.58641.62366.79.31553.614.06544.913.84856.221.7577.11.9696.62.45
1503.811273.23792.02459.411.67693.317.61684.017.371073.127.2696.82.46121.13.08
1804.571533.88952.42552.414.03833.021.16823.120.911290.132.77116.52.96145.73.70
2005.081704.311062.69614.715.6926.423.53915.923.261434.736.44129.73.29162.14.12
3007.622546.461594.04924.023.471392.135.361379.635.042157.854.81195.44.96244.06.20
40010.163398.622125.381233.931.341857.947.191843.346.822880.973.18261.26.63325.98.28
50012.7042410.772656.731543.739.212323.659.022307.158.603604.091.54326.98.30407.710.36

Ultra Short Reflection

BENQ LU9915 - Ultra Short Reflection - 1

BENQ LU9915 - Ultra Short Reflection - 2

LI: Screen to the point of mirror
L2: Screen to projector front
L3: Screen to project back
H1: Screen bottom to projector top side
H2: Screen bottom to projector bottom

Screen size
Ultra Short Reflection
Diagonal WidthHeight H1H2 L1L2L3
inch mminch mminch mminch mminch mminch mm inchmm inch mm
100 2540 85216653 135519 48528701 33849 22564 -1-24
120 3048 102259964 162723 59632812 39100028 7155 127
150 3810 128324780 203230 76339979 48122737 94214 354
200 5080 1704330107 2711 41 104149 1257631606 521321 29733
250 6350 2135415 1333391 52 1320601536 781984 671111
300 7620 2566500160 4071 63 159871181493 2362822077 591489
350 8890 2997535187 4752 74 1877822093108 2741972456 741868

BENQ LU9915 - Ultra Short Reflection - 3

Note:

For more visualized instructions, please go to BenQ calculator website http://projectorcalculator.beng.com/.
- Precise installation is preferred to be done by professionals. Contact your dealer for more information.
- When UST lens is installed to the projector, it is recommended to loosen the screw on the support kit and make the arm movable before adjustment.
- The User Manual for UST Lens installation is available from local BenQ website.

Lens shift

Lens shift adjustable range

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

Model NameLens Type BenQ Part Number Lens ShiftRange
LS1ST4 UltraShort Throw 5J.JCY37.001-3% ~ +7% Vertical; -5% ~ +5% Horizontal (Central position at 56.5%)
LS1ST3 Widefix 5J.JAM37.011 NA
LS1ST2 UltraWide 5J.JAM37.0610 ~ +50% Vertical; -6.7% ~ +6.7% Horizontal
LS1ST1 WideZoom 5J.JAM37.0210 ~ +50% Vertical; -10% ~ +10% Horizontal
LS1SD Standard5J.JAM37.001 0 ~ +50% Vertical; -10%~ +10% Horizontal
LS1LT1 SemiLong 5J.JAM37.0510 ~ +50% Vertical; -10% ~ +10% Horizontal
LS1LT2 LongZoom1 5J.JAM37.031 0 ~ +50% Vertical; -10% ~ +10% Horizontal
LS1LT3 LongZoom2 5J.JAM37.041 0 ~ +50% Vertical; -10% ~ +10% Horizontal

BENQ LU9915 - Lens shift adjustable range - 1

BENQ LU9915 - Lens shift adjustable range - 2

Note:

The drawings above apply to the standard lens only.

Installation positioning

BENQ LU9915 - Installation positioning - 1
Ceiling mount installation

BENQ LU9915 - Installation positioning - 2
Desktop installation

BENQ LU9915 - Installation positioning - 3

Note:

Lens Shift function is not available to LSIST3 (Fixed Lens). This lens should be used for "zero degree"/"no-offset" applications. See below:

BENQ LU9915 - Note: - 1

Dimensions

Cabinet dimensions

BENQ LU9915 - Cabinet dimensions - 1

Ceiling mount hole dimensions

BENQ LU9915 - Ceiling mount hole dimensions - 1

Ceiling mount dimensions (CMG6)

