Becen BC-M400CMY User manual

USER’S MANUAL
Model: BC-M400CMY
400w CMY Led Moving Head Light
Package Includes:
1 x led 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 Parameters................................................................1
1. Safety guidance ................................................................................................1
2. technical specifications ....................................................................................2
Chapter 2 Panel Operation ..........................................................................................4
1. summary...........................................................................................................4
2. operate..............................................................................................................4
2.1. Use intuitive touch or auxiliary input for lamp lamps ............................4
2.2. Parameter numerical input ......................................................................4
2.3. Set the Boolean parameter.......................................................................5
2.4. Subpage (parameter) ...............................................................................6
3. Functional operation and parameter setting.....................................................6
3.1. Set up the DMX address code.................................................................6
3.2. Set up the lamp operating mode..............................................................7
3.3. Panel display settings..............................................................................7
3.4. Scene mode .............................................................................................8
3.5. Set the lamp operating parameters..........................................................9
3.6. View the current status of the lamp.......................................................10
Chapter 3 Channel Description.................................................................................12
1. channel table...................................................................................................12
Chapter 4 Common faults and use attention .............................................................16
1. Common fault handling..................................................................................16
2. Precautions for use.........................................................................................17
3. RDM Use Notes.............................................................................................17
4. Lighting installation .......................................................................................18
statement.....................................................................................................................19

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Chapter 1 Safety Guidance and 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
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.



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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.
BSW400 3in1 computer shake head light, using a single 400W LED light engine, set
light beam, pattern, staining in one, energy saving, super long life, fast heat
dissipation, powerful function, simple control. Design fixed disk and rotating disk,
the pattern effect can present multiple angles under the variable lens; the beam angle
can be doubled through the variable lens, making the beam more flexible. In addition
to the two-way rotating six prism, independent atomization effect and electric
focusing functions, to fully meet the dyeing needs of different occasions, very
suitable for bars, dance halls, nightclubs, performances and other entertainment
places.
2. technical specifications
Light source: 1 x 400W LED, optical engine
LED expected service life: 20,000 hours
Color temperature: 8,000 K
Standard mode: Ra> 80
LED expected service life: 20,000 hours
Adaptive power supply
Input voltage range:AC 190-240 V, 50 / 60 Hz
Power: 500 W
Power connector input / output
Signal input / output: three-core Canon head socket
Electric and dynamic linear focusing system
Beam angle: 4°-35°
Mixed color system: linear CMY mixed color
Linear CTO color temperature regulation of 2700K-6500K
Rotary pattern plate: 1 rotating pattern plate, 7 kinds of patterns plus white circle, can realize
running water, jitter, random dynamic and positive and negative direction slow and fast
conversion effect, special high temperature resistant materials, with hall, magnet positioning
with "slot and lock" system, easy replacement of Gobos
Fixed pattern plate: 1 fixed pattern plate, 12 fixed patterns + white light, can realize running
water, jitter, random dynamic and positive and reverse direction slow and fast conversion effect,
special high temperature resistant metal materials, with hall, magnet positioning
Color disk: 1 color disk, 8 fixed colors plus white, two-way rainbow effect, can realize the
half-color, full-color, single and two-color gradient and the positive and negative direction of
the slow and fast rainbow effect, with the hall, magnet positioning and any Angle automatic
error correction function.

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Prism system: equipped with two-way rotation and superimposed 4-prisms and 4-row mirrors
0-100% smooth dimming
Independent atomization effect
Outstanding strobe effect, with variable speed
No flashing under the HD camera
Horizontal scan: 540 degrees (16bit precision scan) electronic error correction
Vertical scan: 270 degrees (16bit precision scan) electronic error correction
X-axis / Y-axis position misstep automatic correction
Control panel: 4.8-inch LCD touch display, temperature display, Chinese and English display,
plus 4 physical buttons
Control protocol: DMX512, RDM, self-walk, voice control
DMX channel mode: 22C H / 26CH
Software upgrade: Update the software via a DMX connection
Cooling mode: use the axial fan to strengthen the cooling
Safety device:with electronic temperature overheating protection, electronic temperature
control automatic power off protection when overheating system failure
Intelligent fan speed regulation: when the lamps are not bubble or closed, the fan will
automatically slow down to reduce the noise of the fan and create a good performance
environment.
Working environment: -20 degrees, 40 degrees
Protection level: IP20
Product net weight: 22.5KG
Product Dimensions: 54 * 45 * 61CM (L * W * H)

