BenQ LU960ST Digital Projector Installation Guide

June 6, 2024
BenQ

Digital Projector Installation Guide

Installation Projector LU960ST / LU960

Notice

Notice on laser
Caution – Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation 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 the eyes and skin. There is a potential hazard of eye exposure to laser radiation if the included instructions are not followed. Do not allow to look into the projector beam at any distance from the projector. An adult should supervise the children to prevent exposure risks. Check that there is no one looking at the lens when using the remote control for starting the projector. Do not look at the projected light using optical devices(binoculars, telescopes, magnifying glasses, reflectors, etc).

  • Laser class
    This Laser Product is designated as Class 1 during all procedures of operation and complies with IEC/EN 60825-1:2014.

  • Laser parameters

Wavelength
Mode of operation
Pulse width
Pulse repetition rate
Maximum laser energy
Total internal power
Apparent source size
Divergence| 449nm – 461nm (Blue)
Pulsed, due to frame rate
1.15ms
120Hz
0.76mJ

100w
10mm, at lens stop
100 mili Radian
---|---

  • Laser light instruction

BenQ LU960ST Digital Projector

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

BenQ LU960ST Digital Projector - projectors

  • The projector can be installed at any angle. 360-degree projection

BenQ LU960ST Digital Projector - can

Caution:
Installation of the projector should be performed carefully Incomplete or improper installation may cause the projector to fall, resulting in personal injury or property damage.

  • Allow at least 50 cm of clearance around the exhaust vent.

BenQ LU960ST Digital Projector - clearance

  • 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 shut down even if the ambient temperature is within the acceptable operating temperature range.

Product information

Packing content

BenQ LU960ST Digital Projector - Packing content

Specification

Projection system| LU960ST LU960
---|---
1-CHIP DMD
Native resolution| 1920*1200 pixels, 16:10
Light source| Laser diodes
Throw ratio| 0.77 — 0.84| 1.13 — 1.70
Power consumption| 450Watts (Normal mode)/ 350Watts (Eco mode)
Dimension| 479.6 x 402 x 182.8 mm
Weight| 12 kg

Note:

  • The brightness output will vary depending on each unit and actual usage.
  • Please find the latest user manual on the local website.

Terminals

BenQ LU960ST Digital Projector - Terminals

MINI-B
Support Mini USB type B for service only.
LAN
For connection to RJ45 Cat5/Cat6 Ethernet cable to control the projector through a network.
HDBaseT
For connection to an HDBaseT transmitter via an Ethernet cable (Cat5/Cat6) to input up to 4K 30Hz, The RS232 control signal and IR control signal. The HDBaseT port supports RS-232/ IR/LAN Control, which can be selected in OSD.
HDMI 2
Connection to HDMI source.
HDMI 1
Connection to HDMI source.
DISPLAYPORT
Connection to a Display Port source.
HDMI OUT
Connection to HDMI device.
PC IN
15-pin VGA port for connection to RGB, component HD source, or PC.
MONITOR OUT
Connection to other display equipment for concurrent playback display.
AUDIO OUT
Connection to a speaker amplifier or headset.
AUDIO IN
Connection to an audio input source via an audio cable.
REAR LIGHT
Illumination for terminals.
USB 1.5A
Support 5V/1.5A output.
3D SYNC IN
Connect 3D-sync in the cable from a computer or an enabled device.
3D SYNC OUT
Connection to 3D IR sync signal transmitter.
RS-232 IN
Standard 9-pin D-sub interfaces for connection to PC control system and projector maintenance.
12V TRIGGER
3.5mm mini earphone jack, employs 200mA display relay to provide 12(+/-1.5)V output and short circuit protection.
WIRED REMOTE
Connection to wire remote controller.
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 LU960ST Digital Projector - Remote controlON / OFF
Toggles the projector between standby mode and on.
KEYSTONE+/KEYSTONEManually
corrects distorted images resulting from an angled projection.
VOLUME +/VOLUME
Increases/decreases the projector volume.
QUICK INSTALL
Displays the Quick Install OSD menu.
MUTE
Toggles projector audio between on and off.
Arrow keys (▲ Up, ▼ Down, ◄ Left, ► Right)
When the On-Screen Display (OSD) menu is activated, the arrow keys are used as directional arrows to select the desired menu items and to make adjustments.
ENTER
Selects an available picture setup mode. Activates the selected OnScreen Display (OSD) menu item.
MENU
Turns on the On-Screen Display (OSD) menu. Goes back to the previous OSD menu, exits, and saves menu settings.
EXIT
Goes back to the previous OSD menu, exits, and saves menu settings.
INPUT
Selects an input source for display.
PICTURE
Press to display Picture menu.
NETWORK
Selects Network Display as the input signal source.
AUTO-SYNC
Automatically determines the best picture timings for the displayed image.
ASPECT
Selects the display aspect ratio.
BLANK
Used to hide the screen picture.
OVERSCAN
Press to select overscan mode.
FREEZE
Freezes the projected image.
LAMP MODE
Press to display OSD menu to select desired light mode.
3D MODE
Press to display 3D setup menu.
INFO.
Press to display INFORMATION menu.
LIGHT
Press to open the backlight of the remote controller.
CLEAR
Clear remote ID SET assigned to all projectors. Press CLEAR and ID SET for five seconds. The LED blinks three times then the ID setting is cleared.
SHUTTER
The function is not available on this projector.
ID SET