BENQ LU9915 - Ceiling mount dimensions (CMG6) - 1

BENQ LU9915 - Ceiling mount dimensions (CMG6) - 2

BENQ LU9915 - Ceiling mount dimensions (CMG6) - 3

BENQ LU9915 - Ceiling mount dimensions (CMG6) - 4

Optional lens dimensions

BENQ LU9915 - Optional lens dimensions - 1
Optional Lens (UST: LSIST4) Optional Lens (WIDE FIX: LSIST3)

BENQ LU9915 - Optional lens dimensions - 2

BENQ LU9915 - Optional lens dimensions - 3
Optional Lens (UWZ: LSIST2)

BENQ LU9915 - Optional lens dimensions - 4
Optional Lens (WIDE: LSISTI)

BENQ LU9915 - Optional lens dimensions - 5
Optional Lens (STD: LSISD)

BENQ LU9915 - Optional lens dimensions - 6
Optional Lens (SEMI:LSILT1)

BENQ LU9915 - Optional lens dimensions - 7
Optional Lens (LONG1:LSILT2)

BENQ LU9915 - Optional lens dimensions - 8
Optional Lens (LONG2:LSILT3)

LED indication

Indicator messages

Several indicator messages are used by the projector to alert users about problems with setup or system error. The LEDs on top cover of the projector illustrated below.

BENQ LU9915 - Indicator messages - 1

TEMP

BENQ LU9915 - Indicator messages - 2

LIGHT

SOURCE

BENQ LU9915 - Indicator messages - 3

STATUS

BENQ LU9915 - Indicator messages - 4

POWER

TEMPLED

LED display Projector statusOperation tips
Off Normal status
Flashing Red Overtemperature errorContact with your nearest authorized dealer or service center.

LIGHT SOURCE LED

LED display Projector statusOperation tips
Off Light source is off
FlashingGreen Projectoris turning on
Red (Cycles of 6)Light source is end-of-life Please call the local service center.
OnRed Light sourceproblem Please call the local service center.
Green Light source is on

STATUS LED indicator

LED display Projector statusOperation tips
Close Normal
FlashingRed (once) Safety switch errorPlease check whether the top cover is well assembled or lens is well installed or not. If the problem persists, call the local service center.
Red (quadruple)Fan error Call the local service center.
Lights up Red System error Call the local service center.

POWER LED indicator

LED display Projector statusOperation tips
Close AC power turned off CheckAC power source and power on the projector.
FlashingGreenReady to power on the projectorWait until the projector starts projecting.
OrangeThe projector is cooling down
Lights upRed Standby modeTo power on the projector, press the ON key on the remote controller or the Power key on the control panel.
Green Projectorpowered on

Table des matieres

Avis 19

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LanZiIeHsiJxJyHnHbWvHnAraFepaNaaHofmEeHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnHnH

