DMX-RGBW-128C. Overview

Transcription

1 Page 1 of 10 RGW128C Overview Mode Current scene (1 8) Next scene On / Off Previous scene SPECIFICATIONS OS REQUIREMENTS SOFTWARE OUTPUT PROTOCOL CHANNELS 128 APPEARANCE CONNECTIONS INPUT POWER CERTIFICATIONS Mac OS X 10.6/10.7/10.8 Windows XP/Vista/7/8 32/64 bit US 2.0 Easy Stand Alone, ESA2 (PC & Mac) 512 Glass (2 pins), (3 pins) Port (2 pins) Micro US 120V input power to AC adapter. The controller comes standard with output voltage of 5.5V to 12VDC (AC/DC adapter). 5.5V maximum with US EC, EMC, ROHS, ETL, UL CASE DIMENSIONS 3.38 x 3.38 x 0.39 WEIGHT 0.24 lbs (110g) TEMPERATURE RATING 0 C to 50 C LISTING AVAILALE MEMORY CHANNELS Dry (IP20) Location STEPS PRODUCT INFORMATION standalone controller with glass face (128 channels) Package includes controller, software CDROM, US cable, and connector block 3 touchsensitive buttons (on/off/mode, previous, next) Up to 24 dynamic or static scenes (8 first visualized by an LED) Live intensity and color settings Programmable through included US cable and control software Compatible with any fixture or LED decoder Ready to use (preloaded with 8 scenes) Latest ARM CPU technology One dry contact trigger port on PC INSTALLATION REMENDATIONS RGW128C can be mounted on a standard 60mm electrical box

2 RGW128C Page 2 of 10 Dark Setup of (LLED8500 & LLED8550) Source Powe Groun 1. Unbox controller components. You / rown will need the controller, power connector, / rown ( ) ( ) software CDROM, US cable, and RJ45 ethernet cable. e / rown( ) ) ge ) ( ) / e / ( ) ) AC Adapter Connector 12VDC RJ45 Cable (Ethernet Connection) Dark Dark 2. Cut one end of RJ45 cable near the connector and strip blue jacket, exposing about 1 of internal wiring. 8. Remove back 120VAC plate input from power front panel. Insert a small flathead screwdriver underneath center ( ) tab and gently pry until back plate pops up. / ( ) ( ) () 120VAC input power source / to AC adapter / ( ) ( ) ( ) / ( ) (DC ) / () ( ) () 1: / ( ) / (DC ) / ( ) 2: / T0 rown 120V (DC ) ( ) Source ( ) Source 3: / 4: ( ) (#RGW128C) Source 5: / / ( ) Source Dark ( ) 6: ( ) / ( ) 1: / 1: / 2: 2: 3: / 3: / : / / 4: 4: : 5: / 5: / : / 6: 6: : : / hite : : rown / : rown 1: / 2: 3. Connect 12VDC output wires from AC adapter to connector block. Connect the black / white 3: / wire to and the black wire to. Connect the brown /white wire to 4:, the orange wire to, and the orange / white wire to in the 5: / connector block. Cap off the five remaining wires. r / () (DC ) 6: ( ) ( ) / ( ) / ( () ) / ( (DC ) ) 9. Insert assembled connector block into the receiving port on the back plate of controller. Source Dark / () (DC ) Dark 1: / 2: 3: / 4: 5: / 6: ( ) ( ) Center / tab ( ) 120VAC input power source to AC adapter 10. Mount 1 2 controller interface 7 8 onto the electrical box. Secure with at least two screws, then snap the front panel onto the back plate. Wait at least 30 seconds for the touch sensitivity to adjust. Source / () 4. Connect Dark AC adapter lead (DC ) wires to 120V power supply (not included). The dark red wire is positive and the blue wire is neutral. Do not invert wires as it may damage the controller. ( ) ( ) / ( ) Mounting screw Source Front panel Dark 5. Install Nicolaudie Easy Stand Alone software. Use provided software disc or go to to download software and software manual. 6. Connect controller via US cable to a computer with Nicolaudie software installed, then program scenes into controller as desired. Remove US cable after programming is complete. Note: See page 7 8 for a guide on creating and saving customized scenes. 7. Mount an electrical box (not included) to the wall where controller will be mounted. The controller will fit inside a standard 60mm electrical box.

