Becen BC-M260 User manual

USER’S MANUAL
Model: BC-M260
260W Beam Moving Head Light
Package Includes:
1 x beam moving head light
1 x clamp
1 x handle
1 x safe cable
1 x power cable
1 x DMX cable
Please read this manual before use

Contents
Chapter 1 Safety Guidance and Technical Parameters ..................................................1
1. Safety guidance................................................................................................1
2. Technical Specifications ..................................................................................2
Chapter 2 Panel Operation.............................................................................................3
1. An Overview....................................................................................................3
2. Operation..........................................................................................................4
2.1. Please use visual touch or assisted input to operate the lamp (Touch-enabled product) 4
2.2. Input parameters........................................................................................4
2.3. Set the Boolean parameter ........................................................................4
2.4. Subparameter page (parameters)...............................................................5
3. Function operations and parameter setting ......................................................5
3.1. Set the DMX address code........................................................................5
3.2. Set working mode of the lamp..................................................................6
3.3. Panel display settings................................................................................7
3.4. Scene mode...............................................................................................8
3.5. Set work parameters of the lamp...............................................................8
3.6. Check current status of the lamp.............................................................10
Chapter 3 Description of Channels..............................................................................11
1. Channel table..................................................................................................11
Chapter 4 Common Failures and Matters Needing Attention......................................14
1. Handling of common failures ........................................................................14
2. Matters needing attention...............................................................................15
3. Matters needing attention when RDM is used...............................................16
4. Installation of the lamp ..................................................................................16
5. Declaration.....................................................................................................17

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Chapter 1 Safety Guidance and Technical
Parameters
Attention
The equipment is well packaged when it leaves the factory. Please follow the user's manual, and the
machine failure is not covered by the warranty due to human reasons
1. Safety guidance
Please keep this instruction manual as a basis for a future consultation, and if you sell
this product to other users, please make sure that they also get it.
The lamp is only suitable for indoor drying places.
The installation and operation of the lamps should be carried out by professionals.


Equipment must be installed in a well-ventilated place, at least 50 cm from the adjacent
Ensure that the vents are



Do
The new lamp may have little smoke or odor, and will disappear after 15 minutes of

Before opening the lamp, please carefully check whether the power cord is damaged. If there is

Avoid flammable liquid, water, or metal and other electrical conductors from entering the lamp
interior to avoid electric shock or fire. If any foreign body enters the lamp, please cut off the
Avoid operating in a dirty and dusty environment,and clean and maintain the lamps regularly



Disconnect the power supply before replacing the fuse or light bulb.




There are no available parts inside the lamp, do not open the lamp shell without authorization

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Do not operate the machine by yourself. Non-professional operation will cause damage to the
equipment or functional failure. If maintenance is needed, please contact the nearest authorized
service center.


High temperature bulb explosion risk, do not open the lamp within 15 minutes of power
failu
Please replace the bulb when damaged, heat-

The light bulb will be very hot when the lamp is running. Do not touch it with your bare
Do not operate the machine when the bulb is not without a protective cover or the housing is
damaged.
2. Technical Specifications
Light source: 280W
Expected life of lamp bulbs: 2000 hours
Color temperature: 7800K
Voltage: AC100-240V,50/60HZ
Total power: 400W
Power port: Input/output port of Power Connector
Signal interface: Three-core DMX/RDM signal input/output
Advanced optical systems ensure clear image quality.
Beam angel: 0-2°
Control panel: LCD color panel +5 buttons; Chinese and English display interface;
Control mode: DMX512, RDM, self-propelled, master-slave, voice control functions
Control channel: 16CH
X-axis/Y-axis: 16-bit precision scanning; photoelectric reset system is used for horizontal and
vertical direction of X-axis 540° and Y-axis 270°. Accidental collision error can be
automatically retrieved and reset.
Color disc: One fixed color disc; a total of 13 kinds of colors (including white); the two-way
rainbow effect can achieve half-color, panchromatic, single and double color gradient and slow
motions in positive and negative directions. It also has Hall, magnet positioning and automatic
error correction function in any angle.
Fixed pattern plate: One fixed pattern plate, 10 kinds of metal patterns +3 kinds of glass
patterns. It also has Hall, magnet positioning and automatic error correction function in any
angle.
Dual Prism: It is equipped with a bi-directionally rotated and stacked 8 prism and a 16+8
Prism.
Stroboscopic: Mechanical stroboscopic design is used; the stroboscopic frequency is as high as
1-14 times/second; the stroboscopic frequency speed can be adjusted arbitrarily and the smooth
dimming is between 0% and 100%.
Independent atomizing effect
Independent seven-color sheets