RS232 pin assignment

BENQ LU9915 - RS232 pin assignment - 1

RS232 Command Table

Function TypeDescription ASCII
PowerWrite Power On <CR>*pow=on#<CR>
Write Power off <CR>*pow=off#<CR>
Read Power Status <CR>*pow=?#<CR>
Source SelectionWrite COMPUTER YPbPr <CR>*sour=RGB#<CR>
Write COMPUTER 2/YPbPr2 <CR>*sour=RGB2#<CR>
Write DVI-D <CR>*sour=dvid#<CR>
Write HDMI <CR>*sour=hdmi#<CR>
Write DisplayPort <CR>*sour=dp#<CR>
Write 3G-SDI <CR>*sour=sdi#<CR>
Write HDBaseT <CR>*sour=hdbaset#<CR>
Read Current source <CR>*sour=?#<CR>
Picture ModeWrite Presentation <CR>*appmod=preset#<CR>
Write Bright <CR>*appmod=bright#<CR>
Write Cinema <CR>*appmod=cine#<CR>
Write DICOM SIM <CR>*appmod=dicom#<CR>
Write Vivid <CR>*appmod=vivid#<CR>
Read Picture Mode <CR>*appmod=?#<CR>
Picture SettingsWrite Contrast + <CR>*con=+#<CR>
Write Contrast - <CR>*con=-##<CR>
Read Contrast value <CR>*con=?#<CR>
Write Brightness + <CR>*bri=+#<CR>
Write Brightness - <CR>*bri=-##<CR>
Read Brightness value <CR>*bri?#<CR>
Write Color + <CR>*color=+#<CR>
Write Color - <CR>*color=-##<CR>
Read Color value <CR>*color=+#<CR>
Write Hue + <CR>*hue=+#<CR>
Write Hue - <CR>*hue=-##<CR>
Read Hue value <CR>*hue=+#<CR>
Write Sharpness + <CR>*sharp=+#<CR>
Write Sharpness - <CR>*sharp=-##<CR>
Read Sharpness value <CR>*sharp=/#<CR>
Write Gamma 1.0 <CR>*gm=10#<CR>
Write Gamma 1.8 <CR>*gm=18#<CR>
Write Gamma 2.0 <CR>*gm=20#<CR>
Write Gamma 2.2 <CR>*gm=22#<CR>
Write Gamma 2.35 <CR>*gm=235#<CR>
Write Gamma 2.5 <CR>*gm=25#<CR>
Write Gamma BenQ <CR>*gm=benq#<CR>
Read Gamma Status <CR>*gm=?#<CR>
Write Noise Reduction + <CR>*nr=+#<CR>
Write Noise Reduction - <CR>*nr=-##<CR>
Read Noise Reduction value <CR>*nr=?#<CR>
Write Overscan Of <CR>*ov=off#<CR>
Write Overscan Crop <CR>*ov=crop#<CR>
Write Overscan Zoom <CR>*ov=zoom#<CR>
Read Overscan Status <CR>*ov=?#<CR>
Write Reset picture settings <CR>*picture=reset#<CR>
Write Digital Zoom In <CR>*zoom #<CR>
Write Digital Zoom out <CR>*zoom D#<CR>
Write Digital Pan right <CR>*zoom P=+##<CR>
Write Digital Pan left <CR>*zoom P=-##<CR>
Write Digital Pan value <CR>*zoomP=?#
Write Digital Scan up <CR>*zoomS=+#<CR>
Write Digital Scan down <CR>*zoomS=-#<CR>
Write Digital Scan value <CR>*zoomS=?#
Write Digital Zoom Reset <CR>*zoomD=reset#
Write Auto PC (Resync current source) <CR>*auto#
Write Color Temperature-Warmer <CR>*ct=warmer#
Write Color Temperature-Warm <CR>*ct=warm#
Write Color Temperature-Normal <CR>*ct=normal#
Write Color Temperature-Cool <CR>*ct=cool#
Write Color Temperature-lamp native <CR>*ct=native#
Read Color Temperature Status <CR>*ct=?#
Picture Settings : Color AdjustmentWrite Color Red Offset + <CR>*roffset=+#<CR>
Write Color Red Offset - <CR>*roffset=.-#<CR>
Read Color Red Offset value <CR>*roffset=##<CR>
Write Color Green Offset + <CR>*goffse=+##<CR>
Write Color Green Offset - <CR>*goffse=##<CR>
Read Color Green Offset value <CR>*goffse=##<CR>
Write Color Blue Offset + <CR>*boffset=+##<CR>
Write Color Blue Offset - <CR>*boffset=.-#<CR>
Read Color Blue Offset value <CR>*boffset=##<CR>
Write Color Red Gain + <CR>*rgain=+##<CR>
Write Color Red Gain - <CR>*rgain=##<CR>