  • Remote control ID SET (set the particular remote code) Press to set remote ID. Press ID SET for three seconds. The POWER indicator on the remote control blinks, then presses 01~99 to designate an ID.
    Note:
    The remote control number (Remote control ID) must match the Projector ID Setting number for accurate control.

  • Clear Remote ID SET (set remote code to all) Press CLEAR and ID SET for five seconds. The POWER indicator on the remote control blinks a single instance to reset remote code to all, can control projector no matter projector id setting.

Numeric buttons
Enters numbers in network settings.
Numeric buttons 1, 2, 3, 4 cannot be pressed when asked to enter a password.
WIRE REMOTE jack
Connect to a projector for wire remote control.

Installation

Lens Cap / Lens Lock

BenQ LU960ST Digital Projector - lens

  1. Remove lens cap before booting.
  2. Install lens lock
  3. Secure with screws, do not fully tighten
  4. Adjust the focus
  5. Tighten the screws

Projection table

BenQ LU960ST Digital Projector - table

LU960ST
The screen aspect ratio is 16:10 and the projected picture is 16:10.

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

Image size Distance
Diagonal Width
Inch mm
60 1524
100 2540
130 3302
150 3810
160 4064
170 4318
180 4572
190 4826
200 5080
250 6350
300 7620

• LU960
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.

Image size Distance
Diagonal Width
Inch mm
60 1524
100 2540
130 3302
150 3810
160 4064
170 4318
180 4572
190 4826
200 5080
250 6350
300 7620

BenQ LU960ST Digital Projector - fig1

Note :

  • For more visualized instructions, please go to the BenQ calculator website http://projectorcalculator.benq.com/.

  • 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 41 degrees Fahrenheit (5 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.

  • Lens shift range diagram

  • LU960ST / LU960

BenQ LU960ST Digital Projector - diagram

Note:

  • “To optimize the projection quality, we suggest utilizing the lens shift within vertical 50% and horizontal 20%.
  • Black corner may occur when reaching the mechanical limitation”

LED indicator

BenQ LU960ST Digital Projector - LED indicator

  • LED Usage
LED Name Detailed Description
Power LED Display the power on/off sequence status

Orange: Power Off (Green + Red)
Green: Power On
Blink: Warming up/Shutting Down & Cooling / Error Code
Temperature Status LED| Display the Thermal status (Fan Fail, Over Temperature, etc.)
Red: Thermal Over Temperature
Blink: Error Code
Lamp Status LED| Display the Lamp status (Lamp fail, Lamp spoil, etc.) Red: Lamp Fail
Blink: Error Code

System message

Power Temp Light Status & Description
Orange Stand-by
Green Flashing Powering up
Green Normal operation

Orange
Flashing| –| –| Normal power-down cooling
Red Flashing| Red Flashing| Red Flashing| Download
Green| | Red| CW start fails
Green| –| Red Fl ashi| Phosphor Wheel start fails
Orange| –| Red| Case open
Orange| –| ed
FlasR hing| Filter replaces warning
Orange| Green Flashing| –| Thermal break sensor error

