FP CFC - Audio Equipment American Audio - Free user manual and instructions

USER MANUAL FP CFC American Audio

FP CFC Operation Manual

The FP CFC controller can be controlled using a 512-DMX console. The Flash Panel 16 together with the FP CFC controller can make colorful and dynamic light scenery effects.

Customer Support: American DJ provides a toll free customer support line, to provide set up help and to answer any question should you encounter problems during your set up or initial operation. You may also visit us on the web at www.americandj.com for any comments or suggestions. Service Hours are Monday through Friday 9:00 a.m. to 4:30 p.m. Pacific Standard Time.

Voice: [phone]

Fax: [phone]

E-mail: [e-mail]

To purchase parts online visit http://parts.americandj.com

Warning! To prevent or reduce the risk of electrical shock or fire, do not expose this unit to rain or moisture.

Caution! There are no user serviceable parts inside this unit. Do not attempt any repairs yourself, doing so will void your manufactures warranty. In the unlikely event your unit may require service please contact American DJ_.

PLEASE recycle the shipping carton when ever possible.

A. Parameter Of FP CFC Control System

Picture 1: The link diagram for the total FP CFC control system

graph TD
    A["Out"] --> B["In"]
    B --> C["Disc Screen Controller"]
    C --> D["Power Cable"]
    D --> E["YLL-009 DMX"]
    E --> F["YLL-009 DMX"]
    F --> G["YLL-009 DMX"]
    G --> H["YLL-009 DMX"]
    H --> I["YLL-009 DMX"]
    I --> J["YLL-009 DMX"]
    J --> K["YLL-009 DMX"]
    K --> L["YLL-009 DMX"]
    L --> M["YLL-009 DMX"]
    M --> N["YLL-009 DMX"]
    N --> O["YLL-009 DMX"]
    O --> P["YLL-009 DMX"]
    P --> Q["YLL-009 DMX"]
    Q --> R["YLL-009 DMX"]
    R --> S["YLL-009 DMX"]
    S --> T["YLL-009 DMX"]
    T --> U["YLL-009 DMX"]
    U --> V["YLL-009 DMX"]
    V --> W["YLL-009 DMX"]
    W --> X["YLL-009 DMX"]
    X --> Y["YLL-009 DMX"]
    Y --> Z["YLL-009 DMX"]
    Z --> AA["YLL-009 DMX"]
    AA --> AB["YLL-009 DMX"]
    AB --> AC["YLL-009 DMX"]
    AC --> AD["YLL-009 DMX"]
    AD --> AE["YLL-009 DMX"]
    AE --> AF["YLL-009 DMX"]
    AF --> AG["YLL-009 DMX"]
    AG --> AH["YLL-009 DMX"]
    AH --> AI["YLL-009 DMX"]
    AI --> AJ["YLL-009 DMX"]
    AJ --> AK["YLL-009 DMX"]
    AK --> AL["YLL-009 DMX"]
    AL --> AM["YLL-009 DMX"]
    AM --> AN["YLL-009 DMX"]
    AN --> AO["YLL-009 DMX"]
    AO --> AP["YLL-009 DMX"]
    AP --> AQ["YLL-009 DMX"]
    AQ --> AR["YLL-009 DMX"]
    AR --> AS["YLL-009 DMX"]
    AS --> AT["YLL-009 DMX"]
    AT --> AU["YLL-009 DMX"]
    AU --> AV["YLL-009 DMX"]
    AV --> AW["YLL-009 DMX"]
    AW --> AX["YLL-009 DMX"]
    AX --> AY["YLL-009 DMX"]
    AY --> AZ["YLL-009 DMX"]
    AZ --> BA["YLL-009 DMX"]
    BA --> BB["YLL-009 DMX"]
    BB --> BC["YLL-009 DMX"]
    BC --> BD["YLL-009 DMX"]
    BD --> BE["YLL-009 DMX"]
    BE --> BF["YLL-009 DMX"]
    BF --> BG["YLL-009 DMX"]
    BG --> BH["YLL-009 DMX"]
    BH --> BI["YLL-009 DMX"]
    BI --> BJ["YLL-009 DMX"]
    BJ --> BK["YLL-009 DMX"]
    BK --> BL["YLL-009 DMX"]
    BL --> BM["YLL-009 DMX"]
    BM --> BN["YLL-009 DMX"]
    BN --> BO["YLL-009 DMX"]
    BO --> BP["YLL-009 DMX"]
    BP --> BQ["YLL-009 DMX"]
    BQ --> BR["YLL-009 DMX"]
    BR --> BS["YLL-009 DMX"]
    BS --> BT["YLL-009 DMX"]
    BT --> BU["YLL-009 DMX"]
    BU --> BV["YLL-009 DMX"]
    BV --> BW["YLL-009 DMX"]
    BW --> BX["YLL-009 DMX"]
    BX --> BY["YLL-009 DMX"]
    BY --> BZ["YLL-009 DMX"]
    BZ --> CA["YLL-009 DMX"]
    CA --> CB["YLL-009 DMX"]
    CB --> CC["YLL-009 DMX"]
    CC --> CD["YLL-009 DMX"]
    CD --> CE["YLL-009 DMX"]
    CE --> CF["YLL-009 DMX"]
    CF --> CG["YLL-009 DMX"]
    CG --> CH["YLL-009 DMX"]
    CH --> CI["YLL-009 DMX"]
    CI --> CJ["YLL-009 DMX"]
    CJ --> CK["YLL-009 DMX"]
    CK --> CL["YLL-009 DMX"]
    CL --> CM["YLL-009 DMX"]
    CM --> CN["YLL-009 DMX"]
    CN --> CO["YLL-009 DMX"]
    CO --> CP["YLL-009 DMX"]
    CP --> CQ["YLL-009 DMX"]
    CQ --> CR["YLL-009 DMX"]
    CR --> CS["YLL-009 DMX"]
    CS --> CT["YLL-009 DMX"]
    CT --> CU["YLL-009 DMX"]
    CU --> CV["YLL-009 DMX"]
    CV --> CW["YLL-009 DMX"]

Note:
1) Every export of the FP CFC controller can link 16pcs slim wall lights at most. So every controller can control 128pcs at the most. The signal output connector for the last light should be stopped by a Terninator (1 pc 120_ resistor inside) in order to prevent signal interruption. One controller can control 128pcs but no more then that. When there are more than 128pcs, you will need to link to a slave controller to control the other lights.
2) Make sure the fixation method of the lights in the screen is the same. The conjunction of the adjacent lights must be close. Make sure there is no aperture between the two adjacent lights.

Picture 2: The link picture for the back of the controller. One master controller can link 3 slave controllers at most:

Master controller ON OFF Power In DMX IN DMX OUT Signal Cable CF CARD LINK OUT IN insert the CF card OUT DMX 512 Console No.1 Slave controller ON OFF Power In DMX IN DMX OUT CF CARD LINK OUT IN OUT UTP-5 wire No.2 Slave controller ON OFF Power In DMX IN DMX OUT CF CARD LINK OUT IN OUT UTP-5 wire No.3 Slave controller ON OFF Power In DMX IN DMX OUT CF CARD LINK OUT IN OUT UTP-5 wire

Note:
1) The first controller is the master controller which needs a programmed CF card, the card is inserted into the rear of the controller. The others are slave controllers which do not need the CF card. One master controller can link 3 slave controllers at most. So the master controller can control 512pcs total. Every controller can be used as either a master controller or a slave controller. The slave controllers are controlled through the master controller. The slave controllers are not used for operation, but they do need to be powered on.
2) Plug the programmed CF card into the master controller and connect the controllers through the UTP-5 wire or the UTP-5E cable. The length of the cable is 100 meters at most.