Read Color Red Gain value <CR>*rgain=##<CR>
Write Color Green Gain + <CR>*ggain=+##<CR>
Write Color Green Gain - <CR>*ggain=##<CR>
Read Color Green Gain value <CR>*ggain=##<CR>
Write Color Blue Gain + <CR>*bgain=+##<CR>
Write Color Blue Gain - <CR>*bgain=-##<CR>
Read Color Blue Gain value <CR>*bgain=##<CR>
Picture Settings : HueWrite Hue Red + <CR>*huer=+##<CR>
Write Hue Red - <CR>*huer=##<CR>
Read Hue Red value <CR>*huer=##<CR>
Write Hue Green + <CR>*hueg=+##<CR>
Write Hue Green - <CR>*hueg=##<CR>
Read Hue Green value <CR>*hueg=##<CR>
Write Hue Blue + <CR>*hueb=+##<CR>
Write Hue Blue - <CR>*hueb=##<CR>
Read Hue Blue value <CR>*hueb=##<CR>
Write Hue Cyan + <CR>*huec=+##<CR>
Write Hue Cyan - <CR>*huec=##<CR>
Function TypeDescription ASCI
Read Hue Cyan value<CR>*huec=?#
Write Hue Magenta + <CR>*huem=+#
Write Hue Magenta - <CR>*huem=-#
Read Hue Magenta value <CR>*huem=?
Write Hue Yellow - <CR>*huey=+#
Write Hue Yellow - <CR>*huey=-#
Read Hue Yellow value <CR>*huey?#
Picture Settings : SaturationWrite Saturation Red + <CR>*satr=+#
Write Saturation Red - <CR>*satr=-#
Read Saturation Red value <CR>*satr=?#
Write Saturation Green + <CR>*satg=+#
Write Saturation Green - <CR>*satg=-#
Read Saturation Green value <CR>*satg=?
Write Saturation Blue + <CR>*satb=+#
Write Saturation Blue - <CR>*satb=-#
Read Saturation Blue value <CR>*satb=?
Write Saturation Cyan + <CR>*satc=+#
Write Saturation Cyan - <CR>*satc=-#
Read Saturation Cyan value <CR>*satc=?
Write Saturation Magenta + <CR>*satm=+#
Write Saturation Magenta - <CR>*satm=-#
Read Saturation Magenta value <CR>*satm=?
Write Saturation Yellow + <CR>*saty=+#
Write Saturation Yellow - <CR>*saty=-#
Read Saturation Yellow value <CR>*saty=?
Picture Settings : GainWrite Gain Red + <CR>*gainr=+#
Write Gain Red - <CR>*gainr=-#
Read Gain Red value <CR>*gainr=+#
Write Gain Green - <CR>*gaing=+#
Write Gain Green - <CR>*gaing=-#
Read Gain Green value <CR>*gaing=?#
Write Gain Blue + <CR>*gainb=+#
Write Gain Blue - <CR>*gainb=-#
Read Gain Blue value <CR>*gainb=+#
Write Gain Cyan + <CR>*gainc=+#
Write Gain Cyan - <CR>*gainc=-#
Read Gain Cyan value <CR>*gainc=+#
Write Gain Magenta + <CR>*gainm=+#
Write Gain Magenta - <CR>*gainm=-#
Read Gain Magenta value <CR>*gainm=+#
Write Gain Yellow + <CR>*gainy=+#
Write Gain Yellow - <CR>*gainy=-#<CR>
Read Gain Yellow vallue <CR>*gainy=?#<CR>
Picture Settings : White BalanceWrite White balancé Red + <CR>*wbr=+#<CR>
Write White balancé Red - <CR>*wbr=-#<CR>
Read White balancé Red value <CR>*wbr=?#<CR>
Write White balancé Green + <CR>*wbg=+#<CR>
Write White balancé Green - <CR>*wbg=-#<CR>
Read White balancé Green value <CR>*wbg?#<CR>
Write White balancé Blue + <CR>*wbb=+#<CR>
Write White balancé Blue - <CR>*wbb=-#<CR>
Read White balancé Blue value <CR>*wbb=?#<CR>
DisplayWrite Aspect 4:3 <CR>*asp=4:3#<CR>
Write Aspect 16:9 <CR>*asp=1 6:9#<CR>
Write Aspect 16:10 <CR>*asp=1 6:10#<CR>
Write Aspect Source <CR>*asp=AUTO#<CR>
Write Aspect Unscaled <CR>*asp=REAL#<CR>
Write Aspect Theaterscope <CR>*asp=THEA#<CR>
Write Aspect 5:4 <CR>*asp=5:4#<CR>
Write Aspect 1.88 <CR>*asp=1 88#<CR>
Write Aspect 2.35 <CR>*asp=2 35#<CR>