Burn-In Messages

Power Temp Light Status & Description
Green Burn-in ON
Green Green Green Burn-in OFF

Lamp Error Messages

Power Temp Light Status & Description
Red The lamp I error in normal operation
Red Flashing The lamp is not lit up

Thermal Error Messages

Power Temp Light Status & Description
Red Red Fan I error (the actual fan speed is outside the desired speed)
Red Red
Flashing Fan 2 error (the actual fan speed is outside the desired speed)
Red Green Fan 3 error(the actual fan speed is outside the desired

speed)eed)
Red| Green
Flashing| –| Fan 4 error (the actual fan speed is outside the desired speed)
Red
Flashing| Red| –| Fan 5 error (the actual fan speed is outside the desired speed)
Red
Flashing| Red
Flashing| | Fan 6 error (the actual fan speed is outside the desired speed)
Red
Flashing| Green| –| Fan 7 error (the actual fan speed is outside the desired speed)
Green| Red| –| Temperature I error (over limited temperature)
Green| Red ng Fl ashi| –| Thermal Sensor I open error
Green| Green| –| Thermal Sensor I short error
Green| Green
Flashing| –| Thermal IC #1 I2C Connection error
Green
Flashing| Red| –| Temperature 2 error (over limited temperature)
Green
Flashing| Red
Flashing| –| Thermal Sensor 2 open error
Green
Flashing| Green| –| Thermal Sensor 2 short error
Green
Flashing| Green
Flashing| –| Thermal IC #2 12C Connection error
Green| Red| Red| Temperature 3 error (over limited temperature)
Power| Temp| Light| Status & Description
---|---|---|---
Green| Red| Red
Flashing| Thermal Sensor 3 open error
Green| Red| Green| Thermal Sensor 3 short error
Green| Red| Green
Flashing| Thermal IC #3 12C Connection error
Green| Red
Flashing| Red| Temperature 4 error (over limited temperature)
Green| Red
Flashing| Red
Flas hing| Thermal Sensor 4 open error
Green| Red
Flas ping| Green| Thermal Sensor 4short error
Green| Red
Flashing| Gre
F lashing in| Thermal IC #412C Connection error

Projector dimension

BenQ LU960ST Digital Projector - dimension

RS232 command control
RS232 pin assignment

No.| Serial|
---|---|---
1| N.C|
2| RDX
3| TXD
4| N.C
5| Ground
6| N.C
7| Short with pin8
8| Short with pin7
9| N.C