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Dust-proof and oil-proof design
Electronic ballast
Bubble point system: The long-distance lamp bulb control system is designed to intelligently
control the openness and closure of lamp bulbs control system in distance and effectively
extend the service life of the lamp bulb.
Speed regulation through intelligent fan: Intelligent fan speed control: The fan will
automatically reduce its speed and reduce the noise of the fan when there is no point bubble or
the lamp is under the strobos-closed light state so as to create good performance environments.
Use DMX to connect and update the software.
Work environment
Maximum tolerable ambient temperature: 45°C
Maximum tolerable surface temperature: 65°C
The lowest acceptable operating temperature: -5°C
Chapter 2 Panel Operation
1. An Overview
The schematic diagram of lamp panel is shown in Figure 1. The upper title shows names of the
lamps and the lower part in the status bar, which shows signals of the current lamps and states
and faults of the lamp bulb (“ERR” will be displayed when there is no fault information;
otherwise, “NOR” will be displayed) and so on.
This lamp supports DMX/RDM protocol. When the lamp is searched by the RDM console, the
three letters "RDM" will appear on the panel to indicate that the lamp is enumerated normally.
In order to display and operate similar “Android operating system”, you can use your fingertip
or blunt object to click corresponding items.
Note: Do not use sharp objects to click the display so as not to damage it.
Figure 1 Schematic diagram of the display panel

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2. Operation
2.1 Please use visual touch or assisted input to operate the lamp (Touch-enabled
product)
The left zone is TFT display area and the touch area. Click the panel with your finger or hard
objects with dull surface and you can set parameters or view the status and do other operations.
The right area is used for auxiliary input. If you do not use the touch function of TFT, you can
use the auxiliary input to select the items you want to set or view and complete the operation.
2.2 Input parameters
If values need to be input into the selected parameter items, the window as shown in Figure 2 will
appear:
Fig 2. Number setting interface
Set the value: You can directly pull the slider to quickly set the required value or click the "up"
or "down" button on the right to set the required value accurately or use the auxiliary input to
set related values.
Apply the value: After data are well set by the "up" or "down" button, if you press the "Apply"
button in the lower left corner, the value will be sent to the lamp button immediately, but it is
not saved at that time.
Save the value: Click the "OK" button in the lower right corner to save the current value to the
internal memory. The saved values will be applied to the lamp next time you turn the lamp on.
2.3 Set the Boolean parameter
When the parameter is set to a Boolean value (such as ON or OFF), you only need to click
corresponding items directly to switch the parameters. The modified parameters will be saved
to the internal memory. Press the parameter option on the right and the corresponding options
will become gray. After you release your hand, corresponding parameters will be changed and
saved. If the parameter option is not the parameter you want to change, you can move your
finger to another part of the screen and corresponding parameters will not change.
Important Boolean parameters can be set through the window, as shown in Figure 3 below:

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Figure 3 Confirm the input window
2.4 Sub-parameter page (parameters)
3. Function operations and parameter setting
Enter the setting interface as shown in Figure 6-1:
In the main interface, you can enter corresponding parameter setting interfaces by selecting the
six buttons.
In the parameter setting interface, you can press the blue option on the left to quickly switch to
other setting interfaces.
3.1 Set the DMX address code
DMX address and channel mode can be set through the page shown in Figure 6-1.
The menu settings of lamps optimize the address setting. Operations for several kinds of address
setting are shown as follows:
Select “Previous” or “Next”, the address code of the precious one or the next one will be
automatically calculated according to the current address code and channel data. They can be
set quickly;
Click the address code value and you can enter the numeric editing window where you can set
any valid address codes. The lamp will automatically obtain current channel numbers of the
lamp and automatically filter unusable address codes (512- current channel number).
The lamp supports RDM protocol. You can set the address code of the lamp through RDM