Read Aspect Status <CR>*asp=?#<CR>
Write V Position + <CR>*vpos=+#<CR>
Write V Position - <CR>*vpos=-#<CR>
Read Current V Position <CR>*vpos=?#<CR>
Write H Position + <CR>*hpos=+#<CR>
Write H Position - <CR>*hpos=-#<CR>
Read Current H Position <CR>*hpos=?#<CR>
Write Phase + <CR>*phase=+#<CR>
Write Phase - <CR>*phase=-#<CR>
Read Current Phase <CR>*phase=##<CR>
Write Tracking + <CR>*tracking=+#<CR>
Write Tracking - <CR>*tracking=-#<CR>
Read Current Tracking <CR>*tracking=?"#<CR>
Write Sync level + <CR>*synclev=+#<CR>
Write Sync level - <CR>*synclev=-#<CR>
Read Current Sync level <CR>*synclev=?"#<CR>
Write Color space Auto <CR>*cs=auo#<CR>
Write Color space YPbPr <CR>*cs=yp#<CR>
Write Color space YCbCr <CR>*cs=yc#<CR>
Write Color space RGB-PC <CR>*cs=rgb#p#<CR>
Write Color space RGB-Video <CR>*cs=rgb#v#<CR>
Read Current colorspace <CR>*cs=?#
Write Reset display*display=reset#
Display : 3D &PIPWrite 3D Sync Off*3d=off#
Write 3D Auto*3d=auto#
Write 3D Sync Sideby Side <CR>*3d=sbs#
Write 3D Sync TopBottom <CR>*3d=tb#
Write 3D Sync FrameSequential <CR>*3d=fs#
Write 3D inverter disable <CR>*3d=da#
Write 3D inverter*3d=iv#
Read 3D Sync Status*3d?#
Read 3D DLP Link On <CR>*dlplink=on#
Read 3D DLP Link Off <CR>*dlplink=off#
Read 3D DLP Link Status <CR>*dlplink?#
Read 3D Sync reference <CR>*3dsync?#
Write PIP mode Or*pip=on#
Write PIP mode Of*pip=off#
Write PIP HDMI*psour=hdmi#
Write PIP DVI-D*psour=dvid#
Write PIP COMPUTER*psour=RGB#
Write PIP COMPUTER*psour=RGB2#
Write PIP DisplayPort*psour=dp#
Write PIP 3G-SDI*psour=sdii#
Write PIP HDBaseT*psour=hdbaset#
Read Current PIP source*psour?#
Write PIP positionTop Left <CR>*pippos=tl#
Write PIP positionTop Right <CR>*pippos=tr#
Write PIP positionBottom Left <CR>*pippos=bl#
Write PIP positionBottom Right <CR>*pippos=br#
Write PIP positionPBP <CR>*pippos=pbp#
Read Current PIP position*pippos?#
SetupWrite Set language*lang=EN#
Write Set language*lang=FR#
Write Set language*lang=P#
Write Set language*lang=GE#
Write Set language*lang=PO#
Write Set language*lang=C#
Write Set language*lang=A#
Write Set language*lang=KO#
Write Set language*lang=$W#
Write Set languageto Russian*lang=RU#<CR>
Write Set languageto Italian*lang=IT#<CR>
Read Language status*lang=?#<CR>
Write Projection Position-Front Table*pp=FT#<CR>
Write Projection Position-Rear Table*pp=RE#<CR>
Write Projection Position-Rear Ceiling*pp=RC#<CR>
Write Projection Position-Front Ceiling*pp=FC#<CR>
Write Projection Position-Freetilt*pp=TF#<CR>
Read Projection Position Status*pp=?#<CR>
Write Quick auto search on*QAS=on#<CR>
Write Quick auto search off*QAS=off#<CR>
Read Quick auto search status*QAS=?#<CR>
Write Set test pattern Off*tp=off#<CR>
Write Set test pattern White*tp=white#<CR>
Write Set test pattern Black*tp=black#<CR>
Write Set test pattern Red*tp=red#<CR>
Write Set test pattern Green*tp=green#<CR>
Write Set test pattern Blue*tp=blue#<CR>
Write Set test pattern Checkerboard*tp=checker#<CR>
Write Set test pattern CrossHatch*tp=crosshatch#<CR>
Write Set test pattern V Burst*tp=vburst#<CR>
Write Set test pattern H Burst*tp=hburst#<CR>
Write Set test pattern ColorBar*tp=colorbar#<CR>