RS232 serial port with a crossover cable

Function Type Operation ASCII
Power Write Power On *pow=on#
Write Power Off *pow=off#
Read Power Status *pow=?#
Source Selection Write COMPUTER/YPbPr *sour=RGB#
Write HDMI(MHL) *sour=hdmi#
Write HDMI 2(MHL2) *sour=hdmi2#
Write HDBaseT *sour=hdbaset#
Write DisplayPort *sour=dp#
Read Current source *sour=?#
Audio Control Write Mute On *mute=on#
Write Mute Off *mute=off#
Read Mute Status *mute=?#
Write Volume + *vol=+#
Write Volume – *vo1=-#
Write Volume level for customer *vol=value#
Read Volume Status *vol=?#
Function Type Operation ASCII
--- --- --- ---
Audio Source Select Write Audio pass Through off *audiosour=off#
Write Audio-Computerl *audiosour=RGB#
Write Audio-HDMI *audiosour=hdmi#
Write Audio-HDMI2 *audiosour=hdmi2#
Write DisplayPort *audiosour=dp#
Write HDBaseT *audiosour=hdbaset#
Read Audio pass Status *audiosour=?#
Picture Mode Write Presentation *appmod=preset#
Write sRGB *appmod=srgb#
Write Bright *appmod=bright#
Write DICOM *appmod=dicom#
Write Infographic *appmodrinfographic#
Write Userl *appmod=userl#
Write User2 *appmodr user2#
Write 3D *appmodrthreed#
Write HDRI 0 *appmodr hdr
Write HLG *appmodr hIg
Write Video *appmod=video
Read Picture Mode *appmod=?#
Picture Setting Write Contrast + *con=+#
Write Contrast – *con=-#
Write Set Contrast value *con=value#
Read Contrast value *con=?#
Write Brightness + Thri=+#
Write Brightness – thri=-#
Write Set Brightness value Thri=value#
Read Brightness value thri=?#
Write Color + *color=+#
Write Color – *color=-#
Write Set Color value *color=value#
Read Color value *color=?#
Write Sharpness + *sharp=+#
Write Sharpness – *sharp=-#
Write Set Sharpness value *sharp=value#
Read Sharpness value *sharp=?#
Write Color Temperature-Warm *tt=warm#
Write Color Temperature-Normal *ct=normal#
Write Color Temperature-Cool *ct=cool#
Read Color Temperature Status ’ct=?#
Write Aspect 4:3 tasp=4:3#
Write Aspect 16:9 tasp= I 6:9#
Write Aspect 16:10 *asp= I 6:1 0#
Function Type Operation ASCII
--- --- --- ---
Picture Setting Write Aspect Auto xasp=AUTO#
Write Aspect Real *asp=REAL#
Write Aspect 2.4:1 *asp=2.4#
Read Aspect Status xasp=?#
Write Vertical Keystone + *vkeystone=+#
Write Vertical Keystone – *vkeystone=-#
Write Set Vertical Keystone value * vkeystone=value#
Read Vertical Keystone value tvkeystone=?#
Write Horizontal Keystone + *hkeystone=+#
Write Horizontal Keystone – *hkeystone=-#
Write Set Horizontal Keystone value * hkeystone=value#
Read Horizontal Keystone value *hkeystone=?#
Write Overscan Adjustment + *overscan=+#
Write Overscan Adjustment – *overscan=-#
Read Overscan Adjustment value *overscan=?#
Write 4 Corners Top-Left-X Decrease *cornerfittlx=-#
Write 4 Corners Top-Left-X Increase *cornerfittlx=+#
Read 4 Corners Top-Left-X Status *cornerfittlx=?#
Write 4 Corners Top-Left-Y Decrease *cornerfittly=-#
Write 4 Corners Top-Left-Y Increase *cornerfittly=+#
Read 4 Corners Top-Left-Y Status *cornerfittly=?#
Write 4 Corners Top-Right-X Decrease *cornerfittrx=-#
Write 4 Corners Top-Right-X Increase *cornerfittrx=+#
Read 4 Corners Top-Right-X Status *cornerfittrx=?#
Write 4 Corners Top-Right-Y Decrease *cornerfittry=-#
Write 4 Corners Top-Right-Y Increase *cornerfittry=+#
Read 4 Corners Top-Right-Y Status *cornerfittry=?#
Write 4 Corners Bottom-Left-X Decrease *cornerfitblx=-#
Write 4 Corners Bottom-Left-X Increase *cornerfitblx=+#
Read 4 Corners Bottom-Left-X Status *cornerfitblx=?#
Write 4 Corners Bottom-Left-Y Decrease *cornerfitbly=-#
Write 4 Corners Bottom-Left-Y Increase *cornerfitbly=+#
Read 4 Corners Bottom-Left-Y Status *cornerfitbly=?#
Write 4 Corners Bottom-Right-X Decrease *cornerfitbrx=-#
Write 4 Corners Bottom-Right-X Increase *cornerfitbrx=+#
Read 4 Corners Bottom-Right-X Status *cornerfitbrx=?#
Write 4 Corners Bottom-Right-Y Decrease *cornerfitbry=-#
Write 4 Corners Bottom-Right-Y Increase *cornerfitbry=+#
Read 4 Corners Bottom-Right-Y Status *cornerfitbry=?#
Write Digital Zoom In *zooml#
Write Digital Zoom out xzoom0#
Write Auto *auto#
Function Type Operation ASCII
--- --- --- ---
Picture Setting Write Brilliant color + I3C=+#
Write Brilliant color – 13C=-#
Write Brilliant color set value *BC=value#
Read Brilliant color status *BC=?#
Write Auto(HDR) *hdr=auto#
Write SDR *hdr=sdr#
Write HDRIO *hdr=hdr#
Write HLG *hdr=hIg#
Read HDR status *hdr=?#
Write Reset current picture settings *rstcurpicsetting#
Write Reset all picture settings *rstallpicsetting#
Operation Settings Write Projector Position-Front Table xpp=FT#
Write Projector Position-Rear Table *pp=RE#
Write Projector Position-Rear Ceiling *pp=RC#
Write Projector Position-Front Ceiling *pp=FC#
Read Projector Position Status sap=?#
Write Quick auto search *QAS=on#
Write Quick auto search *QAS=off#
Read Quick auto search status *QAS=?#
Write Menu Position – Center tmenuposition=center#