3 RGW128C Page 3 of 10 Wiring Diagram (LLED8500) Wall Wall (RGW128C) (Not (Not Included) (Not Included) To To PC PC To PC (during (during setup) setup) Wall (RGW128C) (Not Included) To To 120V To 120V Source Source Dark Dark Dark To PC (during setup) To 120V Source PlugIn PlugIn Front Front Detail E Detail E E Solder Solder Connection Connection LLED8600 Dark AC PlugIn PlugIn PlugIn A Ethernet Ethernet Connection Connection to Connector Connector PlugIn Ethernet Ethernet Port Port Port Ethernet Connection to Connector Front Ethernet Port Decoder Decoder (RGW3A) (Required, (Required, Included) Included) D C Decoder Wiring Wiring DIP DIP Switches DIP Switches (RGW3A) (Required, Included) DIP Switches Wiring Detail E Solder Connection TRAXXXEUN24VDC10V (Required, (Required, Not Not Included) Not Included) (Must use (Must use electronic use electronic transformer) transformer) Output Output Input Input 24VDC 24VDC VAC Output 24VDC LLED8600 TRAXXXEUN24VDC10V (Required, Not Included) (Must use electronic transformer) Input VAC Detail A A Detail Detail C C etail D D D etail E E E / / / rown () () () () () () Output Output / / / /() () () () Input Input Pin1 : Data Pin2 : Data Pin7 : GND Pin1 Pin8 : Data GND Pin2 Pin1 : Data Data Pin7 Pin2 : GND Data Pin7 Pin8 : GND Pin8 : GND Set Set Set address address using DIP using DIP switches. DIP switches. Refer to Refer to to RGW5A for for more more for more information information on on on addressing. addressing. Wall Wall (RGW128C) (Not (Not Included) (Not Included) To To PC PCTo PC To To 120V To 120V Source Source Dark Dark Dark Front Front Detail A A AC End End Cap Cap End Interface Cap Interface ALS450TRGW Silver Silver raided raided () () () () () () () () A Data Data Connection Data Connection to Connector Connector To To 120V To 120V Source Source Detail Set Set Set address address using using digital digital interface. interface. A A A

4 RGW128C Page 4 of 10 Wiring Diagram (LLED8550) Wall Wall (RGW128C) (Not (Not Included) (Not Included) To To PC PC (during setup) To PC Wall (RGW128C) (Not Included) To To 120V To 120V Source Source Dark Dark Dark To 120V Source To PC PlugIn PlugIn Front Front Detail E Detail E E Solder Solder Connection Connection LLED8600 LLED8650 Dark AC PlugIn PlugIn PlugIn A Ethernet Ethernet Connection Connection to Connector Connector PlugIn Ethernet Ethernet Port Port Port Ethernet Connection to Connector Front Ethernet Port Decoder Decoder (RGW3A) (Required, (Required, Included) Included) D C Decoder Wiring Wiring DIP DIP Switches DIP Switches (RGW3A) (Required, Included) DIP Switches Wiring Detail E Solder Connection LLED8650 TRAXXXEUN24VDC10V (Required, (Required, Not Not Included) Not Included) (Must use (Must use electronic use electronic transformer) transformer) Output Output Input Input 24VDC 24VDC VAC Output 24VDC TRAXXXEUN24VDC10V (Required, Not Included) (Must use electronic transformer) Input VAC Detail A A Detail Detail C C etail D D D etail E E E / / / rown () () () () () () Output Output / / / /() () () () Input Input Pin1 : Data Pin2 : Data Pin7 : GND Pin1 Pin8 : Data GND Pin2 Pin1 : Data Data Pin7 Pin2 : GND Data Pin7 Pin8 : GND Pin8 : GND Set Set Set address address using DIP using DIP switches. DIP switches. Refer to Refer to to RGW5A for for more more for more information information on on on addressing. addressing. Wall (RGW128C) (Not (Not Included) To To PC PC To To 120V Source Dark Dark Front 3.38 A AC End End Cap Cap Interface 3.38 ALS450TRGW Silver raided () () () () () Detail A A Data Data Connection to Connector To To 120V Source ph CALI (2254) fx info@calilighting.com.39 calilighting.com Set Set address using digital interface. A A

5 RGW128C Page 5 of 10 Dark Setup of (ALS450TRGW) Source Powe Groun e / rown ) ge ) 1. Unbox controller components. You will need the controller, power connector, software CDROM, and US cable. ( ) e / ( ) ) / ( ) Connector 12VDC Silver raided ( ) Dark / () / () (DC ) (DC ) Source (#RGW128C) Source Dark 2. Cut the first female data cable near the connector. The first data cable is located underneath the end of fixture with a digital interface on the end cap. 1: Silver raided 2: 3: / : / : : / : hite : / 1: Silver raided : 2: : rown / 3. Connect the silver braided 3: wire to, the black wire to, and the red wire : rown to in the connector block / () (DC ) ( ) ( ) Silver raided ( ) ( ) ( ) Silver raided ( ) ( ) ( ) 1: / 2: 3: / 4: source 5: to AC adapter / 6: 8. Remove back 120VAC plate from input power front panel. Insert a small flathead screwdriver underneath center tab and gently pry until back plate pops up. ( ) / rown ( ) ( ) / ( ) ( ) / ( ) Source ( ) ( ) / / ( ) () (DC ) Dark Center tab( ) 120VAC input power source to AC adapter 9. Insert assembled Source connector block into the receiving port on the back plate of controller. Dark 1: / 2: 3: / 4: 5: / 6: / () (DC ) Silver raided ( ) ( ) 10. Mount 1 2 controller interface 7 8 onto the electrical box. Secure with at least two screws, then snap the front panel onto the back plate. Wait at least 30 seconds for the touch sensitivity to adjust. D Source / () 4. Connect Dark AC adapter lead (DC ) wires to 120V power supply (not included). The dark red wire is positive and the blue wire is neutral. Do not invert wires as it may damage the controller. ( ) ( ) / ( ) Mounting screw Source Dark Front panel 5. Install Nicolaudie Easy Stand Alone software. Use provided software disc or go to to download software and software manual. Note: See page 7 for a brief guide on creating and saving customized scenes. 6. Connect controller via US cable to a computer with Nicolaudie software installed, then program scenes into controller as desired. Remove US cable after programming is complete. Note: See page 9 10 for a brief guide on creating and saving customized scenes. 7. Mount an electrical box (not included) into the wall where controller will be mounted. The controller will fit inside a standard 60mm electrical box.