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Chapter 2 Panel operation
1.Summary
1The schematic diagram of the lamp panel is shown in Figure 1. The above title shows the
name of the lamp, and the following status bar shows the signal of the current lamp, the bulb
status, the fault (when the fault information is not viewed, display "E RR", otherwise "N OR" is
displayed), etc.
This lamp supports DMX / RDM. When the lamp is searched by the RDM host, three letters
"RDM" will appear in the panel, indicating that the lamp is enumerated normally.
Display and operation are similar to "Android operating system", with fingertips or blunt hard
objects click the corresponding item can operate.
Note: Never use sharp or sharp display to prevent damage.
1Figure 1 shows a schematic representation of the panel
2.operate
2.1Use intuitive touch or auxiliary input for lamp (touch enabled product)
The left area is the TFT display area and the touch area. With the content of the panel, you can
complete the parameter setting or view the state and other operations.
On the right area is the auxiliary input. If you do not use the TFT's own touch function, you can
use the auxiliary input to select the items to set or view and complete the operation.
2.2 Parameter numerical input
When the selected parameter item needs to enter a numerical value, the window as shown in Figure
2 opens:2

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2 Figure 2. Value setting page
Set the value: you can directly pull the slider bar to quickly set the required value, or click the
"up" or "down" button on the right to accurately set the required value, or set it with the
auxiliary input.
Application value: When the data is set by the "up" or "down" button, and then press the
"apply" application button in the lower left corner, the value is immediately sent to the lamp,
but the value is not saved.
Save the value: at any time, click on the "OK" key in the lower right corner, namely, save the
current value to the internal memory, the next boot to save the value applied to the lamp.
2.3 Set the Boolean parameter
When the parameter is set to a Boolean value (such as ON or OFF), then directly click on the
corresponding item to switch the parameter value, which will be saved to the internal memory.
Press the parameter option on the right, and the corresponding option becomes gray. When
releasing the hand, the corresponding parameters are changed and saved. If you press the
parameter option is not the parameter that you want to change, then move your finger
elsewhere on the screen, and the corresponding parameters will not change.
Important Boolean parameters are determined by the determination window, as shown in Figure
3 below:3
3Figure 3 determines the input window

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2.4 Subpage (parameter)
3. Functional operation and parameter setting
Enter the setup interface, as shown in Figure 6-1:
In the main interface, you can enter the corresponding parameter setting interface by selecting
six buttons.
In the parameter setting interface, you can press the left blue option and quickly switch to the
other setting interface.
3.1 Set up the DMX address code
The D MX address, channel mode, etc. can be set on the page shown in Figure 6-1.
The menu setting of the lamp optimizes the address setting. Several setting address code operations
are as follows:
Select "Last" or "Next", the lamp will automatically calculate the next or last address code
according to the current address code and channel data, which can be quickly set;
Click on the address code value to enter the value editing window, where any valid address
code can be set, the lamp can automatically obtain the current number of channels of the lamp,
and automatically filter the unusable address code (512-the current number of channels).
The lamp supports the R DM protocol, and the lamp address code can be set remotely via the R
DM.
Provide two push-buttons:
Channel mode: Different channel modes can be selected periodically;
Light lamp reset: reset all motors.

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3.2 Set up the lamp operating mode
The operation mode of lamps and control lamp gun can be set through the page shown in Figure 6-2.
The lamp supports four operating modes (DMX mode, self-walking mode, sound control mode and
scene mode). Please refer to the previous section for detailed parameter value setting. The specific
parameter description is shown in the following table:
running mode
DMX
pattern
Console mode, receiving DMX signal, RDM signal
Self-walkin
g mode
The lamps are run automatically according to the built-in program
Sound
control
mode
When the lamp detects a strong sound, the lamp automatically runs
a scene following the built-in program, otherwise maintain the last
scene
Scene Mode
01
Run as a set scenario, and support custom editing for up to 10
scenarios
1~10
Outputs the specified scene
volunt
arily
Automatically cycle output scenes in the set scene time
(non-0) order, and scenes with time 0 automatically skip
ignored
Master from
choice
When the non-DMX mode works, select the data output mode, and
the lamp automatically detects the DMX status and automatically
switch the output to prevent data conflict
main
engin
e
The lamp runs built-in, if DMX has no signal, output data
(synchronization), otherwise data is not output
slave
Lamps run as built-in, without data output (not
synchronized with other lamps)
volunt
arily
If the DMX has no signal, the lamp runs as built-in,
otherwise, the lamp works as the DMX signal
Light bulb
switch
(Bulb light source) pop up the confirmation dialog box, select
"SURE" to confirm the current operation, turn on or off the bulb,
and the switch time interval is limited to 30 seconds
close
The current bulb output is already turned off
open
The current light output is already turned on
Scene mode is suitable for a single set or a small number of lamps, just output a fixed
scene, or need to run a simple program, you can be edited in the scene page without
connecting to the console.
If the light source is the bulb, wait 10 minutes before turning on the bulb after turning it
off.
3.3 Panel display settings
Lighting lamps support bilingual Chinese and English, inverted display,etc. Enter the corresponding
parameters as shown in Figure 6-3. The specific menu content is shown in the following table:

