World Uniqueen EN-408 Series User manual

EN-408 MANUAL
Version:
2.3
Model:
EN-408-D8
2021-5

CONTENTS
1. FUNCTION OVERVIEW........................................................................................................................................................1
2. TECHNICAL PARAMETERS...................................................................................................................................................1
3. CONNECTION MODE.......................................................................................................................................................... 2
3.1. PORT INTRODUCTION..................................................................................................................................................2
3.2. CONNECTION DIAGRAM OF CONTROLLER.................................................................................................................. 2
3.3. OPTICAL FIBER COMMUNICATION.............................................................................................................................. 2
3.4. CONNECT WITH LIGHTING FIXTURE............................................................................................................................ 3
3.5. TRANSMISSION DISTANCE........................................................................................................................................... 3
4. BASIC OPERATION.............................................................................................................................................................. 4
4.1. MENU INTRODUCTIION............................................................................................................................................... 4
4.2. STARTING UP DISPLAY..................................................................................................................................................4
4.3. ID SETTINGS................................................................................................................................................................. 4
4.4. CONFIGURE ADDRESSING............................................................................................................................................5
5. IP ADDRESS SETTING (PC).................................................................................................................................................. 5
6. ADDRESSING BY LED PLAYER............................................................................................................................................. 6
7. APPENDIX (CHIPS ADDRESSING)........................................................................................................................................7
7.1. CHIP SUPPORT............................................................................................................................................................. 7
7.2. UCCESSFULLY ADDRESSED AND SET PARAMETERS..................................................................................................... 8
8. PARTS LIST...........................................................................................................................................................................9

1
1. FUNCTION OVERVIEW
1. Support access and control by LED Player software or SN controller.
2. It supports 1,000,000 channels or cascade connection of 400 pieces controllers.
3. Use key of the controller to set the IP address of the controller.
4. 8-port data-independent signal output (with the isolation), control variety of regular chips in LED digital tube screen,
LED pixel light screen, and etc.
SW Single chip:
D**S, D**J.
Single-wire:
TM180*-400K/800K, UCS19**, UCS29**, WS2811/12, TLS3001(1Mhz), SM167**,
SM16823E, SM16824E.
DMX512:
SW-D, SW-U, UCS512A/B/C0/C4/D/E0/EH/G4/G6, DMX512AP/SM512,
SM16500P/511/512, SM17500P/512P/522P, SM17512/522, SM18522P/PH,
Hi512A0/A4/A6, TM512AB3/AL1/ACx/AD/AE, QED512P, GS8512/513/515, standard
DMX512 lighting fixture on the market.
Please refer to the "CHIP SUPPORT" section for addressing.
Break-point resume:
UCS5603, WS2818, GS8206, P9883, TM1914, XT1506S.
65536 gray scale:
UCS8903, UCS8904, UCS9812, SM16813.
5. With professional LED Player software, user can make any effect by themselves.
6. The load capacity of different lighting fixtures is different. (If frame frequency is not required, load capacity of each
channel can be increased independently, and must test it in the factory.)
2. TECHNICAL PARAMETERS
Cover material:
Iron
Input voltage:
AC100V - 240V
Input signal:
SW Ethernet Protocol
Output port:
TTL & RS-485 * 8 ports
Pixel driven:
Single chip: 2880 channels ×8 ports,
Single-wire: 3072 channels ×8 ports,
Standard DMX512: 512 channels ×8 ports,
Extensible DMX: 1024 channels ×8 ports,
Break-point resume: 2160 channels ×8 ports,
65536 gray scale: 2160 channels ×8 ports.
Output power:
5W
Working temperature:
-15℃～60℃
Relative humidity:
≤50%
Connecting mode:
In parallel (address manually)
IP grade:
IP20 (Prevent people from touching the components inside electrical appliance, prevent
object which diameter is more than 12.5mm from getting in, no special protection to water
or moisture.)
Working environment:
1.Please do not install the controller in magnetic, high pressure, high temperature or
seriously wet environment.
2.Please do connect the earth safely in order to reduce risks of fire and damage which cause
by short circuit.
3.Please ensure AC100-240V power supply is used, and same polarity is connected between
transformer and controller in order to guarantee the proper supply voltage.
4.No waterproof function in the control system, please pay attention on rainproof and
waterproof during installing.