Flash Panel 16

1.1 Specification

Weight: 3lbs/1.4kg

Size: 9.8 (L) x 9.8 (W) x 1.85 (H) / L250*W250*H47MM

Power input: AC 120v/60Hz or 230V/50HZ

Wattage: 6W

LEDs: 16PCS 0.164W (3-in-1 LEDs)

Resolution: 16 pixels per meter

3PIN female XLR socket and 3PIN male XLR socket

1.2 The picture of the slim wall light

POWER OUT: 230V/50Hz DAX OUT POWER IN: 230V/50Hz DMX IN

R2.7 R5.2 16.0 105.0 255.0 183.0 250.0 CE

1.3 Dip Switch

1 ON 2 3 4 5 6 7 8 9 10

When you want to link up the slim wall lights into a screen, all of them must be in the DMX mode, and dipswitch 10 must be on. All the lights must be of the addressed correctly, or they will not work as a screen. You can address 512pcs at the most.

1	2	3	4	5	6	7	8	9	Start address
1	0	0	0	0	0	0	0	0	1
0	1	0	0	0	0	0	0	0	2
1	1	0	0	0	0	0	0	0	3
0	0	1	0	0	0	0	0	0	4
1	0	1	0	0	0	0	0	0	5
			...						...
1	1	1	1	1	1	1	1	1	512

1=ON 0=OFF

B. CF Card

The 133X high speed CF card should be better and the format of the CF card must be FAT 32. There must be at least 4 kinds of file in the CF card to make sure that the FP CFC controller can work normally. There has been a CF example in your CF card for the screen by fixation method 3.

1. The Run Chart

The Run Chart must be the BIN file. The first step, you must edit the TXT run chart file by yourself then translate the TXT run chart file into BIN run chart file by our company's software.

2. The DAT file

There must be at least one DAT file in your CF card. Copy the DAT files to the CF card which you need to play. You can get the DAT files by our company's CF Video software .The FP CFC controller can play 25 DAT files at most. If there is more than 25 DAT files in the CF card, it will play the preceding 25 DAT files.

3. The LOGO file

HighEndLed. logo

LOGO File

4.973KB

is the an example of the LOGO file in your CF card. You can program the logo file enter, then copy it to the CF card. There must be only one logo file in the CF card.

config Configuration Setting 1 KB

3. The Configuration Setting file

The Configuration Setting file is in your CF card. There would be many run chart files in the CF card, so in the content of the Configuration Setting file, you must order the right BIN run chart file of the CF card as the FP CFC controller's run chart. For example, if you want have link a 8x8 FP CFC, you must order the 8x8 BIN run chart file as the run chart of the FP CFC controller in the content of the Configuration Setting file.

C. FP CFC Controller

1. Parameter Of FP CFC Controller

1.1 Specification

Weight:2.6kg

Size: 365mmx215mmx60mm

Power input: AC 90V\~240V/60Hz-50Hz

Control Qty of FP CFC Controller: 8192 pixels

Color range: 256 scales color depth/16,770,000colors

Storage media: CF Memory Card (repeat use)

Max storage: 16G

FPS: 28fp/sec

Display: Animations, videos etc

1.2 The picture of the control panel

MODE SETUP LP DOWN

1.3 The picture of front side

ON OFF POWER IN-90V-240V/50HZ-60HZ F2A DMX IN DMX OUT CF CARD LINK OUT IN

1.4 The picture of back side

VIDEO DMX OUT 1 2 3 4 5 6 7 8

1. FP CFC Controller Operation Manual

Insert the CF card into the CF card slot of the master FP CFC controller. The LCD display is

located on the front. You can operate it through the four buttons----MODE, SET UP, UP, and DOWN. When the power is turned on, the LCD will display:

WELCOME! System Init...

At this time, you can also press the MODE and SET UP buttons at the same time to skip this display. Then the controller will read the DAT file name of the CF card automatically.

Press the “MODE” button to activate the main menu: Loop play mode, DMX mode, Sound mode, Select Video mode

Loop Play mode -- play the DAT files of the CF card one after another in continuous loop

DMX mode -- controlled by DMX controller

Sound mode -- running by sound - activated

Select Video mode -- select the DAT file of the CF card

2.1 Loop Play mode

1) Press the UP or DOWN buttons to RUN/STOP the video. Press the UP button to play the video, press DOWN button to stop playing the video. Press the "SET UP" button until the display shows:

LOOP PLAY U/D -- RUN

2) Press the UP or DOWN buttons to increase/decrease the intensity 000%-100% of the R/G/B LEDs. At 000% the R/G/B LED's are off, 001% is the lowest intensity, 100% is the highest intensity. Press the "SET UP" button until the display shows:

graph LR
    A["LOOP PLAY RED: 100%"] --> B["LOOP PLAY GREEN: 100%"]
    B --> C["LOOP PLAY BLUE: 100%"]

3) Press the UP or DOWN buttons to increase/decrease the intensity 000%-100% of all the RGB LEDs. At 000% the R/G/B LED's are off, 001% is the lowest intensity, 100% is the highest intensity. Press the "SET UP" button until the display shows:

LOOP PLAY DIMMER: 100%

4) Press the UP or DOWN buttons to select the flash speed. At 00 the flash is off, 01 is the slowest flash speed, 15 is the fastest flash speed. Press the "SET UP" button until the display shows:

LOOP PLAY ShutterSP:00

2.2 DMX mode

1) Addressing

You also can control the FP CFC by using the master FP CFC controller to control the whole FP CFC.

The control board allows you to assign the DMX address which is defined as the first channel. Set your desired address 001-512 via the UP/DOWN button's, there are a total 512 pcs to address.

DMX MODE address:001

2) DMX-PROTOCOL

CHANNEL	VALUE	FUNCTION
CH1	0-9	Play the DAT files of the CF card one after another in a continuous loop
	10-19	Play the first DAT file of the CF card
	20-29	Play the second DAT file of the CF card
	30-39	Play the third DAT file of the CF card
	40-49	Play the fourth DAT file of the CF card
	50-59	Play the fifth DAT file of the CF card
	60-69	Play the sixth DAT file of the CF card
	70-79	Play the seventh DAT file of the CF card
	80-89	Play the eighth DAT file of the CF card
	90-99	Play the ninth DAT file of the CF card
	100-109	Play the tenth DAT file of the CF card
	110-119	Play the eleventh DAT file of the CF card
	120-129	Play the twelfth DAT file of the CF card
	130-139	Play the thirteenth DAT file of the CF card
	140-149	Play the fourteenth DAT file of the CF card
	150-159	Play the fifteenth DAT file of the CF card
	160-169	Play the sixteenth DAT file of the CF card
	170-179	Play the seventeenth DAT file of the CF card
	180-189	Play the eighteenth DAT file of the CF card
	190-199	Play the nineteenth DAT file of the CF card
	200-209	Play the twentieth DAT file of the CF card
	210-219	Play the twenty-first DAT file of the CF card
	220-229	Play the twenty-second DAT file of the CF card
	230-239	Play the twenty-third DAT file of the CF card
	240-249	Play the twenty-fourth DAT file of the CF card
	250-255	Play the twenty-fifth DAT file of the CF card
CH2	000-255	Red (dim-bright)
CH3	000-255	Green (dim-bright)
CH4	000-255	Blue (dim-bright)
CH5	000-255	Dimming (dim-bright)
CH6	000-010	No function
	011-255	Flash (slow-fast)
CH7	000-015	Play the video in normal speed
	016-255	Play the video from slow to quick(1frame per second to 240 frames per second)

Note: When there is less than 25 DAT files in the CF card, the value of the first channel corresponds to the DAT file which do not have in the CF card, it will correspond to the last DAT file. For example, there are 3 DAT files in the CF card, the value from 30 to 255 of the first channel is corresponds to the third DAT file.