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remotely.
Two buttons are provided:
Channel mode: Different channel modes can be selected circularly;
Lamp reset: Reset all motors.
3.2 Set working mode of the lamp
Operations modes of the lamp can be set to control the lamp bulb according to the page shown
in Figure 6-2. The lamp supports four operation modes (DMX mode, self-propelled mode,
voice-activated mode and scene mode). Please refer to the previous section for parameter value
setting. Detailed parameters are described as follows:
Operation mode
DMX mode
Under the console mode, it can receive DMX signal and RDM
signal.
Under the console mode, it can receive DMX signal and RDM
signal.
Self-propelled
mode
The lamp will be operated automatically according to the built-in
program.
Voice-activate
d mode
When the lamp detects strong sounds, the lamp will
automatically run a scene according to the built-in program,
otherwise, the last scene will continue.
Scene
mode 01
The lamp operates according to the scenes set; it supports the
customized editing of up to 10 scenes at most.
1~10
Output specified scenarios
Automatic
operation
Automatically output scenes in the sequence of
setting scene time (not 0). Scenes with time of 0
will be automatically ignored.
Master-slave
choice
It will become effective when it is not under DMX mode; please
select data output mode and the lamp will automatically detect
DMX status and automatically switch output to prevent data
conflicts.
Console
The lamp will be operated according to the built-in
program; if DMX has no signal, data will be output
(synchronization); otherwise, no data will be output.
Slave
The lamp will be operated according to the built-in
program and will not output data (it will not be
synchronized with other lamps).
Automatic
operation
If DMX has no signal, lamp will be operated
according to the built-in program; otherwise, the
lamp will be operated according to the DMX signal.
On-off
operation of
the lamp bulb
(Light sources of lamp bulbs) A confirmation dialog box will pop
up; select "sure" to confirm the current operation. Then, switch
on or off the lamp bulb and the time interval shall be set to be 30
seconds.

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Close
Output of the current lamp bulb is turned off.
Open
The current light output is turned on.
Scene mode is suitable for single lamp or small numbers of scenes. You only need to output
fixed scenes or operate a simple program. The console may not be connected; you only need to
edit it on the scene page.
If the light source of the lamp is the lamp bulb, you need to wait for 10 minutes after you turn
off the lamp bulb. You can turn on the lamp bulb then.
3.3 Panel display settings
The lamp supports Chinese-English settings and upside-down display. You can set
corresponding parameter according to operations shown in Figure 6-3. Specific menu contents
are shown in the table below:
Display settings
Language
Set languages displayed
English
English display
Chinese
Chinese display
Screen
protection
Set screen display content or mode if there is no operation on the
screen within 30 seconds.
Close
Keep the last operation page; the screen is on.
Mode 1
The screen is off
Mode 2
Black screen; address code of current lamp will be
displayed on the bottom left corner.
Mode 3
Display the trademark information, address code and
operation mode.
Screen
rotation
Set the display direction of the screen
Close
Non-reverse display
Open
Reverse display
Automati
c
Automatically detect lamp direction and switch the
display direction.
DMX
indication
Set the indication mode of DMX signal indicator lamp
Mode 1
It lights up when there is a signal and goes off when
there is no signal.
Mode 2
It goes off when there is a signal and lights up when
there is no signal.
Mode 3
If flashes when there is a signal and goes off when there
is no signal.
Signal
indication
brightness
Set the brightness of the signal indicator
1~10
10 grades
Screen
backlight
Set the brightness of the screen backlight after there is no operation
for 10 seconds. All lights will be on during operation.
1~10
10 grades