Read Get test pattern status*tp=?#<CR>
Write Reset Setup*setup=reset#<CR>
Light Settings (laser)Write Laser powerNormal mode*lampn=Inor#<CR>
Write Laser powerEco mode*lampn=eco#<CR>
Write Laser powerCustom mode*lampn=cust#<CR>
Read Get laser power mode*lampn?#<CR>
Write Custom power level +*lamppl=+#<CR>
Write Custom power level -*lamppl=-#<CR>
Write Custom power level*lampc pl=0 value#<CR>
Read Custom power level ?*lampc pl=?#<CR>
Write High Altitude mode on*Hightitude=on#<CR>
Write High Altitude mode off*Hightitude=off#<CR>
Write High Altitude mode auto*Highaltitude=auto#<CR>
Read High Altitude mode status*High altitude?#<CR>
Function TypeDescription ASCII
WarpingWrite Set Active Warp to Keystone*warp=key*one#
Write Set Active Warp to 4 Corners*warp=4corners#
Write Set Active Warp to Rotation*warp=rotationon#
Write Set Active Warp to Pin/Barrel*warp=pinbarrel#
Read Active Warp Status*warp=?#
Write Warp Reset*warp=reset#
Write Keystone-Horizontal Decrease*hkeyst=-#
Write Keystone-Horizontal Increase*hkeyst=+#
Read Keystone-Horizontal Status*hkeyst=?#
Write Keystone-Vertical Decrease*vkeyst=-#
Write Keystone-Vertical Increase*vkeyst=+#
Read Keystone-Vertical Status*vkeyst=?#
Write Rotation Decrease*rot=-#
Write Rotation Increase*rot=+#
Read Rotation Status*rot=?#
Write Horizontal Pin/Barrel Decrease*hpina=-#
Write Horizontal Pin/Barrel Increase*hpina=+#
Read Horizontal Pin/Barrel Status*hpina=##
Write Vertical Pin/Barrel Decrease*vpina=-#
Write Vertical Pin/Barrel Increase*vpina=+#
Read Vertical Pin/Barrel Status*vpina=##
Write 4 Corners Top-Left-X Decrease*4ctlx=-#
Write 4 Corners Top-Left-X Increase*4ctlx=+#
Read 4 Corners Top-Left-X Status*4ctlx=?#
Write 4 Corners Top-Left-Y Decrease*4ctly=-#
Write 4 Corners Top-Left-Y Increase*4ctly=+#
Read 4 Corners Top-Left-Y Status*4ctly=?#
Write 4 Corners Top-Right-X Decrease*4ctrx=-#
Write 4 Corners Top-Right-X Increase*4ctrx=+#
Read 4 Corners Top-Right-X Status*4ctrx=##
Write 4 Corners Top-Right-Y Decrease*4ctry=-#
Write 4 Corners Top-Right-Y Increase*4ctry=+#
Read 4 Corners Top-Right-Y Status*4ctry=?#
Write 4 Corners Bottom-Left-X Decrease
Write 4 Corners Bottom-Left-X Increase*4cblx=+#
Read 4 Corners Bottom-Left-X Status*4cblx=##
Write 4 Corners Bottom-Left-Y Decrease
Write 4 Corners Bottom-Left-Y Increase*4cbly=+#
Read 4 Corners Bottom-Left-Y Status*4cbly=##
Function TypeDescription ASCI
Write 4 Corners Bottom-Right-X Decrease
Write 4 Corners Bottom-Right-X Increase
Read 4 Corners Bottom-Right-X Status <CR>*4cbrx?#
Write 4 Corners Bottom-Right-Y Decrease
Write 4 Corners Bottom-Right-Y Increase
Read 4 Corners Bottom-Right-Y Status <CR>*4cbry?#
Write Surface Fit Left Decrease <CR>*surfitl=-#
Write Surface Fit Left Increase <CR>*surfitl=+#
Read Surface Fit Left Status <CR>*surfitl?#
Write Surface Fit Right Decrease <CR>*surfitr=-#
Write Surface Fit Right Increase <CR>*surfitr=+#
Read Surface Fit Right Status <CR>*surfitr?#
Write Surface Fit Top Decrease <CR>*surfitt=-#
Write Surface Fit Top Increase <CR>*surfitt=+#
Read Surface Fit Top Status <CR>*surfitt?#
Write Surface Fit Bottom Decrease <CR>*surfitb=-#