2.3 Sound mode

1) Press the UP or DOWN buttons to RUN/STOP the video. Press the UP button to play the video, press the DOWN button to stop playing the video. Press the "SET UP" button until the display shows:

SOUND MODE U/D -- RUN

2) Press the UP or DOWN buttons to select the DAT file of the CF card 01-25. If there are more than 25 DAT files in the CF card, it will play the preceding 25 DAT files. The "XXX" is the name of the DAT file in the card. Press the "SET UP" button until the display shows:

SOUND MODE 01.xxx.dat

3) Press the UP or DOWN buttons to select sound-active sensitivity grade 0-31. At 0 sound activity is off, 1 is the least sensitive, 31 is the most sensitive. Press the "SET UP" button until the display shows:

SOUND MODE sensitivity:00

4) Press the UP or DOWN buttons to select the frame number 000-240 the video will skip when it activated by sound each time. 000 is one frame skip when it activated by sound each time, 001 is two frame skip when it activated by sound each, 240 is 241 frame skip when it activated by sound. Press the "SET UP" button until the display shows:

SOUND MODE Frame skip:000

5) Press the UP or DOWN buttons to increase/decrease the intensity 000%-100% of the R/G/B LED's. At 000% the R/G/B LED's arc off, 001% is the lowest intensity, 100% is the highest intensity. Press the "SET UP" button until the display shows:

graph LR
    A["SOUND MODE RED: 100%"] --> B["SOUND MODE GREEN: 100%"]
    B --> C["SOUND MODE BLUE: 100%"]

6) Press the UP or DOWN buttons to increase/decrease the intensity 000%-100% of the R/G/B LED's. At 000% the R/G/B LED's arc off, 001% is the lowest intensity, 100% is the highest intensity. Press the "SET UP" button until the display shows:

SOUND MODE DIMMER: 100%

7) Press the UP or DOWN buttons to select the flash speed. At 00 the flash is off, 01 is the slowest flash speed, 15 is the fastest flash speed. Press the "SET UP" button until the display shows:

SOUND MODE ShutterSP:00

2.4 Select Video mode

1) Press the UP or DOWN buttons to RUN/STOP the video. Press the UP button to play the video, press the DOWN button to stop playing the video. Press the "SET UP" button until the display shows:

SELECT VIDEO U/D -- RUN

2) Press the UP or DOWN buttons to select the DAT file of the CF card 01-25. If there is more than 25 DAT files in the CF card, it will play the preceding 25 DAT files. The "XXX" is the name of the DAT file in the computer. Press the "SET UP" button until the display shows as follows:

SELECT VIDEO 01.XXX.dat

3) Press the UP or DOWN buttons to increase or decrease the running speed 001-240-normal of the video. 001 is to play one frame in one second, 240 is to play 240 frames in one second, normal is to play at normal speed. Press the "SET UP" button until the display shows:

SELECT VIDEO Speed: normal

4) Press the UP or DOWN buttons to increase/decrease the intensity 000%-100% of the R/G/B LEDs. At 000% the R/G/B LED's are off, 001% is the lowest intensity, 100% is the highest intensity. Press the "SET UP" button until the display shows:

graph LR
    A["SELECT VIDEO RED: 100%"] --> B["SELECT VIDEO GREEN: 100%"]
    B --> C["SELECT VIDEO BLUE: 100%"]

5) Press the UP or DOWN buttons to increase/decrease the intensity 000%-100% of all the RGB LEDs. At 000% the R/G/B LED's are off, 001% is the lowest intensity, 100% is the highest intensity. Press the "SET UP" button until the display shows:

SELECT VIDEO DIMMER: 100%

6) Press the UP or DOWN buttons to select the flash speed. At 00 the flash is off, 01 is the slowest flash speed, 15 is the fastest flash speed. Press the "SET UP" button until the display shows:

SELECT VIDEO ShutterSP:00

B. How To Create Video Of CF Card

a. Translate AVI file into DAT file Method 1

1) Install the CFVideo software. After installation, there will be a shortcut on the desktop.
2) Double-click the shortcut to open the software, this is what should be displayed:

AutoShin Open BIN OutPut BIN OutPut Screen Pixel Size Enable ScreenSize: Width: By Ratio Height: Turn Play Pause Stop Screen Capture Test

3) Click the Open icon, and find the AVI file which needs to be translated into DAT file.

AVI To BinFile Open Look in: exit My Recent Documents Desktop My Documents My Computer My Network Files File name: fish Files of type: AVI File (*.wav) Open Cancel

4) Double-click the AVI file; this will show the position of the

file F:\avi3\fish.avi Open behind the icon , click the icon Play Pause Stop Screen , , to play/pause/stop the video, click the icon to make the video full screen, click the icon Capture to capture the picture of the video, cl the icon Test to find the parameters of the video.

Open F:\avi\rfish.avi BIN OutPut BIN OutPut Screen Pixel Size Enable ScreenSize: Width: By Rate Height: Turn Play Pause Stop Screen Capture Test

5) Click the icon BIN OutPut, find the location of the DAT file, name the DAT file, then click Open.

AVI To BinFile Open Lock in: exit My Recent Documents Desktop My Documents My Computer My Network Place File name: Files of type: DAT File (*.dat) Open Cancel

Enable ScreenSize: 6) Click, it will automatically turn into. Input the size of the DAT file in the

Width: Height: and on request. The size of the I

file has to be the same size as the pixel size of the screen, so it can play the DAT file completely.

Open F:\avi\Wish.avi DIN OutPut F:\avi\Wish.dat BIN OutPut Screen Pixel Size Enable ScreenSize: Width: 144 By Ratio Height: 144 Turn Play Pause Stop Screen Capture Test

By Ratio

It can also be translated by ratio. Click, it will automatically turn into

Width:

. After input the number in the box. When you move the cursor to the

Height:

box, click it. It will automatically reveal the height. You can also

input the number of height to get the number of the width by the same way.

Open F:\avi3\fish.avi BIN OutPut F:\avi3\fish.dat BIN OutPut Screen Pixel Size Enable ScreenSize: Width: 143 By Ratio Height: 94 Turn Play Pause Stop Screen Capture Test

7) Click and the AVI file will begin to translate. You can click Stop to stop translating. After it finishes, will appear, click to finish.

AVI To BinoFile File View Add Open F:\avi3\fish.avi BIN OutPat F:\avi3\fish.dat BIN OutPut Screen Pixel Size Enable ScreenSize: Width By Ratio Height: 04 Din File Process Over! Video Frame Process Sum 171 OK Turn Play Pause Stop Screen Capture Test

Method 2

1) Install the CFVideo software. After installation, there will be a shortcut on the desktop.
2) Double-click the shortcut to open the software. This is what should be displayed:

ANSYS Open BIN OutPat BIN OutPut Screen Pixel Size Enable ScreenSize: Width: By Ratio Height: Turn Play Pause Stop Screen Capture Test Please Input AVI File: ward" in the "Tool" menu, will be displayed.

3) Select "Turn Wizard" in the "Tool" menu, will be displayed.

Click …, and find the AVI file which needs to be translated into DAT file.

AVI To Find it File Tool About Open FindBlick and Please Input AVI File: BIN OutPut BIN OutPut Screen Enable Screen By Rate NEXT CANCEL Turn Play Pause Stop Screen Capture Test

4) Double-click the AVI file, this window should be displayed:

AVI To BinFile Open F:\avi3\fish.avi BIN OutPut BIN OutPut Screen Enable Screen By Hobe Please Input AVI File: F:\exc3\fish.avi ... NEXT CANCEL Turn Capture Test

5) Click

AVI To BinFile Open F:\avi3\fish.avi Output Bin File To: FINISHED CNCE BIN OutPut BIN OutPut Screen F Enable ScreenS By Ratio Turn Play Fause Stop Screen Capture Test

6) Click

find the location of the DAT file, name the DAT file, then click Open

AV1 To BizeFile Open Look in: av3 My Recent Documents Desktop My Documents My Computer My Network Places File name: 201 Files of type: DAT File (*.dbx) Open Cancel

7) Click FINISHED and the AVI file will begin to translate. You can click Stop to stop translating. After it finishes, will appear, click to finish it.