2
Net weight:
1 kg
Size:
L253*W137*H45
Unit mm
3. CONNECTION MODE
3.1. PORT INTRODUCTION
Port
Description
IN
Connect with PC / SN controller / EN controller.
Top left light
Signal indicator, flicker when the 8 output port output the correct signal.
Top right light
Nonuse.
OUT
Connect with EN controller.
Top left light
Receive data indicator, flicker when the control gain the data completely..
Top right light
Nonuse.
3.2. CONNECTION DIAGRAM OF CONTROLLER
★ Connect with switch (gigabit) in order to improve the efficiency of data transmission.
3.3. OPTICAL FIBER COMMUNICATION
Must use single mode transceivers. User can use single fiber or double fiber (alternative) according to on-site condition.
The double fiber transceiver must be connected with two optical fibers. It cannot use in EN controller when ID is 00
and the connecting position of EN controller and lighting fixture.
T568B structure

3
Use UTP, distance between the controllers can be 100m. It can be 5km if use the optical fiber.
3.4. CONNECT WITH LIGHTING FIXTURE
Please connect the cables in accordance with silk print on lighting fixture.
★Signal cables connection cautions:
1. Use UTP—Unshielded Twisted Pair (resistance per 100M<10Ω), low quality
Ethernet cables, telephone cables and copper wires are unavailable.
2. Use one group twisted pair, suggest green + green white or orange + orange
white. The quality and color of the cable are very important. Blue and brown
wires greatly influence the signal transmission. Please don't use several groups
of twisted pairs together.
3. Controller signal output GND must connect directly with input GND of lighting
fixture. Cannot connect with lighting fixture through power supply.
4. Switch on the controller after all hardware signal and power cables are
connected. Please don’t CONNECT / DISCONNECT the signal cables while the controller is power on;avoid back-flow
current burning circuit and components of output port.
3.5. TRANSMISSION DISTANCE
Transmission Type
Signals
Medium
Distance (M)
Remark
MP / PC → EN controller
EN controller → EN controller
100M Ethernet
UTP CAT5e
50-80
EN controller→DMX lighting
DMX lighting→DMX lighting
RS-485
UTP CAT5e
30-50
The address wire
must be within
5m.
Controllable pixels
reduce if wire is
over 5m.
Three core wire
1-20
Four core wire
1-20
EN controller→Single-wire lighting
DMX lighting→DMX lighting
TTL
UTP CAT5e
5-20
Two core wire
1-5
Three core wire
1-5
Single-wire lighting→Single-wire lighting
TTL
UTP CAT5e
1-2
Pixels controlled
less if over 1m.
Two core wire
0.1-1

4
4. BASIC OPERATION
4.1. MENU INTRODUCTIION
ID:001-400
▲
▲/EN
▲
Button
Description
▲(Left)
Long press
Non-support.
Short press
Increase the left data. (Range is 0-4.)
▲/EN
Long press
1) enter the ID setting. 2) Confirm ID.
Short press
Increase the middle data. (Range is 0-9.)
▲(Right)
Long press
Non-support.
Short press
Increase the right data. (Range is 0-9.)
4.2. STARTING UP DISPLAY
1. PC connects with controller by network cable, switch on the power. Controller digital tube will display “- - -”. After
few seconds, it jumps to the page of ID address information. In this case, the network of the controller is accessible.
ID:001-400
▲
▲/EN
▲
ID:001-400
▲
▲/EN
▲
ID:001-400
▲
▲/EN
▲
2. When the network of the controller is unavailable, the controller will show “- - -” after power on for a while.
3. In this case, press “▲/EN” button to enter ID options and conduct the setting.
ID:001-400
▲
▲/EN
▲
ID:001-400
▲
▲/EN
▲
4.3. ID SETTINGS
1. Long press “▲/EN” button and enter ID Setting. The lower right of each value of the digital tube flick “•”.
ID:001-400
▲
▲/EN
▲
ID:001-400
▲
▲/EN
▲
ID:001-400
▲
▲/EN
▲
2. Press “▲” under each value to increase data. (From 0 to 9, and it will return 0 while get to 9. The range is 001-400.)
ID:001-400
▲
▲/EN
▲
ID:001-400
▲
▲/EN
▲
ID:001-400
▲
▲/EN
▲
3. Long press “▲/EN” button to save ID if it is confirmed.
ID:001-400
▲
▲/EN
▲
ID:001-400
▲
▲/EN
▲
Note, In the process of setting ID, the key does not operate for 30s, It will exit the setting state and restore the ID.