Write Surface Fit Bottom Increase <CR>*surfitb=+#
Read Surface Fit Bottom Status <CR>*surfitb?#
BlankingWrite Blanking Reset <CR>*bnk=reset#
Write Blanking Top Decrease <CR>*bnkt=##
Write Blanking Top Increase <CR>*bnkt=+#
Read Blanking Top Status <CR>*bnkt=?#
Write Blanking Bottom Decrease <CR>*bnkb=-#
Write Blanking Bottom Increase <CR>*bnkb=+#
Read Blanking Bottom Status <CR>*bnkb=?#
Write Blanking Left Decrease <CR>*bnkl=##
Write Blanking Left Increase <CR>*bnkl=+#
Read Blanking Left Status <CR>*bnkl?#
Write Blanking Right Decrease <CR>*bnkr=-#
Write Blanking Right Increase <CR>*bnkr=+#
Read Blanking Right Status <CR>*bnkr?#
Function TypeDescription ASCI
Edge BlendingWrite Edge Blending On <CR>*eb=on#<CR>
Write Edge Blending Off <CR>*eb=off#<CR>
Read Edge Blending Status <CR>*eb=?#<CR>
Write Edge Blending Reset <CR>*eb=reset#<CR>
Write Edge Blending adjust lines On <CR>*ebadl=on#<CR>
Write Edge Blending adjust lines Off <CR>*ebadl=off#<CR>
Read Edge Blending adjust lines Status <CR>*ebadl?#<CR>
Write Edge Blending White Level Top Decrease<CR>*ebwt=-#<CR>
Write Edge Blending White Level Top Increase<CR>*ebwt=+#<CR>
Read Edge Blending White Level Top Status<CR>*ebwt?#<CR>
Write Edge Blending White Level Bottom Decrease<CR>*ebwb=-#<CR>
Write Edge Blending White Level Bottom Increase<CR>*ebwb=+#<CR>
Read Edge Blending White Level Bottom Status<CR>*ebwb?#<CR>
Write Edge Blending White Level Left Decrease<CR>*ebwl=-#<CR>
Write Edge Blending White Level Left Increase<CR>*ebwl=+#<CR>
Read Edge Blending White Level Left Status<CR>*ebwl?#<CR>
Write Edge Blending White Level Right Decrease<CR>*ebwr=-#<CR>
Write Edge Blending White Level Right Increase<CR>*ebwr=+#<CR>
Read Edge Blending White Level Right Status<CR>*ebwr?#<CR>
Write Edge Blending Black Level Top Decrease<CR>*ebbt=-#<CR>
Write Edge Blending Black Level Top Increase<CR>*ebbt=+#<CR>
Read Edge Blending Black Level Top Status<CR>*ebbt?#<CR>
Write Edge Blending Black Level Bottom Decrease<CR>*ebbb=-#<CR>
Write Edge Blending Black Level Bottom Increase<CR>*ebbb=+#<CR>
Read Edge Blending Black Level Bottom Status<CR>*ebbb?#<CR>
Write Edge Blending Black Level Left Decrease<CR>*ebbl=-#<CR>
Write Edge Blending Black Level Left Increase<CR>*ebbl=+#<CR>
Read Edge Blending Black Level Left Status<CR>*ebbl?#<CR>
Write Edge Blending Black Level Right Decrease<CR>*ebbr=-#<CR>
Write Edge Blending Black Level Right Increase<CR>*ebbr=+#<CR>
Read Edge BlendingBlack Level Right Status
Write Edge BlendingBlack Level All color Decrease
Write Edge BlendingBlack Level All color Increase
Read Edge BlendingBlack Level All color Status
Write Edge BlendingBlack Level Red Decrease
Write Edge BlendingBlack Level Red Increase
Read Edge BlendingBlack Level Red Status
Write Edge BlendingBlack Level Green Decrease
Write Edge BlendingBlack Level Green Increase
Read Edge BlendingBlack Level Green Status
Write Edge BlendingBlack Level Blue Decrease
Write Edge BlendingBlack Level Blue Increase
Read Edge BlendingBlack Level Blue Status
SystemWrite Standby Settings-Network on=on#<CR>
Write Standby Settings-Network off=off#<CR>