AVI To DinFile File Tool About Open F:\avi3\fish.avi BIN OutPut F:\avi3\Wish.dat BIN OutPut Screen Pixel Size Enable ScreenSize: Width By Ratio Height: 04 Din File Process Over! Video Frame Process Size 121 OK Turn Play Pause Stop Screen Capture Test

b. Naming the DAT file:

1. The number from 0 to 9, capital letters as well as small letters and all the symbols of the ASC_ table (*.#.@ for example) which can be displayed on computer can be used to name the DAT file. They can also be displayed in the controller LCD.
2. The controller LCD can only display the name of the DAT files in the CF card. All files that appear in the LCD should have the suffix “.dat”.
3. The name of the DAT file can be extended to 256 characters, and the display on the LCD of

the controller can only display the 13 characters. So the display on the LCD is from the first character to the thirteenth character of the DAT file name. Before the name of the DAT file is the number of the DAT file in the CF card. For example, the fifth DAT file of the CF card is XX123.dat, the display on the LCD will be "05.XX123.dat"; lets say the tenth DAT file of the CF card is ABCDEFG12345678910.dat, the display on the LCD will show "10.ABCDEFG123456".

c. Preview the DAT file

1) Click "Play",

should appear.

Play2000 Play Blue Green Red Expand Shorten Stop Cancel

2) Click and then find the DAT file needed to be played.

Play C++ Video File Open Look in: 3x10 My Recent Documents Desktop My Documents My Computer My Network Files File name: Ash Res of type: FLEC-1 Open Cancel Play Blue Green Red Expand Shannon Stop Cancel

3) Double-click the DAT file and the DAT file will play automatically. At this time, you can click the icon Red Green Blue, or to change the color of the video into red/green/blue.

Click the icon Expand or Shorten to increase /decrease the size of video. Click to stop playing the video, click Cancel to cancel the display of the video.

Player Videos Blue Green Red Expand Shollen Stop Cancel

C. How To Create The Run Chart Of CF Card And The Address Link List

a. The different pixel distribution pictures of the FP CFC by the 4 fixation methods:

When the address of the light is 1, the four different pixel distribution diagrams are as follows:

Fixation method 1:

DMX Out Power Out pixel1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 DMX IN Power IN address:001

Fixation method 2:

Power IN DMX IN pixel16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 Power Out DMX Out address:001

Fixation method 3:

Pixel:13 9 3 1 14 10 6 2 15 11 7 3 16 12 8 4 address:001 DMX IN— POWER IN— DMX OUT POWER OUT

Fixation method 4:

Power OUT DMX OUT Pixel: 4 8 12 16 3 7 11 15 2 6 10 14 1 5 9 13 address:001 POWER IN DMX IN

When the address of the light is 2, the two different pixel distribution pictures for fixation method 1 and fixation method 3:

Fixation method 1:

Fixation method 3:

DMX Out Power Out pixel:17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 DMX IN Power IN address:002

Pixel:29 25 21 17 DMX IN—30 26 22 18 POWER IN—31 27 23 19 32 28 24 20 address:002 DMX OUT POWER OUT

As the picture shows:

1) One LED is one pixel, so every FP CFChas 16 pixels.
2) The four above fixation methods are the main fixation methods of the lights. When the fixation methods are different, the pixel distribution is different. The pixel distribution are as the diagrams above.
3) When the address of the light is 1, the pixel number of the same LED add 16.
4) When the address of the light is 1, its pixel distributes from 1 to 16, when the address of the light is 2, its pixel distributes from 17 to 32. When the address of the light is N, its pixel distributes from 16N-15 to 16N.

b, The link diagram for the four different fixation methods :

Link by fixation method 1:

graph TD
    subgraph_Master_Controller["Master Controller"]
        A["YLL-009 DMX"] --> B["YLL-009 DMX"]
        C["YLL-009 DMX"] --> D["YLL-009 DMX"]
        E["YLL-009 DMX"] --> F["YLL-009 DMX"]
        G["YLL-009 DMX"] --> H["YLL-009 DMX"]
        I["YLL-009 DMX"] --> J["YLL-009 DMX"]
        K["YLL-009 DMX"] --> L["YLL-009 DMX"]
        M["YLL-009 DMX"] --> N["YLL-009 DMX"]
        O["YLL-009 DMX"] --> P["YLL-009 DMX"]
        Q["YLL-009 DMX"] --> R["YLL-009 DMX"]
        S["YLL-009 DMX"] --> T["YLL-009 DMX"]
        U["YLL-009 DMX"] --> V["YLL-009 DMX"]
        W["YLL-009 DMX"] --> X["YLL-009 DMX"]
        Y["YLL-009 DMX"] --> Z["YLL-009 DMX"]
        AA["YLL-009 DMX"] --> AB["YLL-009 DMX"]
        AC["YLL-009 DMX"] --> AD["YLL-009 DMX"]
        AE["YLL-009 DMX"] --> AF["YLL-009 DMX"]
        AG["YLL-009 DMX"] --> AH["YLL-009 DMX"]
        AI["YLL-009 DMX"] --> AJ["YLL-009 DMX"]
        AK["YLL-009 DMX"] --> AL["YLL-009 DMX"]
        AM["YLL-009 DMX"] --> AN["YLL-009 DMX"]
        AO["YLL-009 DMX"] --> AP["YLL-009 DMX"]
        AQ["YLL-009 DMX"] --> AR["YLL-009 DMX"]
        AS["YLL-009 DMX"] --> AT["YLL-009 DMX"]
        AU["YLL-009 DMX"] --> AV["YLL-009 DMX"]
        AW["YLL-009 DMX"] --> AX["YLL-009 DMX"]
        AY["YLL-009 DMX"] --> AZ["YLL-009 DMX"]
        BA["YLL-009 DMX"] --> BB["YLL-009 DMX"]
        BC["YLL-009 DMX"] --> BD["YLL-009 DMX"]
        BE["YLL-009 DMX"] --> BF["YLL-009 DMX"]
        BG["YLL-009 DMX"] --> BH["YLL-009 DMX"]
        BI["YLL-009 DMX"] --> BJ["YLL-009 DMX"]
        BK["YLL-009 DMX"] --> BL["YLL-009 DMX"]
        BM["YLL-009 DMX"] --> BN["YLL-009 DMX"]
        BO["YLL-009 DMX"] --> BP["YLL-009 DMX"]
        BQ["YLL-009 DMX"] --> BR["YLL-009 DMX"]
        BS["YLL-009 DMX"] --> BT["YLL-009 DMX"]
        BU["YLL-009 DMX"] --> BV["YLL-009 DMX"]
        BW["YLL-009 DMX"] --> BX["YLL-009 DMX"]
        BY["YLL-009 DMX"] --> BZ["YLL-009 DMX"]
        CA["YLL-009 DMX"] --> CB["YLL-009 DMX"]
        CC["YLL-009 DMX"] --> CD["YLL-009 DMX"]
        DE["YLL-009 DMX"] --> DF["YLL-009 DMX"]
        DG["YLL-009 DMX"] --> DH["YLL-009 DMX"]
        DI["YLL-01654321 Disco Screen Controller"] --> DJ["Out CF Card"]
    end
    subgraph_Slave_Controller["Slave Controller"]
        E["Out In Out Cable"] --> DC["Power Cable"]
    end
    Master_Controller --> DC
    Slave_Controller --> DC

