LED-2014-X Digital LED Controller, Support WS2812B TM18XX INK1003 UCS1903 Driving IC
Current: <60mA
Maximum control points: 2048 points
Control Distance: < = 30 meters
Supporting Controlled IC Type: W2811/WS2812B/TM18XX/INK1003/UCS1903 etc
RF remote control distance: up to 200 meters
Operating instructions
On/Off : Power on / off. (when off automatically saving parameters).
Effect Programs - / Speeds-+ :
Effect Programs + / Speeds+
Mode/Speed: "+" And "-" keys to adjustment effect program or adjustment speed the function switching.
Auto Play method of operation: When the "Mode/Speed" and "-" keys pressed simultaneously will automatically play 300 kinds of effect programs.
Adjust pixel point methods of operation: Shutdown can be adjustment pixel points. Press the "On Off" button to shut down, press the "Mode Speed" button to enter the pixel points adjustment menu, then press the "+" and "-" to adjust the number of pixel points, the adjustment process at the same time live "Mode / Speed" button to quickly adjust. After adjustment Press "On Off" button to save and exit.
Interface Description:
CLK/DIN: 485 differential signal output B (B received 485 receiver board when using 485), when the control double line IC the CLK is clock line.
DIN +: data output DIN, also a 485 differential signal output A.
GND: "DC Power negative" and "signal ground" and "one of the AC power supply line",they share a terminal.
+5 V:5V power positive input. negative connected to GND, Note: The port can not exceed 5.5V input voltage and polarity is not reversed.
12V: 12V power input. When using AC12V power, one of the power cord connected to the port, another power cord connected to the GND, regardless of polarity. when using DC12V power, positive connected to the port, negative connected to GND.
24V: 24V power input . When using AC24V power, one of the power cord connected to the port, another power cord connected to the GND, regardless of polarity. when using DC24V power, positive connected to the port, negative connected to GND.
The controller has two signal output, connection as follows:
TTL signals: DIN in the light strip connected to DIN +, and GND connected to GND (when using AC power as well).
Differential signal The “485 differential receiver converter board” B connected to CLK/DIN-, and A connected to DIN+. (Note: the use of differential signal transmission must be add "485 differential receiver converter board" in the front of light strip. We recommended use of the controller supporting the "485 differential receiver converter board",the Model: TH2010-485MD), connection diagram is as follows:
AC synchronous
When adopt to AC synchronous function must be use AC12V or AC24V power. The controller will automatically recognize and open AC synchronization function,the parameters must be set the same for each controller and then turn on the power at the same time. Please stop operation when the controller is working, otherwise it will be no synchronization.
Note: If you are using a DC power supply AC synchronous function can not be used.
Power on the digital display instructions:
P - dC: input power to DC (display at boot).
P - AC: AC input power (display at boot).
HXXX: Single program loop (fixed effect at XXX a loop).
AXXX: All program Loop (Loop effects 001-293, 294-300 static monochrome effect, does not participate in play), when switching to H000 channels, one second after the beginning of the entire loop, digital control is automatically displayed as AXXX , where XXX is currently playing effects ID number.
E - XX: Indicates the current playback speed, XX for the speed grade, sub-10 level 01-10, the larger number the faster.