5
4.4. CONFIGURE ADDRESSING
1. .Long press “▲/EN” button and enter ID Setting. The lower right of each value of the digital tube flick “•”.
ID:001-400
▲
▲/EN
▲
ID:001-400
▲
▲/EN
▲
ID:001-400
▲
▲/EN
▲
2. Long press “▲” until the digital tube shows “888”. It is addressing during the lower right stroboscopic "•" of each
value .
ID:001-400
▲
▲/EN
▲
ID:001-400
▲
▲/EN
▲
ID:001-400
▲
▲/EN
▲
3. When the digital tube returns ID, the addressing is complete.
ID:001-400
▲
▲/EN
▲
Note, the feature requires LED Player to send address parameters to the controller by the addressing function.
Whether the light-fixture amp is successfully addressed actually depends on the display color of the light-fixture,
refer to "UCCESSFULLY ADDRESSED AND SET PARAMETERS".
The controller without signal can also use this function by long press “▲/EN”.
5. IP ADDRESS SETTING (PC)
1. Open “Network Connection” on the PC, right click “Local Connection” and select “Properties”.
2. Select Internet Protocol (TCP/IP), then click “Properties”. Set the IP address as below.
3. Click “OK” after the setting is finished.

6
6. ADDRESSING BY LED PLAYER
Access the controller correctly and open LED Player. Click Address of Debug to open the interface.
After setting the chip address drove by the controller, click "Address All Controllers" to save address data into
controllers.
Note, If the controller is offline, there is a probability that the address data cannot be saved to the controller normally if
it is offline.
Hardware
Controller
Shows the number of controllers in the project.
[Online] Indicates that the controller is connected properly.
[Offline] Indicates that the controller will not be able to address the lighting fixtures.
[Forbidden] Indicates that the driven chip is not DMX. It can be set at “Hardware” of
“Settings”.
Chip
Shows the number of chips and address information. Maximum 960 chips per port.
If the chip address is beyond the actual wiring of project, the selected chip will not "light
up".
Online Debug
Click and jump into the One Debug interface.
Chip Address Settings
Chip Oty.
The number of single drive points set by Hardware Settings.
Chip Type
The chip set by Hardware Settings.
Channel Qty.
The channel set by Hardware Settings.
Address Mode
“Common Address” and “Auto-Increment”
Address Mode
“Unselect”, “Postpone Address”, “Use Same Address”.
Unselect:
When saving the current chip address parameter, the address of
others will not change accordingly.
Postpone Address:
When saving the current chip address parameter, the subsequent
will automatically change according to the original channel value.