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Touch switch
Select whether to disable the touch screen; when the screen touch
is accidentally damaged, you may disable the touch function and
use the auxiliary input to set the lamp.
Touch-screen
calibration
When the screen touch is not accurate, you can enter the correction
page to correct the screen.
The lamp supports touch operation. If the touch screen does not work, you can enter the
calibration page to rectify the touch precision of the touch screen again. Under normal
situations, you should not enter this page. If the touch screen is damaged, please select “Disable
Touch Switch”.
3.4 Scene mode
Enter the page displayed on Figure 6-4 and the lamp will enter the scene editing mode. On this
page, the lamp will not receive DMX console data. The edited data will be reflected to the lamp
instantly.
Contents of the page are based on the currently selected channel and the channel contents and
orders displayed are the same as those of the lamp channel table. 10 scenes can be edited on
this page and they are shown in the table below:
Scene mode
Scene
selection
Select the scene to operate on at present
1~10
Setup formats for 10 scenes
Scene time
Set the retention time of the current scene on automatic mode; unit:
0.1 second
0
The current scene does not
participate in the automatic scene
output
1-255
From 0.. 1 to 25.5 seconds
1. X-axis
0-255
Set data for each channel so that
the display contents and orders can
match the channel table for the
lamp
……
0-255
……
0-255
N. function
0-255
If effective reset data are edited by the reset channel in the scene, the lamps will be reset.
However, after that, values of corresponding reset channels will be automatically reset to zero
so as to prevent multiple consecutive resets.
Check this page to obtain the current channel table order of the lamp. Refer to the detailed
channel description for channel data.
3.5 Set work parameters of the lamp
Enter the page shown in Figure 6-5 to adjust on-field parameters of the lamp and to facilitate
field installation of the lamp:

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Advanced settings
X-axis reverse
Set the X-axis rotation direction
Close
Not reversed
Open
Reverse
Y-axis reverse
Set the Y-axis rotation direction
Close
Not reversed
Open
Reverse
Optocoupler
calibration
Set whether the lamp can detect lost synchronization of X-axis and
Y-axis and correct them.
Close
No position correction after lost synchronization
Open
Automatically correct the position after lost
synchronization and record failures for lost
synchronization
X-axis offset
Set the position of the null point at X-axis of the lamp
4-150
Y-axis offset
Set the position of the null point at Y-axis of the lamp
4-48
Data Retention
Set the output state of the lamp when the lamp has no DMX signal.
Close
No signal; the motor and light source return to the
position and state when it is well reset.
Open
No signal; keep the last DMX data output
Light-up
pattern
Set the way that the lamp bulb is started after it is powered on
Power-on
bubble
Start the lamp bulb first after it is powered on and then
reset the lamp 30seconds later.
Reset
completion
bubble
opened
Reset the lamp after it is powered on for three seconds;
open the lamp bulb after it is well reset.
Start bubble
manually
After it is well reset, manually turn on the lamp bulb
bulbs through the menu or the console.
Factory
settings
After the confirmation box pops out, you should select “SURE” and
lamp parameters will return to the factory settings.
When the power-on bubble mode is used, the lamp will wait for the lamp bulb for 30 seconds
to fully start the lamp bulb. As long as the internal voltage is stable enough, the reset program
shall be started again. If the site has stable electricity capacity, the power-on lamp bulb mode is
recommended.
If the lamp fails to correct the position, please check whether the “Optocoupler calibration” is
turned off.
After the signal is removed, if the position of the lamp is not output according to the set value,
please check “Data Hold” setting first.
After the offset values of XY axes are set, please control XY with the maximum stroke and
then check whether X and Y will not hit the positioning rod or shell after it is well set.

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3.6 Check current status of the lamp
You can check the information and real-time status of the lamp in the page shown in Figure 6-6
and to obtain the usage status of the lamp. If you need after-sales service, please provide the
status information displayed on this page for judgment. The information is shown in the table
below:
Status information
Motor
information
Display the information status of all motors and signals of the lamp
Hall
If it is not displayed, it means that the motor is not
corrected through Hall correction. 0 means that the
motor has been away from the correction position point
while 1 means that the motor is at the correction
position point.
Status
Display reset completion state of the motor
X-axis
Display the real-time position fed back by the X-Axis
Optocoupler
Y-axis
Display the real-time position fed back by the Y-Axis
Optocoupler
Optocoupler
Display the electrical level state of optocoupler on
X-Axis and Y-Axis. The binary system is used.
Failure/status
record
Display recent 8 fault records when the lamp is reset and operated;
fault records will not be saved after power is off. It is valid in the
current electric cycle.
Failure data
Total number of faults detected after power is on
12: :03
Power-on time when the fault appear; unit: minute.
Hall failure
No effective Hall signal is detected by the motor when
corresponding motor is reset
Hall short
circuit
The Hall signal of the motor is always valid when
corresponding motor is reset.
Optocouple
failure
No effective Optocoupler signal is detected when the
corresponding motor is reset.
Step failing
out
The corresponding motor steps out during operations of
the corresponding motor.
Hit the rod
Hit the positioning rod when corresponding motor is
reset.
Failure of
the lamp
bulb
The lamp bulb accidentally goes off.
Sensor fault
Temperature sensor has abnormal signals.
Fan fault
The main fan does not work normally.
Lamp status
Display key status data for the current lamp for reference
Communica
tion
0~100%; Communication quality of internal data links
of the lamps
Error count
The total number of error frames detected after power is