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Display settings
language
Set the displayed
English
English display
the
Chinese
language
Chinese display
Screen
protection
Set the content or mode of the screen within 30 seconds
close
Keep the last operation page, bright screen
pattern 1
Out of the screen
pattern 2
Black screen, showing the address code of the current
lamp in the lower left corner
pattern 3
Display trademark information, address code and
operation mode
Screen
rotation
Set the display direction of the screen
close
No reversal is shown
open
Reverse display
voluntari
ly
Automatically detect the hanging direction of lamps
and automatically switch the display direction
DMX
indicate
Set the mode of DMX signal indicator
pattern 1
Bright with signal, no signal out
pattern 2
Out of signal, bright when no signal
pattern 3
Flash with a signal, and extinguish with no signal
The signal
indicates
brightness
Set the brightness of the signal indicator lamp
1~10
Ten grades
Screen
backlight
Set the brightness of the screen backlight after 10 seconds without
operation, all bright during operation
1~10
Ten grades
Touch
screen
switch
Select whether to disable the touch screen. When the screen touch
is accidentally damaged, disable the touch function and set the
lamp with auxiliary input
Touch
correction
When the screen touch is not accurate, you can enter the
correction page correction screen
Lamps that support touch operation. If a bad touch phenomenon occurs, you can enter the
correction page to recorrect the touch accuracy of the touch screen. Under normal circumstances,
please do not enter this page. If the touch is damaged, select to disable the touch switch.
3.4 Scene mode
Enter the page shown in Figure 6-4, and the lamps enter the scene editing mode. Under this
page, the lamp does not receive the DMX console data, and the edited data is reflected on
the lamp immediately.
The content of the page depends on the currently selected channel, and the channel content
and order displayed match the lamp channel table. Through this page, 10 scenes can be
edited, as shown in the following table:

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Scene mode
Scenario
selection
Select the current required operation scenario
1~10
10 Scene Format
Scene
time
Sets the time when the current scene is automatic in 0.1 seconds
0
The current scene does
not participate in the
automatic scene output
1-255
0.. One second to 25.5
seconds
1. X axis
0-255
Set the data of each
channel, and the display
content and sequence
correspond to the channel
table of the lamp
……
0-255
……
0-255
N.functio
n
0-255
If the valid reset data is edited in the reset channel in the scene, the lamp will be reset, but
after the reset, the value of the corresponding reset channel will be automatically reset to
prevent multiple continuous reset.
View this page for the current channel table order of the lamp. Please refer to the detailed
channel description for the specific channel data.
3.5 Set the lamp operating parameters
Enter the page shown in Figure 6-5 and adjust the field parameters of lamps to facilitate the field
installation of lamps:
advanced setup
X axis
reverse
Set the X-axis rotation direction
close
Don't reverse
open
opposite direction
Y axis
reverse
Set the direction of the Y-axis rotation
close
Don't reverse
open
opposite direction
Optical
coupling
correctio
n
Set whether the lamp detects the XY misstep and corrects it
close
No correct position after loss of step
open
Correct the position automatically after the misstep,
and the misstep fault is recorded
X-axis
offset
Set the position of the zero point of the lamp X-axis
4-150
Y axis
offset
Set the position of the Y axis
4-48
data-hold
Set the output state of the lamp when the lamp has no D MX signal
close
There is no signal, so the motor and the light source
return to the position and state when the reset is
complete
open
No signal, maintain the last frame of D MX data