Link by fixation method 2:

graph TD
    A["Master Controller"] --> B["Out"]
    B --> C["CF card"]
    C --> D["Disco Screen Controller"]
    D --> E["Power Cable"]
    E --> F["YLL-009 DMX"]
    E --> G["YLL-009 DMX"]
    E --> H["YLL-009 DMX"]
    E --> I["YLL-009 DMX"]
    E --> J["YLL-009 DMX"]
    E --> K["YLL-009 DMX"]
    D --> L["Power Cable"]
    L --> M["YLL-009 DMX"]
    L --> N["YLL-009 DMX"]
    L --> O["YLL-009 DMX"]
    L --> P["YLL-009 DMX"]
    L --> Q["YLL-009 DMX"]
    D --> R["Power Cable"]
    R --> S["YLL-009 DMX"]
    R --> T["YLL-009 DMX"]
    R --> U["YLL-009 DMX"]
    R --> V["YLL-009 DMX"]
    R --> W["YLL-009 DMX"]
    D --> X["Power Cable"]
    X --> Y["YLL-009 DMX"]
    X --> Z["YLL-009 DMX"]
    X --> AA["YLL-009 DMX"]
    X --> AB["YLL-009 DMX"]
    D --> AC["Power Cable"]
    AC --> AD["YLL-009 DMX"]
    AC --> AE["YLL-009 DMX"]
    AC --> AF["YLL-009 DMX"]
    AC --> AG["YLL-009 DMX"]
    D --> AH["Power Cable"]
    AH --> AI["YLL-009 DMX"]
    AH --> AJ["YLL-009 DMX"]
    AH --> AK["YLL-009 DMX"]
    AH --> AL["YLL-009 DMX"]
    D --> AM["Power Cable"]
    AM --> AN["YLL-009 DMX"]
    AM --> AO["YLL-009 DMX"]
    AM --> AP["YLL-009 DMX"]
    AM --> AQ["YLL-009 DMX"]

Link by fixation method 3:

graph TD
    A["CF card"] --> B["Master Controller"]
    B --> C["Disco Screen Controller"]
    C --> D["Out"]
    D --> E["In"]
    E --> F["Master Controller"]
    F --> G["Power Cable"]
    G --> H["YLL-009 DMX"]
    H --> I["YLL-005 DMX"]
    I --> J["YLL-003 DMX"]
    J --> K["YLL-009 DMX"]
    K --> L["YLL-009 DMX"]
    L --> M["YLL-009 DMX"]
    M --> N["YLL-009 DMX"]
    N --> O["YLL-009 DMX"]
    O --> P["YLL-009 DMX"]
    P --> Q["YLL-009 DMX"]
    Q --> R["YLL-009 DMX"]
    R --> S["YLL-009 DMX"]
    S --> T["YLL-009 DMX"]
    T --> U["YLL-009 DMX"]
    U --> V["YLL-009 DMX"]
    V --> W["YLL-009 DMX"]
    W --> X["YLL-009 DMX"]
    X --> Y["YLL-009 DMX"]
    Y --> Z["YLL-009 DMX"]
    Z --> AA["YLL-009 DMX"]
    AA --> AB["YLL-009 DMX"]
    AB --> AC["YLL-009 DMX"]
    AC --> AD["YLL-009 DMX"]
    AD --> AE["YLL-009 DMX"]
    AE --> AF["YLL-009 DMX"]
    AF --> AG["YLL-009 DMX"]
    AG --> AH["YLL-009 DMX"]
    AH --> AI["YLL-009 DMX"]
    AI --> AJ["YLL-009 DMX"]
    AJ --> AK["YLL-009 DMX"]
    AK --> AL["YLL-009 DMX"]
    AL --> AM["YLL-009 DMX"]
    AM --> AN["YLL-009 DMX"]
    AN --> AO["YLL-009 DMX"]
    AO --> AP["YLL-009 DMX"]
    AP --> AQ["YLL-009 DMX"]
    AQ --> AR["YLL-009 DMX"]

Link by fixation method 4:

System architecture diagram showing connections between YLL-009 DMX modules, Master Controller, Slave Controller, and Disco Screen with power cable and CF card interface.

Note:

1) Make sure the fixation method of the lights in the screen is the same. The conjunction of the adjacent lights must be closed, make sure there is no aperture between the two adjacent lights.

2) The address of the FP CFC that connects to the FP CFC controller is 1, and the FP CFC after the first is address 2, and the next light is addressed 3, and so on.

3) When there are no more than 128 lights one controller is enough. When there are more than 128 lights, you will need to link to the slave controllers to control the other lights.

c. Create The Run Chart Of CF Card And The Address Link List

The fixation method of all the lights must be the same to link up to the FP CFC. You can create the run chart and the address link list by our company's CF Video software. We regard each FP CFC as an individual module.

When there are no more than 128 lights, one controller is enough.

For example, if you want to link a 2x2 FP CFC, we show you how to create the run chart and the address link list using four different methods.

Example 1: Creating the run chart and the address link list of a 2x2 FP CFC by Fixation Method 1. 1.1 Click "Mapping File Output" under the "Tool" menu, it will automatically appear as a window named Device Address Configure. Input a 2 in the Vertically: cue, this means that there are

two light modules on the vertical. Input a 2 in the Horizontally: cue, this means that there are two light modules on the horizontal.

Device Address Configure Device Wt Sun Vertically: 2 Horizontal: 2 Get Device List Device Base/Map File Select: Device Address Link List Port1: -> 1,1-> 1,2-> 1,3-> 1,4-> 1,5-> 1,6-> 1,7-> 1,8-> 1,9-> Port2: -> 2,1-> 2,2-> 2,3-> 2,4-> 2,5-> 2,6-> 2,7-> 2,8-> 2,9-> Port3: -> 3,1-> 3,2-> 3,3-> 3,4-> 3,5-> 3,6-> 3,7-> 3,8-> 3,9-> Port4: -> 4,1-> 4,2-> 4,3-> 4,4-> 4,5-> 4,6-> 4,7-> 4,8-> 4,9-> Port5: -> 5,1-> 5,2-> 5,3-> 5,4-> 5,5-> 5,6-> 5,7-> 5,8-> 5,9-> Port6: -> 6,1-> 6,2-> 6,3-> 6,4-> 6,5-> 6,6-> 6,7-> 6,8-> 6,9-> Port7: -> 7,1-> 7,2-> 7,3-> 7,4-> 7,5-> 7,6-> 7,7-> 7,8-> 7,9-> Port8: -> 8,1-> 8,2-> 8,3-> 8,4-> 8,5-> 8,6-> 8,7-> 8,8-> 8,9-> Device Address List: Start/End Point CANCE

1.2 Next, click ... on the icon Device BaseMap File Select: , find the base map file labeled YLL-009DMX BaseMap(mode1) of the fixation method 1. The file located in the Base Map folder of the CF Video software that you have installed in your computer. Double-click the file.

Device Address Configure Open Yell: 1.3 >> 2.9 >> 3.9 >> 4.9 >> 5.9 >> 6.3 >> 7.3 >> 8.9 >> Device A Open Look in: BaseMap 0.6QuartScreenBaseMap YLL-003BaseMap_23 YLL-003BaseMap_10F YLL-009DMX (BaseMap(mode1)) YLL-009DMX (BaseMap(mode2)) YLL-009DMX (BaseMap(mode3)) YLL-009DMX (BaseMap(mode4)) My Recent Documents Desktop YLL-009DMX (BaseMap(mode1)) YLL-009DMX (BaseMap(mode2)) YLL-009DMX (BaseMap(mode3)) YLL-009DMX (BaseMap(mode4)) My Documents My Computer My Network Places File name: YLL-009DMX (BaseMap(mode1)) Files of type: BaseMap File (*.map) Open Cancel Start New... CANCE

1.3 Click, a 2x2 blue chart will be displayed. Input the corresponding number in the grid of the blue chart (as seen on the next page). Each grid represents one light, the coordinate of the grid in the blue chart represents the coordinate of the corresponding light in the screen.