Write Menu Position – Top-Left tmenuposition=t1#
Write Menu Position – Top-Right *menuposition=tr#
Write Menu Position – Bottom-Right *menuposition=br#
Write Menu Position – Bottom-Left *menuRosition=b1#
Read Menu Position Status *menuRosition=?#
Write Direct Power On-on *directpower=on#
Write Direct Power On-off *directpower=off#
Read Direct Power On-Status *directpower=?#
Write Signal Power On-on *autopower=on#
Write Signal Power On-off *autopower=off#
Read Signal Power On-Status *autopower=?#
Baud Rate Write 2400 thaud=2400#
Write 4800 thaud=4800#
Write 9600 xbaud=9600#
Write 14400 xbaud=14400#
Write 19200 xbaud=19200#
Write 38400 *baud=38400#
Write 57600 *baud=57600#
Write 115200 *baud= I I 5200#
Read Current Baud Rate *baud=?#
Lamp Control Read Lamp Hour Itim=?#
Write Normal mode lampm=lnor#
Function Type Operation ASCII
--- --- --- ---
Lamp Control Write Eco mode xlampmreco#
Write Dimming mode lampm=dimming#
Write Custom mode lampm=custom#
Write Light level for custom mode lampcustom=value#
Read Light level status for custom mode lampcustom=?#
Read Lamp Mode Status lampm=?#
Miscellaneous Read Model Name *modelname=?#
Read System F/W Version *sysfwversion=?#
Read Scaler F/W Version *scalerfwversion=?#
Read Lan F/W Version lanfwversion=?#
Read MCU F/W Version *mcufwversion=?#
Write Blank On thlank=on#
Write Blank Off *blank=off#
Read Blank Status *blank=?#
Write Freeze On *freeze=on#
Write Freeze Off *freeze=off#
Read Freeze Status *freeze=?#
Write Menu On *menu=on#
Write Menu Off *menu=off#
Read Menu Status *menu=?#
Write Up *up#
Write Down *down#
Write Right *right#
Write Left left#
Write Enter *enter#
Write Back *back#
Write Source Menu On *sourmenu=on#
Write Source Menu Off *sourmenu=off#
Read Source Menu Status xsourmenu=?#
Write 3D Sync Off 8d=off#
Write 3D Auto *3d=auto#
Write 3D Sync Top Bottom 9d=tb#
Write 3D Sync Frame Sequential *3d=fs#
Write 3D Frame packing 8d=fp#
Write 3D Side by side Id=sbs#
Write 3D inverter disable 9d=da#
Write 3D inverter *3d=iv#
Write 3D nVIDIA 9d=nvidia#
Read 3D Sync Status *3d=?#
Write Remote Receiver-front *rr=1#
Write Remote Receiver-top *rr=t#
Write Remote Receiver-top+front *rr=tf#
Function Type Operation ASCII
--- --- --- ---
Miscellaneous Read Remote Receiver Status *rr=?#
Write AMX Device Discovery-on *amxdd=on#
Write AMX Device Discovery-off *amxdd=off#
Read AMX Device Discovery Status *amxdd=?#
Read Mac Address *macaddr=?#
Read Serial Number *serialnumber=?#
Write High Altitude mode on *Highaltitude=on#
Write High Altitude mode off 9-lighaltitude=off#
Read High Altitude mode status *Highaltitude=?#
Color Calibration Write Tint + int=+#
Write Tint – *tint=-#
Write Set Tint value stint=value#
Read Get Tint value xtint=?#
Write Set gamma value *gamma=value#
Read Gamma value status <CR xgamma=?#
Write Set HDR Brightness value *hdrbri=value#
Read Get HDR Brightness value thdrbri=?#
Write Red Gain + *RGain=+#
Write Red Gain – *RGain=-#
Write Set Red Gain value *RGain=value#
Read Get Red Gain value *RGain=?#
Write Green Gain + *GGain=+#
Write Green Gain – xGGain=-#
Write Set Green Gain value *GGain=value#
Read Get Green Gain value xGGain=?#
Write Blue Gain + *BGain=+#
Write Blue Gain – *BGain=-#
Write Set Blue Gain value *BGain=value#
Read Get Blue Gain value *BGain=?#
Write Red Offset + *ROffset=+#
Write Red Offset – *ROffset=-#
Write Set Red Offset value *ROffset=value#
Read Get Red Offset value *ROffset=?#
Write Green Offset + *GOffset=+#
Write Green Offset – *GOffset =-#
Write Set Green Offset value *GOffset=value#
Read Get Green Offset value <CR *GOffset=?#
Write Blue Offset + <CR *BOffset=+#
Write Blue Offset – <CR *BOffset=-#
Write Set Blue Offset value *BOffservalue#
Read Get Blue Offset value *80ffset=?#
Write Primary Color *primcr=value#
Function Type Operation ASCII
--- --- --- ---
Color Calibration Read Primary Color Status *primcr=?#
Write Hue + *hue=+#
Write Hue – thue=-#
Write Set Hue value *hue=value#
Read Get Hue value thue=?#
Write Saturation + *saturation=+#
Write Saturation – *saturation=-#
Write Set Saturation value *saturation=value#
Read Get Saturation value *saturation=?#
Write Gain + *gain=+#
Write Gain – tgain=-#
Write Set Gain value *gain=value#
Read Get Gain value tgain=?#
Service Read Error Code report *error=report#
Read FAN I speed sfanl=?#
Read FAN 2 speed sfan2=?#
Read FAN 3 speed *fan3=?#
Read FAN 4 speed tlan4=?#
Read FAN 5 speed tlan5=?#
Read FAN 6 speed tfan6=?#
Read FAN 7 speed lian7=?#
Read Temperature I *tmpl=?#
Read Temperature 2 *tmp2=?#
Read Temperature 3 *tmp3=?#
Read Temperature 4 ttmp4=?#
Read LED indicator *led=?#
  • PJLink protocal
    The network function of this projector supports the PJLink class 1, and the PJLink protocol can be used to perform projector setting and projector status query operations from a computer.