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output
Turn on
the light
mode
Set the way the bulb first turns on after it is powered on
On the
electric
bubble
Turn on the light bulb first when going on, and reset
the lamp after 30 seconds
Followed
after
reduction
Return the lamp after 3 seconds, and turn on the bulb
after the reset is completed
Manual
foaming
After the reset, open the bulb manually through the
menu or console
Factory
setting
The confirmation box, select "SURE", the lamp parameters return
to the factory settings
When choosing the electric bubble mode, the lamp will wait for the bulb for 30 seconds, so
that the bulb can fully start, the internal voltage is stable enough, and then start the reset
program. If the field power capacity is stable, it is recommended that the electric bulb
mode is opened.
When the lamp cannot correct the position, first check if the optical coupling correction is
turned off.
When removing the signal, if the lamp position is not output as intended, check the Data
Hold setting first.
When setting the X Y offset, after completing the setting, please control the X Y with the
maximum stroke first to check the setting, and the X Y will not hit the positioning rod or
shell.
3.6 View the current status of the lamp
Entering the page shown in Figure 6-6, you can view the information and real-time status of the
lamps to know the use status of the lamps. If the lamps need after-sales service, please provide the
status information displayed on the page for the judgment basis, as shown in the following table:
status information
Motor
information
Displays the information status of all the motors and signals in the lamp
Hoare
Not shown, it means that the motor has no Hall correction, 0
means that the motor leaves the correction position point,
and 1 means that the motor is at the correction position point
state
Displays the motor reset completion state
X axle
Displays the real-time position value of the X-axis optical
coupling feedback
Y axle
Displays the real-time position value of the Y-axis optical
coupling feedback
optocoupler
Shows the level state of two signals with X and Y axis,
binary
Fault /
status
record
Display the last 8 failure records of the lamp reset and operation, the failure
record is not saved after the power failure, when the next power cycle is
valid

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error data
Total number of faults detected after power
12：:03
Power-up time in minutes when a fault occurs
Hall error
The motor does not detect an effective Hall signal when the
corresponding motor is reset
Hall short
circuit
The Hall signal detected by the motor is always valid when
the corresponding motor is reset
Optical
coupling
failure
No effective photocoupling signal is detected when the
corresponding motor is reset
fall out step
The corresponding motor is out of step during operation
Crash rod
Crash the positioning lever when the motor is reset
Bulb failure
Light bulb accidentally extinguished
Sensor
failure
Temperature sensor signal is not normal,
Fan error
The main fan is not working properly
Lighting
status
Displays the critical status data for the current fixture for reference
communicat
ion
0~100%, Communication quality of lamp internal data link
miscount
The total number of error frames detected after power on,
accumulated
Light source
temperature
Displays the temperature of the current light source, and "- -
- -" indicates no detection
Display
plate
temperature
Displays the temperature of the current display board or the
ambient temperature nearby
Sensor 1
temperature
Displays the current motherboard temperature or the
ambient temperature of the motherboard installation
location
Version
information
Display the information and version of the current lamps, and be an
important reference for after-sales maintenance
equipment
Name of lamp, as with equipment information of RDM
model
Model of lamp as model information of RDM
display
board
Firmware version and serial number of the display board
Main board
1
Firmware version and serial number of motherboard 1
Light
source time
Record the total accumulative time of light source opening, the user will
manually clear, as a reference for regular maintenance of light source
Lamps time
Record the total accumulative time of lamp opening, unit minutes, do not
clear

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Chapter 3 Channel description
1. channel table
This lamp has 2 channel modes, 22CH / 26CH
Channel order can be viewed in scene mode. Channel mode is set in the Address Settings page.
Detailed data are shown in the following table:
channel table
channel 1
channel 2
name
numeric value
description
CH1
CH1
X axle
0-255
0-540 degrees
CH2
CH2
X axis
fine-tuning
0-255
0-2 Degrees
CH3
CH3
Y axle
0-255
0-270 degrees
CH4
CH4
Y axis
fine-tuning
0-255
0-1 degrees
CH5
XY velocity
0-255
From fast to slow
CH6
CH5
aiming
0-255
0-100% dimming
CH7
CH6
stroboflash
0-3
Guan Guang
4-103
From slow to fast pulse strobe
104-107
opening the light
108-155
From slow to fast gradually
open strobe
156-207
From slow to fast gradually
closed strobe
208-212
switch
213-251
From slow to fast to random
strobe
252-255
opening the light
CH8
CH7
pigment
0-9
white light
10-19
Color 1
20-29
Color 2
30-39
Color 3
40-49
Color 4
50-59
Color 5
60-69
Color 6
70-79
Color 7
80-89
Color 8
90-99
White light + color 1
100-109
Color 1 + Color 2
110-119
Color 2 + Color 3
120-129
Color 3 + Color 4
130-139
Color 4 + Color 5