1) The two numbers in each grid is separated by comma. The first number is the number of the output that the light is connected to; the second number is the address number of the light.
2) The "1,2" means the light whose vertical coordinate is 1 and the horizontal coordinate is 1 connects to the first output, and its address is 2; The "1,1" means the light whose vertical coordinate is 2 and the horizontal coordinate is 1 connects to the first output, and its address is 1; The "2,2" means the light whose vertical coordinate is 1 and the horizontal coordinate is 2 connects to the second output, and its address is 2; The "2,1" means the light whose vertical coordinate is 2 and the horizontal coordinate is 2 connects to the second output of the screen, and its address is 2.
3) You should always input the number corresponding to the previous picture "Link by fixation method 1". The light of the same vertical line connects to the same output of the controller. The address of the light starts with address1 and steadily increases by.

1.4 Click OutPut Mappin, select the location of where you want to put the BIN file and then name the file. In the below image, the file has been named "2x2(mode1)".

Device Address Configure Device 0.14 Sum Partially Horizontally Device BaseMap On/Program Files Open Look in: mpc My Recent Documents Desktop My Documents My Computer My Network Places File name: 523010641 File of type: 0IN File (*.tin) Open Cancel H0 H1 1.2 2.2 1.1 2.5 CUB

1.5 Click and will be displayed. Next, click to get

the run chart "2x2(model1).bin" and the address link list "2x2(model1).bin_Prj.txt" (See diagram on the next page).

Example 2: Creating the run chart and the address link list of the 2x2 FP CFC by Fixation Method 2.

2.1 Click “Mapping File Output” under the “Tool” menu, it will automatically appear as a window named Device Address Configure . Input a 2 in the Vertically: cue, this means that there are

two light modules on the vertical. Input a 2 in the two light modules on the horizontal.

2.2 Next, click ... on the icon Device BaseMap File Select: , find the base map file labeled YLL-009DMX BaseMap(mode2) of the fixation method 2. The file located in the Base Map folder of the CF Video software that you have installed in your computer. Double-click the file.

Device Address Configue Device My Documents Open Test Home Look in: BaseMap 10.6QuartScreenBaseMap YLL-002BaseMap_25 YLL-002BaseMap_16P YLL-003DMX BaseMap(node1) YLL-003DMX BaseMap(node2) YLL-009DMX BaseMap(node3) YLL-009DMX BaseMap(node4) File name: YLL-003DMX BaseMap(node2) File of you: BaseMap File (*.map) Open Cancel

2.3 Click, a 2x2 blue chart will be displayed. Input the corresponding number in the grid of the blue chart (as seen on the next page). Each grid represents one light, the coordinate of the grid in the blue chart represents the coordinate of the corresponding light in the screen.

1) The two numbers in each grid is separated by comma. The first number is the number of the output that the light is connected to; the second number is the address number of the light.
2) The "1,2" means the light whose vertical coordinate is 1 and the horizontal coordinate is 1 connects to the first output, and its address is 2; The "1,1" means the light whose vertical coordinate is 2 and the horizontal coordinate is 1 connects to the first output, and its address is 1; The "2,2" means the light whose vertical coordinate is 1 and the horizontal coordinate is 2 connects to the second output, and its address is 2; The "2,1" means the light whose vertical coordinate is 2 and the horizontal coordinate is 2 connects to the second output of the screen, and its address is 2.
3) You should always input the number corresponding to the previous picture "Link by fixation method 1". The light of the same vertical line connects to the same output of the controller. The address of the light starts with address1 and steadily increases by.

2.4 Click OutPut Mappin, select the location of where you want to put the BIN file and then name the file. In the below image, the file has been named "2x2(mode2)".

Device Address Configure Device Vyl Sum Vertically Horizontally Device Base/Map File D:\Program Files\ Device Address List: H0 H1 H1 H2 Open Look in: map 242300015 My Recent Documents Desktop My Documents My Computer My Network Places File name: 825780009 Files of type: DIN File (*.bin) Down Cancel OutPut Mappin CANCE

2.5 Click Open and OutPut Project File To: will be displayed. Next, click OK to get the run chart "2x2(mode2).bin" and the address link list "2x2(mode2).bin_Prj.txt" (See diagram on the next page).

Example 3: Create the run chart and the address link list of the 2x2 FP CFC by Fixation Method 3. 3.1 Click "Mapping File Output" under the "Tool" menu, it will automatically appear as a window named Device Address Configure . Input a 2 in the . Input a 2 in the . Input a 2 in the . Input a 2 in the . Input a 2 in the . Input a 2 in the . Input a 2 in the . Input a 2 in the . Input a 2 in the . Input a 2 in the . Input a 2 in the . Input a 2 in the . Input a 2 in the . Input a 2 in the . Input a 2 in the .

two light modules on the vertical. Input a 2 in the two light modules on the horizontal.

Device Address Configure Device Wyt Sum Vertically: 2 Horizontally: 2 Get Device List Device Base/Line File Select: Device Address Link List Port1: ->1,1->1,2->1,3->1,4->1,5->1,6->1,7->1,8->1,9-> Port2: ->2,1->2,2->2,3->2,4->2,5->2,6->2,7->2,8->2,9-> Port3: ->3,1->3,2->3,3->3,4->3,5->3,6->3,7->3,8->3,9-> Port4: ->4,1->4,2->4,3->4,4->4,5->4,6->4,7->4,8->4,9-> Port5: ->5,1->5,2->5,3->5,4->5,5->5,6->5,7->5,8->5,9-> Port6: ->6,1->6,2->6,3->6,4->6,5->6,6->6,7->6,8->6,9-> Port7: ->7,1->7,2->7,3->7,4->7,5->7,6->7,7->7,8->7,9-> Port8: ->8,1->8,2->8,3->8,4->8,5->8,6->8,7->8,8->8,9-> DUT & Print CANCE

3.2 Next, click ... on the icon , find the base map file labeled YLL-009DMX BaseMap(mode3) of the fixation method 3. The file located in the Base Map folder of the CF Video software that you have installed in your computer. Double-click the file.

Device Address Configures Open Home Look in BaseMap 0.6 QuartScreenBaseMap YLL-0020BaseMap_25 YLL-0020BaseMap_10F YLL-0030PS BaseMap(node1) YLL-0030PS BaseMap(node2) YLL-0030PS BaseMap(node3) YLL-0030PS BaseMap(node4) File name: YLL-0030MX BaseMap(node3) Files of type: BaseMap File (*.map) Open Cancel Start Menu End

3.3 Click, a 2x2 blue chart will be displayed. Input the corresponding number in the grid of the blue chart (as seen on the next page). Each grid represents one light, the coordinate of the grid in the blue chart represents the coordinate of the corresponding light in the screen.

1) The two numbers in each grid is separated by comma. The first number is the number of the output that the light is connected to; the second number is the address number of the light.
2) The "1,2" means the light whose vertical coordinate is 1 and the horizontal coordinate is 1 connects to the first output, and its address is 2; The "1,1" means the light whose vertical coordinate is 2 and the horizontal coordinate is 1 connects to the first output, and its address is 1; The "2,2" means the light whose vertical coordinate is 1 and the horizontal coordinate is 2 connects to the second output, and its address is 2; The "2,1" means the light whose vertical coordinate is 2 and the horizontal coordinate is 2 connects to the second output of the screen, and its address is 2.
3) You should always input the number corresponding to the previous picture "Link by fixation method 3". The light of the same vertical line connects to the same output of the controller. The address of the light starts with address1 and steadily increases by.

3.4 Click OutPut Mappin, select the location of where you want to put the BIN file and then name the file. In the below image, the file has been named "2x2(mode3)".