Read Standby Settings-Network Status=?#<CR>
Write Auto Power Off-on?#<CR>
Write Auto Power Off-off?#<CR>
Read Auto Power Off-Status?#<CR>
Write Direct Power On-on?#<CR>
Write Direct Power On-off?#<CR>
Read Direct Power On-Status?#<CR>
Write Set background to Logo?#<CR>
Write Set background to Black?#<CR>
Write Set background to Blue?#<CR>
Write Set background to White?#<CR>
Read Get background status?#<CR>
Write Startup logo off?#<CR>*start1go=off#<CR>
Write Startup logo on?#<CR>*start1go=on#<CR>
Write Get startup logo status?#<CR>*start1go=wuxga#<CR>
Write Select EDID WUXGA?#<CR>*edid=wuxga#<CR>
Write Select EDID 1080P?#<CR>
Read Get EDID selection?#<CR>*edid=?#<CR>
Write Trigger on?#<CR>*trigge=on#<CR>
Write Trigger off?#<CR>*trigge=off#<CR>
Function TypeDescription ASCII
Read Trigger status
Write Dynamic black k on
Write Dynamic black off
Read Dynamic black status
Write Factory reset
Write System reset
InformationRead Get Model Name
Read Get Serial Number
Read Get F/W Version
Read Get BQ F/W Version
Read Get Active source
Read Get Pixel clock
Read Get Signal format
Read Get H refresh rate
Read Get V refresh rate
Read Laser Hour
MiscellaneousWrite Blank On
Write Blank Off
Read Blank Status
Write Freeze On
Write Freeze Off
Read Freeze Status
Write Menu On
Write Menu Off
Read Menu Status
Write Up
Write Down
Write Right
Write Left
Write Enter
Write Remote Set
Read Remote Set Status
MiscellaneousRead Error Code
Write Serial Number code1
Read Serial Number Query
Write Lens Shift Up
Write Lens Shift Down
Write Lens Shift Left
Write Lens Shift Right
Write Lens Focus Plus
Write Lens Focus Minus
MiscellaneousWrite Lens Zoom Plus <CR>*zoom=+#<CR>
Write Lens Zoom Minus <CR>*zoom=-#<CR>
Write Lens load memory 1 <CR>*lensload=m1#<CR>
Write Lens load memory 2 <CR>*lensload=m2#<CR>
Write Lens load memory 3 <CR>*lensload=m3#<CR>
Write Lens load memory 4 <CR>*lensload=m4#<CR>
Write Lens load memory 5 <CR>*lensload=m5#<CR>
Write Lens load memory 6 <CR>*lensload=m6#<CR>
Write Lens load memory 7 <CR>*lensload=m7#<CR>
Write Lens load memory 8 <CR>*lensload=m8#<CR>
Write Lens load memory 9 <CR>*lensload=m9#<CR>
Write Lens load memory 10 <CR>*lensload=m10#<CR>
Read Read Lens memory status <CR>*lensload=?#<CR>
Write Lens save memory 1 <CR>*lenssave=m1#<CR>
Write Lens save memory 2 <CR>*lenssave=m2#<CR>
Write Lens save memory 3 <CR>*lenssave=m3#<CR>
Write Lens save memory 4 <CR>*lenssave=m4#<CR>
Write Lens save memory 5 <CR>*lenssave=m5#<CR>
Write Lens save memory 6 <CR>*lenssave=m6#<CR>
Write Lens save memory 7 <CR>*lenssave=m7#<CR>
Write Lens save memory 8 <CR>*lenssave=m8#<CR>
Write Lens save memory 9 <CR>*lenssave=m9#<CR>
Write Lens save memory 10 <CR>*lenssave=m10#<CR>
Write Reset Lens to center <CR>*lensreset=center#<CR>
Light Source ControlRead Lamp Hour <CR>*Itim=?#<CR>
Write Lamp hour reset <CR>*Itim=reset#<CR>
Read Total machine hour (power on time) Query<CR>*tmhour=?#<CR>

BENQ LU9915 - RS232 Command Table - 1

Note:

RS-232 Baud rate: 9600

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Product information

Brand : BENQ

Model : LU9915

Category : Projector