Changing Mode list
NO. | Function Description | NO. |
Function Description |
1 |
Static red |
2 |
Static green |
3 |
Static blue |
4 |
Static yellow |
5 |
Static cyan |
6 |
Static purple |
7 |
Static white |
8 |
Three color jumpy change |
9 |
Seven color jumpy change |
10 |
Seven color stroboflash |
11 |
Red horse race lamp to right direction |
12 |
Purple horse race lamp to left direction |
13 |
Blue horse race lamp to right direction |
14 |
Cyan horse race lamp to left direction |
15 |
Seven color cycling horse race lamp to right direction |
16 |
Seven color cycling horse race lamp to left direction |
17 |
Seven color horse race lamp back-for-ward direction |
18 |
Seven color horse race lamp to left direction |
19 |
Seven color jumping horse race lamp to right direction |
20 |
Three color gradually change |
21 |
Seven color gradually change |
22 |
Red background scan lamp back-for-ward direction |
23 |
Green background scan lamp back-for-ward direction |
24 |
Blue background scan lamp back-for-ward direction |
25 |
Yellow background scan lamp back-for-ward direction |
26 |
Cyan background scan lamp back-for-ward direction |
27 |
Purple background scan lamp back-for-ward direction |
28 |
White background scan lamp back-for-ward direction |
29 |
Seven color scan lamp back-for-ward direction |
30 |
Red water move to right direction |
31 |
Red water move to left direction |
32 |
Green water move to right direction |
33 |
Green water move to left direction |
34 |
Blue water move to right direction |
35 |
Blue water move to left direction |
36 |
Yellow water move to right direction |
37 |
Yellow water move to left direction |
38 |
Cyan water move to right direction |
39 |
Cyan water move to left direction |
40 |
Purple water move to right direction |
41 |
Purple water move to left direction |
42 |
White water move to right direction |
43 |
White water move to left direction |
44 |
Seven color cycling water move to right direction |
45 |
Seven color breathing lamp back-for-ward direction |
46 |
Red trail to left single direction |
47 |
Purple trail to left single direction |
48 |
Blue trail to left single direction |
49 |
Cyan trail to left single direction |
50 |
White trail to left single direction |
51 |
Green trail to left single direction |
52 |
Yellow trail to left single direction |
53 |
Seven color jumping trail to left single direction |
54 |
Seven color queue trail to left single direction |
55 |
Seven color alternation trail to left single direction |
56 |
Red trail to right single direction |
57 |
Purple trail to right single direction |
58 |
Blue trail to right single direction |
59 |
Cyan trail to right single direction |
60 |
White trail to right single direction |
61 |
Green trail to right single direction |
62 |
Yellow trail to right single direction |
63 |
Seven color jumping trail to right single direction |
64 |
Seven color queue trail to right single direction |
65 |
Seven color alternation trail to right single direction |
66 |
Red water trail to right direction |
67 |
Purple water trail to right direction |
68 |
Blue water trail to right direction |
69 |
Cyan water trail to right direction |
70 |
White water trail to right direction |
71 |
Green water trail to right direction |
72 |
Yellow water trail to right direction |
73 |
Seven color jumping water trail to right direction |
74 |
Seven color queue water trail to right direction |
75 |
Seven color alternation water trail to right direction |
76 |
Red trail to left double direction |
77 |
Purple trail to left double direction |
78 |
Blue trail to left double direction |
79 |
Cyan trail to left double direction |
80 |
White trail to left double direction |
81 |
Green trail to left double direction |
82 |
Yellow trail to left double direction |
83 |
Seven color jumping trail to left double direction |
84 |
Seven color queue trail to left double direction |
85 |
Seven color alternation trail to left double direction |
86 |
Red trail to right double direction |
87 |
Purple trail to right double direction |
88 |
Blue trail to right double direction |
89 |
Cyan trail to right double direction |
90 |
White trail to right double direction |
91 |
Green trail to right double direction |
92 |
Yellow trail to right double direction |
93 |
Seven color jumping trail to right double direction |
94 |
Seven color queue trail to right double direction |
95 |
Seven color alternation trail to right double direction |
96 |
Full color wave to right direction |
97 |
Seven color water move to left direction |
98 |
Purple background trail to right double direction |
99 |
Blue background trail to right double direction |
100 |
White background trail to right double direction |
101 |
Cyan background trail to right double direction |
102 |
Green background trail to right double direction |
103 |
Yellow background trail to right double direction |
104 |
Seven color background trail to right double direction |
105 |
Seven color spread from the middle to both sides |
106 |
Seven color breathing from the middle to both sides |
107 |
Seven color draw curtain |
108 |
Seven color lower curtain |
109 |
Seven color spread from both sides to the middle |
110 |
Colorful switch |
111 |
Seven color overlay to right direction |
112 |
Seven color overlay to left direction |
113 |
Seven color overlay to left and right direction |
114 |
Seven color background overlay to double direction |
115 |
Seven color overlay from middle to both sides |
116 |
Seven color background overlay middle to both sides |
117 |
Seven color overlay from both sides to middle |
118 |
Seven color background overlay both sides to middle |
119 |
Sub seven color move back-for-ward direction |
120 |
Sub seven color jump and move back-for-ward |
121 |
Sub seven color background move back-for-ward |
122 |
Sub seven color background move single direction |
123 |
Sub seven color overlay to left and right direction |
124 |
Sub seven color background overlay to left and right |
125 |
Sub seven color spread to single direction |
126 |
Sub seven color spread back-for-ward |
127 |
Sub seven color water move to left and right |
128 |
Sub seven color spread from middle to both sides |
129 |
Sub seven color stretch from middle to both sides |
130 |
Sub seven color stretch to single direction |
131 |
Sub seven color overlay to single direction |
132 |
Auto play circularly |
133 |
Custom combination mode |
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