Device Address Configure Device X/H Size Vertically: Horizontally: Device Base/Map F& Do/Program Files\ Device Address List: HD HT 1.2 1.2 1.1 2.2 Open Look in map 202(MODE1) 202(MODE2) My Recent Documents Desktop My Documents My Computer My Network Places File name: 52-0000000 File of type: IUN File (*.bn) Open Cancel OutPut Mapping CANCE

3.5 Click Open and OutPut Project File To: will be displayed. Next, click OK to get the run chart "2x2(mode3).bin" and the address link list "2x2(mode3).bin_Prj.txt" (See diagram on the next page).

Example 4: Create the run chart and the address link list of the 2x2 FP CFC by Fixation Method 4. 4.1 Click "Mapping File Output" under the "Tool" menu, it will automatically appear as a window named Device Address Configure . Input a 2 in the Vertically cue, this means that there are

two light modules on the vertical. Input a 2 in the two light modules on the horizontal.

Device Address Configura Device Wyt Sum Vertically: 2 Horizontally: 2 Get Device List Device Base/Line File Select: Device Address Link List Port1: ->1,1->1,2->1,3->1,4->1,5->1,6->1,7->1,8->1,9-> Port2: ->2,1->2,2->2,3->2,4->2,5->2,6->2,7->2,8->2,9-> Port3: ->3,1->3,2->3,3->3,4->3,5->3,6->3,7->3,8->3,9-> Port4: ->4,1->4,2->4,3->4,4->4,5->4,6->4,7->4,8->4,9-> Port5: ->5,1->5,2->5,3->5,4->5,5->5,6->5,7->5,8->5,9-> Port6: ->6,1->6,2->6,3->6,4->6,5->6,6->6,7->6,8->6,9-> Port7: ->7,1->7,2->7,3->7,4->7,5->7,6->7,7->7,8->7,9-> Port8: ->8,1->8,2->8,3->8,4->8,5->8,6->8,7->8,8->8,9-> DUT & Print CANCE

4.2 Next, click ... on the icon Device BaseMap File Select: , find the base map file labeled YLL-009DMX BaseMap(mode4) of the Fixation Method 4. The file located in the Base Map folder of the CF Video software that you have installed in your computer. Double-click the file.

Device Address Configure Open Setup Horn Hosts Device A My Recent Documents Desktop My Documents My Computer My Network Places Look in: BaseMap 10.6 Quart ScreenBaseMap YLL-002BaseMap_25 YLL-002BaseMap_16° YLL-0030ME: BaseMap(mode1) YLL-0090ME: BaseMap(mode2) YLL-0090ME: BaseMap(mode3) YLL-0090ME: BaseMap(mode4) File name: YLL-0000MX BaseMap(mode4) Files of type: BaseMap File (*.map) Open Cancel CANCE

4.3 Click, a 2x2 blue chart will be displayed. Input the corresponding number in the grid of the blue chart (as seen on the next page). Each grid represents one light, the coordinate of the grid in the blue chart represents the coordinate of the corresponding light in the screen.

1) The two numbers in each grid is separated by comma. The first number is the number of the output that the light is connected to; the second number is the address number of the light.
2) The "1,2" means the light whose vertical coordinate is 1 and the horizontal coordinate is 1 connects to the first output, and its address is 2; The "1,1" means the light whose vertical coordinate is 2 and the horizontal coordinate is 1 connects to the first output, and its address is 1; The "2,2" means the light whose vertical coordinate is 1 and the horizontal coordinate is 2 connects to the second output, and its address is 2; The "2,1" means the light whose vertical coordinate is 2 and the horizontal coordinate is 2 connects to the second output of the screen, and its address is 2.
4) You should always input the number corresponding to the previous picture "Link by fixation method 4". The light of the same vertical line connects to the same output of the controller. The address of the light starts with address1 and steadily increases by.

4.4 Click OutPut Mappin, select the location of where you want to put the BIN file and then name the file. In the below image, the file has been named "2x2(mode4)".

Device Address Configure Device Vbl Sum Vertically: Horizontal Device BaseMap R1 D:\Program Files\ Device Address List HD HD 2.2 2.3 2.2 2.1 Open Look-in map 202(MODE1) 202(MODE2) 202(MODE3) My Recent Documents Desktop My Documents My Computer My Network Pieces File name: 024-MODET Files of type: 9IN File (*.bin) Open Cancel Output Mapping CANCE

4.5 Click Open and OutPut Project File To: will be displayed. Next, click OK to get the run chart "2x2(mode4).bin" and the address link list "2x2(mode4).bin_Prj.txt" (See diagram on the next page).

When there are more than 128 lights, you need to link to the slave controllers to control the whole screen. The method for creating the run chart and the address link list is the same. The point that is different is that the export number of the "Device Address List" is not the same as its number marked on the slave controllers.

graph LR
    A["CF Card Master Controller"] -->|Out| B["8 7 6 5 4 3 2 1"]
    B --> C["No.1 Slave Controller"]
    C -->|Out In| D["8 7 6 5 4 3 2 1"]
    D --> E["No.2 Slave Controller"]
    E -->|Out In| F["8 7 6 5 4 3 2 1"]
    F --> G["No.3 Slave Controller"]
    G -->|Out In| H["8 7 6 5 4 3 2 1"]
    H --> I["Export Number Of The "Device Address List": 8 7 6 5 4 3 2 1"]
    I --> J["Export Number Marked On The Controllers: 8 7 6 5 4 3 2 1"]
    J --> K["16 15 14 13 12 11 10 9"]
    K --> L["24 23 22 21 20 19 18 17"]
    L --> M["32 31 30 29 28 27 26 25"]

Note:

1) Make sure the fixation method of the lights in the screen is the same. The conjunction of the adjacent lights must be closed, make sure there is no aperture between the two adjacent lights.
2) The output number of the No.1 slave controller ranges from 9 to 16 in the "Device Address List", the output number of the No.2 slave controller ranges from 17 to 24 in the "Device Address List", the output number of the No.3 slave controller ranges from 25 to 32 in the "Device Address List".
3) The output number marked on the master controller is the same as the output number of the "Device Address List", the output number marked on the No.1 slave controller add 8 is its export number of the "Device Address List", the output number marked on the No.2 slave controller add 16 is its output number of the "Device Address List", the output number marked on the No.3 slave controller add 24 is its export number of the "Device Address List".
4) The method for creating the run chart and the address link list is the same as when there is just one master controller.

D. How To Link The FP CFC

Example 1: Link the previous 2x2 FP CFC by fixation method 1.

1.1 Open the previous address link list "2x2(mode1). bin Prj.txt", the picture is as follows:

This means that the first export of the FP CFC controller connects to the light "1,1" whose vertical coordinate is 2 and the horizontal coordinate is 1 in the screen, then light "1,1" connects to the light "1,2" whose vertical coordinate is 1 and the horizontal coordinate is 1 in the screen. The link method of the second export is also the same.

1.2 The link picture of 2x2 FP CFC by fixation method 1.

graph TD
    A["YLL-009DMX address:002"] -->|In Out| B["YLL-009DMX address:001"]
    C["YLL-009DMX address:002"] -->|In Out| D["YLL-009DMX address:001"]
    B --> E["Power Cable"]
    D --> F["Power Cable"]
    E --> G["Disco Screen Controller"]
    F --> G
    G --> H["CF Card"]
    style G fill:#f9f,stroke:#333

Notice:

1) All the lights must be fixed by fixation method 1, the joining of the adjacent lights must be close, make sure there is no opening/gap between the two adjacent lights.

2) Copy the run chart 2X2(MODE1) to the CF card.

1.3 Double-click the Configuration Setting file config Configuration Setting 1 KB of the CF card, copy the name of the run chart EX2(MODE1) between the " and the ", then save it.

config - Notepad File Edit Format View Help mapbin=2×2(MODE1).bin;

Notice:

1) The name must the same as the run chart 20(MODE1) and file LKB, otherwise the FP CFC controller will not work normally.
2) Make sure that the name of the run chart has no space between the "mapbin=" and the ".bin;"

Example 2: Link the previous 2x2 FP CFC by fixation method 1.