7
Use Same Address:
When saving the current chip address parameter, all chips are set
the same address.
Address
Set the selected chip address. The chip list will be updated automatically after it is fill in
the address.
Note, Please do not fill in the value exceeding total chips to avoid abnormal output.
Segment
Sets the number of pixels driven by the selected chip. The chip list is automatically
updated after it be selected the number of segments.
Address Application
Address All
Controllers
Send the address parameters to all controllers.
Advanced
Address
Apply Checked Controller:
Click to save the address parameter of the checked
controllers.
Address Current Port:
Click to address the lighting fixture of current port.
Address Current Controller:
Click to address the lighting fixture of current controllers.
Address Checked Controller:
Click to address the lighting fixture of the checked
controllers.
Address All Controllers:
Click to address the lighting fixture of all controllers. It
would be addressed correctly if the controller is offline.
Light-up
Check it and click the chip under a port. The chip will light up RGB (of RGBW). And the location of this chip
can be seen in the LED Player preview area.
Please ensure that the data of LED Player is consistent with the address of the actual lighting fixture.
(It is recommended that the luminaire be addressed once before lighting up.)
7. APPENDIX (CHIPS ADDRESSING)
7.1. CHIP SUPPORT
Chip
Addressing
Custom
Channel
Set parameters
No signal
State
Power-on
Setting
Current
Forward
Serial
GAMMA
UCS512A
√
×
×
×
×
×
×
×
UCS512B
√
×
×
×
×
×
×
×
UCS512C0
√
×
×
×
×
×
×
×
UCS512C4
√
×
×
√
×
×
×
×
UCS512CN
√
×
√
√
×
×
×
×
UCS512D
√
×
√
√
√
×
×
×
UCS512E0
√
√
√
√
√
√
×
×
UCS512EH
√
√
√
√
√
√
×
×
UCS512G4
√
×
×
×
×
×
×
×
UCS512G6
√
×
×
×
×
×
×
×
DMX512AP
√
×
×
×
×
×
×
×
SM16511
√
×
×
×
×
×
×
×
SM16512
√
×
×
×
×
×
×
×
SM16520
√
×
×
×
×
×
×
×
SM16500
√
×
√
√
×
×
×
×
SM17500
√
√
√
√
√
×
×
×
SM17512
√
×
√
√
√
×
×
×
SM17522
√
×
√
√
√
×
×
×

8
Chip
Addressing
Custom
Channel
Set parameters
No signal
State
Power-on
Setting
Current
Forward
Serial
GAMMA
SM18522P
√
×
√
√
√
×
×
√
SM18522PH
√
×
√
√
√
×
×
√
SW-D
√
×
×
×
×
×
×
×
Hi512A0
√
√
×
×
×
×
×
×
Hi512A4
√
×
√
√
×
×
×
×
Hi512A6
√
×
√
√
×
×
×
×
Hi512D
√
×
×
×
×
×
×
×
TM512AB3
√
×
×
×
×
×
×
×
TM512AL1
√
×
×
×
×
×
×
×
TM512ACx
√
×
×
×
×
×
×
×
TM512AD
√
×
√
√
√
×
×
×
QED512P
√
×
√
√
√
×
×
×
GS8512
√
×
×
×
×
×
√
√
GS8513
√
×
×
×
√
×
√
√
GS8515
√
×
×
×
√
×
√
√
7.2. UCCESSFULLY ADDRESSED AND SET PARAMETERS
Chip
Lighting color
after power on
Addressed
Byte + No signal + No
signal
Current parameter
Self-Channel Setting
First
chip
Other
chip
First
chip
Other
chip
First
chip
Other
chip
First
chip
Other
chip
UCS512A
White
Blue
Blue
-
-
-
-
-
-
UCS512A1
White
Blue
Blue
-
-
-
-
-
-
UCS512A2
White
Blue
Blue
-
-
-
-
-
-
UCS512B3
White
Blue
Blue
-
-
-
-
-
-
UCS512C
Custom
White
White
-
-
-
-
-
-
UCS512C0
-
White
White
-
-
-
-
-
-
UCS512C3
Custom
White
White
Red
Red
-
-
-
-
UCS512C4
Custom
White
White
Red
Red
-
-
-
-
UCS512CN
Custom
Yellow
White
Yellow
Power on
-
-
-
-
UCS512D
Custom
Yellow
White
Yellow
Power on
Yellow
Red
-
-
UCS512E0
Custom
Yellow
White
Yellow
Power on
-
-
Yellow
Green
UCS512EH
Custom
Yellow
White
Yellow
Power on
Yellow
Red
Yellow
Green
UCS512G4
Custom
Yellow
White
White
(Or custom)
White
(Or custom)
White
White
-
-
UCS512G6
Custom
Yellow
(Or custom)
White
(Or custom)
White
(Or custom)
White
(Or custom)
White
White
-
-
DMX512AP
-
White
White
-
-
-
-
-
-
SM16512
-
Green
Green
-
-
-
-
-
-
SM16511
-
Green
Green
-
-
-
-
-
-
SM16520
-
Green
Green
-
-
-
-
-
-
SM16500
Custom
Red
Green
Red
Power on
-
-
-
-
SM17500
Custom
Red
Green
Red
Power on
Red
Yellow
Red
Purple
SM17512
Custom
Red
Green
Blue
Blue
-
-
-
-