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140-149
Color 5 + Color 6
150-159
Color 6 + Color 7
160-169
Color 7 + Color 8
170-179
Color 8 + Color 9
180-215
From fast to slow forward flow
water
216-220
cease
221-255
From slow to fast, the reverse
flow water
CH9
CH8
CTO
0-255
CH10
CH9
C
0-255
CH11
CH10
M
0-255
CH12
CH11
Y
0-255
CH13
CH12
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
From slow to fast jitter pattern
2
70-74
From slow to fast jitter pattern
3
75-79
From slow to fast jitter pattern
4
80-84
From slow to fast jitter pattern
5
85-89
From slow to fast jitter pattern
6
90-94
From slow to fast jitter pattern
7
95-99
From slow to fast jitter pattern
8
100-104
From slow to fast jitter pattern
9
105-109
From slow to fast jitter pattern
10

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110-114
From slow to fast jitter pattern
11
115-119
From slow to fast jitter pattern
12
120-127
Pattern 12
128-190
From fast to slow forward flow
water
191-192
cease
193-255
From slow to fast, the reverse
flow water
CH14
CH13
Rotation
pattern
0-9
white light
10-19
Pattern 1
20-29
Pattern 2
30-39
Pattern 3
40-49
Pattern 4
50-59
Pattern 5
60-69
Pattern 6
70-79
Pattern 7
80-89
From slow to fast jitter pattern
1
90-99
From slow to fast jitter pattern
2
100-109
From slow to fast jitter pattern
3
110-119
From slow to fast jitter pattern
4
120-129
From slow to fast jitter pattern
5
130-139
From slow to fast jitter pattern
6
140-149
From slow to fast jitter pattern
7
150-200
From fast to slow forward flow
water
201-205
cease
206-255
From slow to fast, the reverse
flow water
C15
CH14
Pattern
rotation
0-127
0-400 degrees
128-190
From fast to slow forward flow
water
191-192
cease
193-255
From slow to fast, the reverse
flow water

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CH16
Rotation
fine-tuning
0-255
CH17
CH15
Prism 1
0-63
Remove the prism
64-127
Prism 1
CH18
CH16
Prism 1
rotation
0-127
0-400 degrees
128-187
From fast to slow forward flow
water
188-195
cease
196-255
From slow to fast, the reverse
flow water
CH19
CH17
Prism 1
0-63
Remove the prism
64-127
Prism 1
CH20
CH18
Prism 2
rotation
0-127
0-400 degrees
128-187
From fast to slow forward flow
water
188-195
cease
196-255
From slow to fast, the reverse
flow water
CH21
CH19
atomization
0-127
not have
128-255
atomization
CH22
continue to
have
0-255
CH23
CH20
amplify
0-255
grow from a small beginning
into a mighty
CH24
CH21
focus
0-255
From far to near
CH25
Focus tuning
CH26
CH22
function
210-215
Reduction effect motor for
over 6 seconds
220-235
Reduction effect motor for
over 6 seconds
240-255
All cases are reset in more than
6 seconds

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Chapter 4 Common faults and use attention
1. Common fault handling
The lamps include the microcomputer circuit board, high voltage power supply and other
professional components. For your safety and product life, non-professionals do not remove the
lamps and related accessories without authorization.
Bulb not bright (except LED light source)
Possible causes: the bulb is not completely cooled, or the bulb reaches its life, and is treated as
follows:
Due to abnormal operation, the bulb is not completely cooled, should let the lamp body cool for
more than 10 minutes, so that its internal completely restored to the normal state, and then start
the power supply again;
Check whether the bulb has reached the service life, and should replace a new bulb;
Check whether the bulb and lamp lighter line leakage, shedding or poor contact;
Replace a new lamp lighter.
The beam looked dim
Possible reasons: bulb long use or light path is not clean, treated as follows:
Check whether the bulb has reached the service life, and should replace a new bulb;
Check whether the optical components or light bulbs are clean, and whether there is dust
accumulated on the light bulbs and other optical devices. The light bulbs and all components in
the lamps should be cleaned and maintained regularly.
The pattern projection is vague
Check if the electron focus channel values are appropriate for the current projection distance.
The lamps work intermittently
Cause: Internal line enters protection state and handles as follows:
Check whether the fan is running normally or whether it is dirty, causing the internal
temperature of the lamp to rise;
Check whether the internal temperature control switch is in a closed state;
Check the bulb for service life and replace a new bulb.
No console control is accepted after the lamp is normally reset
Possible reasons: signal line failure or abnormal lamp parameter setting, handled as follows:
Check the starting address code and the connection of the DMX signal line (whether the signal
line cable is intact and whether theAlcock head connection is loose);