2.1 Open the previous address link list "2x2(mode2). bin_Prj.txt" Text Document 2.18, the picture is as follows:

Port1 -> 1.1 -> 1.2 -> 1.3 -> 1.4 -> 1.5 -> 1.6 -> 1.7 -> 1.8 -> 1.9 -> 1.10 -> 1.11 -> 1.12 -> 1.13 -> 1.14 -> 1.15 -> 1.16 This means that the first export of the FP CFC controller connects to the light "1,1" whose vertical coordinate is 1 and the horizontal coordinate is 1 in the screen, then the light "1,1" connects to the light "1,2" whose vertical coordinate is 2 and the horizontal coordinate is 1 in the screen. The link method of the second export is also the same.

2.2 The link picture of 2x2 FP CFC by fixation method 2.

graph TD
    A["Disco Screen Controller"] -->|1 2 3 4 5 6 7 8| B["Power Cable"]
    A -->|2 0 1 2 0| C["YLL-009DMX address:001"]
    A -->|2 0 1 2 0| D["YLL-009DMX address:002"]
    A -->|2 0 1 2 0| E["Power Cable"]
    A -->|2 0 1 2 0| F["YLL-009DMX address:001"]
    A -->|2 0 1 2 0| G["Power Cable"]
    A --> H["Vertically"]
    A --> I["Horizontally"]
    A --> J["CF Card"]

Notice:

1) All the lights must be fixed by fixation method 2, the joining of the adjacent lights must be close, make sure there is no opening/gap between the two adjacent lights.

2) Copy the run chart to the CF card.

2.3 Double-click the Configuration Setting file of the CF card, copy the name of

the run chart 2-2(MODE) between the "manbin=", then save it.

config - Notepad File Edit Format View Help mapbin=2×2(MODE2).bin;

Notice:

1) The name must the same as the run chart 2x2(MODE2) AN File 1 KB, otherwise the FP CFC controller will not

work normally.

2) Make sure that the name of the run chart has no space between the "mapbin=" and the ".bin;"

Example 3: Link the previous 2x2 FP CFC by fixation method 3.

3.1 Open the previous address link list“2x2(mode3). bin_Prj.txt” Text Document 2*B, the picture is as follows:

Port1 -> 1.1 -> 1.2 -> 1.3 -> 1.4 -> 1.5 -> 1.6 -> 1.7 -> 1.8 -> 1.9 -> 1.10 -> 1.11 -> 1.12 -> 1.13 -> 1.14 -> 1.15 -> 1.16 This means that the first export of the FP CFC controller connects to the light "1,1" whose vertical coordinate is 1 and the horizontal coordinate is 1 in the screen, then the light "1,1" connects to the light "1,2" whose vertical coordinate is 1 and the horizontal coordinate is 2 in the screen. The link method of the second export is also the same.

3.2 The link picture of 2x2 FP CFC by fixation method 3.

graph TD
    A["CF Card"] --> B["Disco Screen Controller"]
    B --> C["In Power Cable"]
    C --> D["1 YLL-009DMX address:001"]
    D --> E["2 YLL-009DMX address:002"]
    E --> F["Horizontally"]
    B --> G["In Power Cable"]
    G --> H["2 YLL-009DMX address:001"]
    H --> I["Out In"]
    I --> J["Vertically"]

Notice:

1) All the lights must be fixed by fixation method 3, the joining of the adjacent lights must be close, make sure there is no opening/gap between the two adjacent lights.

2) Copy the run chart to the CF card.

3.3 Double-click the Configuration Setting file of the CF card, copy the name of the

run chart 2x2(MODE3) between the "mapbin=", then save it.

config - Notepad File Edit Format View Help mapbin=2×2(MODE3).bin;

Notice:

1) The name must the same as the run chart, otherwise the FP CFC controller will not work normally.
2) Make sure that the name of the run chart has no space between the "mapbin="a nd the ".bin;"

Example 4: Link the previous 2x2 FP CFC by fixation method 4.

4.1 Open the previous address link list "2x2(mode4).bin_Prj.txt", the picture is as follows:

Port1 -> 1.1 -> 1.2 -> 1.3 -> 1.4 -> 1.5 -> 1.6 -> 1.7 -> 1.8 -> 1.9 -> 1.10 -> 1.11 -> 1.12 -> 1.13 -> 1.14 -> 1.15 -> 1.16 This means that the first export of the FP CFC controller connects to the light "1,1" whose vertical coordinate is 1 and the horizontal coordinate is 2 in the screen, then the light "1,1" connects to the light "1,2" whose vertical coordinate is 1 and the horizontal coordinate is 2 in the screen. The link method of the second export is also the same.

4.2 The link picture of 2x2 FP CFC by fixation method 4.

graph TD
    A["0"] --> B["1"]
    B --> C["2"]
    C --> D["Horizontally"]
    E["1"] --> F["2"]
    F --> G["3"]
    G --> H["4"]
    H --> I["5"]
    I --> J["6"]
    J --> K["7"]
    K --> L["8"]
    L --> M["CF Card"]
    N["YLL-009DMX address:002"] --> O["In Out"]
    P["YLL-009DMX address:001"] --> Q["In Out"]
    R["YLL-009DMX address:002"] --> S["In Out"]
    T["YLL-009DMX address:001"] --> U["In Out"]
    V["Power Cable"] --> W["Power Cable"]
    X["Power Cable"] --> Y["Power Cable"]
    Z["Power Cable"] --> AA["Power Cable"]
    AB["Power Cable"] --> AC["Power Cable"]
    AD["Power Cable"] --> AE["Power Cable"]
    AF["Power Cable"] --> AG["Power Cable"]
    AH["Power Cable"] --> AI["Power Cable"]
    AJ["Power Cable"] --> AK["Power Cable"]
    AL["Power Cable"] --> AM["Power Cable"]
    AN["Power Cable"] --> AO["Power Cable"]
    AP["Power Cable"] --> AQ["Power Cable"]
    AR["Power Cable"] --> AS["Power Cable"]
    AT["Power Cable"] --> AU["Power Cable"]
    AV["Power Cable"] --> AW["Power Cable"]
    AX["Power Cable"] --> AY["Power Cable"]
    AZ["Power Cable"] --> BA["Power Cable"]
    BB["Power Cable"] --> BC["Power Cable"]
    BD["Power Cable"] --> BE["Power Cable"]
    BF["Power Cable"] --> BG["Power Cable"]
    BH["Power Cable"] --> BI["Power Cable"]
    BJ["Power Cable"] --> BK["Power Cable"]
    BL["Power Cable"] --> BM["Power Cable"]
    BN["Power Cable"] --> BO["Power Cable"]
    BP["Power Cable"] --> BQ["Power Cable"]
    BR["Power Cable"] --> BS["Power Cable"]
    BT["Power Cable"] --> BU["Power Cable"]
    BV["Power Cable"] --> BW["Power Cable"]
    BX["Power Cable"] --> BY["Power Cable"]
    BZ["Power Cable"] --> CA["Power Cable"]
    CB["Power Cable"] --> CC["Power Cable"]
    CD["Power Cable"] --> CE["Power Cable"]
    CF["Power Cable"] --> CG["Power Cable"]

Notice:

1) All the lights must be fixed by fixation method 4, the joining of the adjacent lights must be close, make sure there is no opening/gap between the two adjacent lights.
2) Copy the run chart 202(MODE4) to the CF card.

4.3 Double-click the Configuration Setting file of the CF card, and copy the name

of the run chart between the " " and the "", then save it. config - Notepad File Edit Format View Help mapbin=2×2(MODE4).bin;

Notice:

1) The name must the same as the run chart ☐, otherwise the FP CFC controller will not work normally.
2) Make sure that the name of the run chart has no space between the "mapbin=" and the ".bin;"