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on.
Light
source
temperature
Display the temperature of the current light source. "--"
means no detection.
Display
panel
temperature
Display the temperature of the current display board or
temperature of nearby places
Sensor 1
temperature
Display the current motherboard temperature or the
ambient temperature at the location where the main
board is installed
Version
information
Display the information and version of the current lamp; serve as an
important reference for after-sales maintenance
Equipment
Name of the lamp; it is the same as the RDM device
information
Model
number
The model number of lamp; it is same as the model
number information of RDM
Display
board
The firmware version and serial number of the display
board
Main board
1
The firmware version and serial number of the
motherboard 1
Light source
time
Record the total cumulative time of lamp sources turned on; the unit is
minute. It can be manually cleared by users and used as a reference
time for regular maintenance of light sources.
Lamp time
Record total lamp opening time. Unit: minute. It can not be cleared.
Chapter 3 Description of Channels
1 Channel table
The lamp has 16 channel modes.
Orders of channels can be checked in the scene mode. The channel mode can be set in the
"Address Settings" page and detailed data are shown in the following table:
Channel table
Channel
Name
Value
Description
CH1
X-axis
0-255
0-540°
CH2
Y-axis
0-255
0-270°
CH3
X-axis fine
tuning
0-255
CH4
Y-axis fine
tuning
0-255
CH5
XY speed
0-255
From fast to slow
CH6
Pulverization
0-127
No

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128-255
Insert the atomization
CH7
Strobing
0-3
Close the light
4-103
Pulse strobe from slow to fast
104-107
Open the light
108-207
Gradual strobing from slow to fast
208-212
Open the light
213-251
Random strobing from slow to fast
252-255
Open the light
CH8
Dimming
0-255
0-100% Dimming
CH9
Color
0-9
White light
10-14
White light + Color 1 (Red)
15-19
Color 1 (Red)
20-24
Color 1 (Red) + Color 2 (Orange)
25-29
Color 2 (Orange)
30-34
Color 2 (Orange) + Color 3 (Blue)
35-39
Color 3 (Blue)
40-44
Color 3 (Blue)+ Color 4 (Green)
45-49
Color 4 (Green)
50-54
Color 4 (Green)+ Color 5 (Yellow)
55-59
Color 5 (Yellow)
60-64
Color 5 (Yellow) + Color 6 (Purple)
65-69
Color 6 (Purple)
70-74
Color 6 (Purple) + Color 7 (Dark
Blue)
75-79
Color 7 (Dark Blue)
80-84
Color 7 (Dark Blue)+ Color 8 (Light
yellow)
85-89
Color 8 (Light yellow)
90-94
Color 8 (Light yellow)+ Color 9
(olivine)
95-99
Color 9 (olivine)
100-104
Color 9 (olivine) + Color 10 (Rose
Red)
105-109
Color 10 (Rose Red)
110-114
Color 10 (Rose Red) + Color 11
(Tangerine)
115-119
Color 11 (Tangerine)
120-124
Color 11 (Tangerine)+ Color 12 (CTO)
125-129
Color 12 (CTO)
130-134
Color 12 (CTO)+ Color 13 (CTB)
135-139
Color 13 (CTB)
145-149
Color 13 (CTB)+white light
150-203
Forward flow from fast to slow
204-255
Reserse flow from slow to fast