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Add a signal amplifier, add 120 ohm terminal resistance;
The lamps cannot be started
Available reasons: poor power line, treated as follows:
Check whether the insurance on the power input socket is fused and replace the insurance;
Lighting have poor line contact due to vibration in long-distance transportation
Check input power supply, computer board and other plug devices.
2. Precautions for use
Check whether the local power supply meets the product rated voltage requirements, leakage
protection device, overcurrent protection device to meet the load requirements;
Do not use a damaged power cord with insulation, and cannot lap the power cord to other
wires;
The lamps and lanterns are using strong air refrigeration, easy to accumulate dust, it must be
cleaned once a month, especially the heat dissipation tuyere, otherwise it will be blocked due to
the dust accumulation, resulting in poor heat dissipation, so that the lamps and lanterns appear
abnormal.
When installing lamps, the fixed screws must be tightened, and equipped with a safety cable,
and regular check;
In the installation and positioning, any point on the lamp surface and any easy burning
explosive, the minimum distance is 10 meters, the distance from the irradiation is 2.5 meters,
please do not install the lamps directly on the surface of combustible substances;
It is recommended that the continuous working time of lamps should not exceed 10 hours, and
the interval between the continuous starting of lamps should not be less than 10 minutes,
otherwise it will not be triggered normally because of the overheating protection of the bulb;
The closing time of using the on-off valve should not exceed 5 minutes. If the light is closed for
a long time, the console (light gun control channel) should be used to turn off the light gun;
In order to ensure that multiple lamps can better comply with the scene effect, the lamps should
not always be in the unfinished current scene, that is, to start the next scene action, it is best that
this state is not more than 3 minutes, to ensure that multiple lamps can run synchronously;
During the use process, the lamps should be stopped in time to prevent other faults.
3.RDM Use Notes
RDM is an extended version of DMX512-A protocol, is the remote device management (Remote
Device Management) protocol, traditional DMX512 protocol communication is one-way
communication, protocol is based on R S-485 bus, R S-485 is multi-sharing, half-duplex protocol,
the same time allows only one port for the host output, so, pay attention to the following points
when using R DM:

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To use a console or host device that supports the R DM protocol host;
To use the two-way signal amplifier, the traditional unidirectional signal amplifier is not
applicable to the RDM protocol, because the R MD protocol needs feedback data, the use of the
one-way amplifier will block the returned data, resulting in no search for lamps;
All lamps must be set to D MX mode to ensure that there is only one host on the signal line;
An 120ohm impedance matching resistance must be inserted between the terminals 2 and 3 of
the terminal plug. When the signal line is relatively long, reducing the signal reflection will use
the differential signal more stable, which is conducive to the quality of communication;
When the lamp receives D M X control, but cannot R DM search the lamp, first check the
signal amplifier, and then check whether the signal line 2,3 lines have bad contact.
4. Lighting installation
Lamps can be placed horizontally, oblique and upside down. We must pay attention to the
installation method when oblique and inverted.
4As shown in Figure 4, before the positioning of the lamp, to ensure the stability of the
installation site, in the reverse hanging installation, must ensure that the lamp does not fall
down on the support frame, need to use a safety rope through the support frame and the lamp
lift for auxiliary hanging, to ensure safety,. Prevent the lamps from falling and sliding.
When the lamps are installed and tested, pedestrians are not allowed to pass below. Regularly
check whether the safety rope is worn and whether the hook screws are loose.
Our company shall not bear any responsibility for all the consequences of the falling of the
lamps due to the unstable installation of the hanging.
4Figure 4 Schematic diagram of the inverted lamp