  • Control commands
    The following table lists the PJLink protocol commands that can be used to control the projector.

  • x characters in the table are non-specific characters.

Command| Control
Details| Parameter/
Return String| Remark
---|---|---|---
POWR| Power supply control| 0
I| Standby Power on
POWR?| Power supply status query| 0
I| Standby Power on
INPT| Input selection| II
12
21
31
32
33
34| PCI / YPbPrI
PC2 / YPbPr2
VIDEO HDMII HDMI2 DVI-D HDBaseT
INPT?| Input status que- ry
AVMT| Mute| 11
10 21 20 31 30| Video mute On Video mute Off Audio mute On Audio mute Off Video & Audio mute On
Video & Audio mute Off
AVMT?| Mute query
ERST?| Error status query| xxxxxx| Ist byte| Indicates fan errors, and returns 0 – 2| 0 — No error is detected
I = Warning
2nd byte| Indicates light source errors, and returns 0 – 2
3rd byte| Indicates temperature errors. and returns 0 – 2
4th byte| 2 = Error Return 0
5th byte| Return 0
6th byte| Indicates other errors, and returns 0 – 2
LAMP?| Light source status query| xxxxxxxxxxxx| 1st numbe (1-S digitals): Light source I runtime
INST?| Input selection list query| 11 12 21 31 32 33
34| LU960ST
Command| Control
Details| Parameter/
Return String| Remark
---|---|---|---
NAME?| Projector name query| xxxxx| Returns the name set in [PROJECTOR NAME] of [NET-WORK SETUP]
INFI?| Manufacturer name query| BenQ| Returns manufacturer name
INF2?| Model name query| LU960ST| Returns model name
INFO?| Other informadon queries| xxxxx| Returns information such as version number
CLASS?| Class information query| I| Returns class for PJLink

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

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