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CH10
Pattern
0-4
White light
5-9
Pattern 1
10-14
Pattern 2
15-19
Pattern 3
20-24
Pattern 4
25-29
Pattern 5
30-34
Pattern 6
35-39
Pattern 7
40-44
Pattern 8
45-49
Pattern 9
50-54
Pattern 10
55-59
Pattern 11
60-64
Pattern 12
65-69
Pattern 13
70-125
Forward flow from fast to slow
126-130
Stop
131-190
Reverse flow from slow to fast
191-195
Pattern 1 shakes
196-200
Pattern 2 shakes
201-205
Pattern 3 shakes
206-210
Pattern 4 shakes
211-215
Pattern 5 shakes
216-220
Pattern 6 shakes
221-225
Pattern 7 shakes
226-230
Pattern 8 shakes
231-235
Pattern 9 shakes
236-240
Pattern 10 shakes
241-245
Pattern 11 shakes
246-250
Pattern 12 shakes
251-255
Pattern 13 shakes
CH11
Prism
0-63
Remove the prism
64-127
Insert prism 1
128-191
Insert prism 2
192-255
Insert Prism 1 and Prism 2
CH12
Autorotation
of prism 1
0-64
0-400°
65-127
Forward flow from fast to slow
128-191
Stop
192-255
Reverse flow from slow to fast
CH13
Autorotation
of prism 2
0-64
0-400 degrees
65-127
Forward flow from fast to slow
128-191
Stop
192-255
Reverse flow from slow to fast
CH14
Focusing
0-255
From far to near
CH15
Seven colors
0-127
No

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128-255
Insert seven colors
CH16
Reset/lamp
bulb
100-105
Turn off the lamp bulb after more than
three seconds.
200-205
Turn on the lamp bulb after more than
three seconds.
210-215
Reset the XY after more than three
seconds.
220-235
Reset effects after more than three
seconds
240-255
Reset effects after more than three
seconds
Chapter 4 Common Failures and Matters Needing
Attention
1. Handling of common failures
The lamp contains the microcomputer circuit boards, high voltage power supply and other
professional parts. In order to ensure your safety and the service life of the product,
non-professionals should not dismount lamps and related accessories.
1.1 The lamp bulb is off (except LED light source)
Possible reasons: Lamp bulb is not completely cooled or the lamp bulb reaches its service life.
Please handle them as follows:
The lamp bulb is not fully cooled down because of abnormal operation. The lamp shall be
cooled down for more than 10 minutes so that its inside parts can be operated normally. Then,
start the power supply again.
Check whether the lamp bulb has reached its service life and replace the new lamp bulb in time.
Check whether the lamp bulb and lines of the lighting apparatus suffers from electric leakage,
falling or poor contact;
Change new lamp lighter.
1. The light beam is dim
2. Possible reasons: The lamp bulb has been used for a long time or the light path is not clean.
Please handle them by using the following methods:
Check whether the lamp bulb has reached their service life. Please change new lamp bulb.
Check whether optical parts or the lamp bulbs are clean and whether there is dust accumulated
on the lamb bulb and optical devices. Clean and maintain the lamb bulbs and other parts
regularly.

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1. Blurry pattern projection
Check whether the electronic focusing channel value is appropriate for the current projection
distance.
1. The lamp works intermittently
Possible reasons: Internal circuits are under the protection state. Please handle this matter according
to the following methods:
Check whether the fan is running properly or has been dirty, which can lead to higher internal
temperature;
Check whether the internal temperature control switch is in a closed state;
Check whether the lamp bulb has reached service life and replace it with a new lamp bulb.
1.The lamp is not controlled by the console after it is reset normally.
2.Possible reasons: The signal lines have faults or parameters of the lamp are not set normally.
Please handle this matter according to the following methods:
Check the starting address code and the connection situation of DMX signal line (whether the
signal line cable is in good condition and the connection ports have been loosed or not).
Install a signal amplifier and a 120-ohm terminal resistor;
1.The lamp can not be started
2.Possible reasons: Possible reasons: Poor line contact. Please handle this matter according to
the following methods:
Check whether the fuse wire on the power input socket has been fused. If so, please replace the
fuse wire in time;
Vibration of the lamp in long distance transportation leads to bad contact;
Check the input power supply, computer board and other plug-in devices.
2. Matters needing attention
Check whether the power supply at local areas can meet rated voltage requirements and
whether the leakage protector and over-current protector can meet the load requirements;
Do not use the power cord whose insulation layer has been damaged. Do not lap the power cord
on other wires.
Lamp refrigerates through strong wind, which may lead to the accumulation of dust. Therefore,
the lamp, especially its heat vent, shall be cleaned every month, otherwise, the it will be
blocked by dust accumulation, which may lead to poor heat dissipation and abnormal situation
of the lamp.
When the lamp is installed, the fixing screws must be tightened and safety cable must be
equipped. They shall be checked regularly.
When the lamp is installed and positioned, the site on the surface of the lamp shall be 10 meters
away from any inflammable explosive material, be 2.5 meters away from the light objects.
Please do not install the lamp directly on surfaces of inflammable materials.
The continuous working time of the lamp should not exceed 10 hours and the interval between
consecutive starting time should not be less than 10 minutes, otherwise, lamp bulbs may not be
normally triggered because of overheating protection;
The closing time of the on-off valve should not exceed 5 minutes. If the light needs to be turned

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off for a long time, the light gun shall be turned off by the console (the light gun control
channel).
In order to ensure that many lamps can better comply with scene effects, the lamps should not
be kept in the present uncompleted scene before it starts the next scene. This state should be
less than three minutes and you should ensure that more than one lamps can be operated
synchronously;
When the lamps are used, if some lamps become abnormal, you should stop using them
immediately so as to prevent the occurrence of other failures.
3.Matters needing attention when RDM is used
Use a console or host device that supports RDM protocol console;
Bi-directional amplifier shall be used because traditional unidirectional amplifiers are not
suitable for RDM protocol, which requires feedback data. Unidirectional amplifier will block
the returned data and lead to the failure in searching for the lamp.
All lamps must be set to DMX mode and there shall only be one host on one signal line;
A 120ohm impedance matching resistor must be inserted between terminal 2 and terminal 3 of
the terminal plug. When there are long signal lines, the reduction of signal reflection will make
differential signals more stable, which is beneficial to improving the communication quality.
In the case where lamps can be controlled by DMX but can not be searched by RDM, you
should check the signal amplifier first. Then, you need to check whether either signal line 2 or
signal line 3 is not well contacted.
4.Installation of the lamp
Use RS-485 cable conforming to specifications (shielding function, 120ohm characteristic
impedance, 22-24 AWG, low capacitance) shall be used. Do not use microphone cables or cables
with different specified characteristics. Terminals must be connected through a 3-pin or 5-pin XLR
male/female connector. (Minimum 1/4 W).
Important hint: The wires should not contact each other or be connected with metal
enclosures
Fig. 4 Schematic diagram for DMX signal line connection
The lamps can be placed horizontally, hung diagonally and hung upside down. Be sure to
install them correctly when they are hung diagonally and upside down.
As what is shown in Figure 5, before you position the lamps, you should confirm that the
installation site is stable. If the lamps are hung reversedly, you must ensure that the lamps
should not fall down from the support frame. Therefore, you need to pass a safety rope through

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the support frame and the handle of the lamp so as to ensure the safety and prevent the lamps
from falling down or sliding.
When the lamps are installed and debugged, no pedestrian is allowed to pass underneath. You
should check the safety ropes regularly to see whether they are worn and whether the hook
screws are loose.
Our company will not take any responsibility for consequences caused by falling lamps which
are not stably installed.
Fig. 5 Schematic diagram for the lamp hung upside down
5.Declaration
This product has intact performance and complete packaging when it is delivered out of the
factory. All users should strictly follow warnings and operating instructions stated above. Any
damage caused by our using this product improperly will not be guaranteed by our company.
The dealer will not be responsible for any malfunction or problem caused by operations done
not according to the operation manual.
This manual is subject to technical changes without prior notice.
ShenZhen BECEN Stage Equipment Co., Ltd
Add: Room 501,5th floor,Yishenrong industrial park,Xihuan road,
ShaJing,BaoAn,Shenzhen,GuangDong,China
Website: www.szbecen.com
www.becenstage.com
Tel: [phone]
Email: [email protected]
[email protected]