6 Ethernet Port DIP Switches Wiring Output 24VDC (Must use electronic transformer) Input VAC RGW128C Page 6 of 10 Wiring Diagram (ALS450TRGW) Detail E rown () ) range () 512 Output 512 Input Pin1 : Data Pin2 : Data Pin7 : GND Pin8 : GND Set address using DIP switches. Refer to RGW5A for more information on addressing. Wall (RGW128C) (Not Included) To PC Wall (RGW128C) (Not Included) To 120V Source Dark Front Front End Cap Interface ALS450TRGW End Cap Interface ALS450TRGW Data Connection to Connector To 120V Source Silver raided () () () Data Connection to Connector To 120V Source Silver raided () () () Set address using digital interface. A

7 1.64 W3A Pin1 : Data Pin2 : Data Pin7 : GND Pin8 : GND 1. Install Nicolaudie Easy Stand Alone software. Use provided software disc or go to to download software and software manual. LLED Connect controller via US cable to a computer with Nicolaudie software installed, then open software. The controller does not need to be powered to be programmed; however it is recommended to create scenes while controller and lighting are connected to a computer. This provides instantaneous feedback while creating scenes. Address Setting Panel RGW128C Page 7 of 10 Operating ESA Software (LLED8500 & LLED8550) 6b. If each fixture will be controlled independently, set the start addresses in sequence. The start address controls the first channel (red) of the RGW fixture. The second, third, and fourth channels (green, blue, white) will automatically be detected by the software and assigned addresses within the universe, Output which Connector will be detailed later. Supply Input Connector Example: 3 fixtures with 1 decoder each. Set the start address of the first fixture to 1. Set the start address of the second fixture to 5. Set the start address of the third fixture to 9, and so on. Refer to the below diagram The program will display a prompt to select your favorite operating mode. Select the STICK2 Input option and click OK. input signal from RGW128C. 4. Set address for each fixture connected to the controller. Set address using DIP switches on the side of decoder. The sum of the 1value 2 4of each 8 16 engaged DIP 256 switch creates the address. 7 Example: = start 9 10address for this decoder is the ON position (down). as a value of If all fixtures 1 will 2 3be 4controlled together, 9 10 continue to step 6a. If each fixture will be controlled independently, continue to step 6b. 6a. If all fixtures will be controlled together, set the 1 2 3start 4 5address 6 7 8of 9each 10 fixture to 1. (RGW128C) 1All dip 2 switches 4 8 in 16the 32 OFF 64 position (up). LED displays cool white color s in the ON position (down). DIP Dip switches value 1 and for 2 in each the OFF switch. position (up). through red, green, and blue. Switch LED displays 10 has blue no color. value (0) the OFF position (up). ed color. GW128C W3A Output To next input, if applicable. Link to RGW128CWIFI Dip switch 2 in the OFF position (up). LED displays green color. Decoder #1 (RGW3A) Start Address set to 1. LLED8600 Electronic Transformer (TRAXXXEUN24VDC10V) Example: address set address to 37. set to 37. DIP Switches switches 1, 3, and 1, 3, 6 are and engaged 6 are engaged (on). (on). Junction ox (y others) address set to 37. Switches 1, 3, and 6 are engaged (on). Fixture #1 (LLED8600 or LLED8650) Addresses: Ch. 1 (): 1 (Start Address) Ch. 3 (): 3 Fixture #2 (LLED8600 or LLED8650) A utton Cycles through PXY P Value (RGW128C) J ox (Not Included, by others) X Value Output 24VDC TRAXXXEUN24VDC10V (Required, Not Included) (Must use electronic transformer) Decoder #1 (RGW3A) Start Address set to 1. Electronic Transformer (TRAXXXEUN24VDC10V) Decoder #2 (RGW3A) Start Address set to 5. Decoder #3 (RGW3A) Start Address set to 9. Y Value Input VAC Junction ox (y others) Fixture #1 (LLED8600 or LLED8650) Addresses: Ch. 1 (): 1 (Start Address) Ch. 3 (): 3 Fixture #2 (LLED8600 or LLED8650) Addresses: Ch. 1 (): 5 (Start Address) Ch. 2 (): 6 Ch. 3 (): 7 Ch 4. (): 8 Fixture #3 (LLED8600 or LLED8650) Addresses: Ch. 1 (): 9 (Start Address) Ch. 2 (): 10 Ch. 3 (): 11 Ch 4. (): 12 7a. The program will open to a blank show file by default. Patch each fixture to the (RGW128C) universe using the previously set addresses. Under the Scan Library tab, in the generic folder, select rgbw. This tells the software that a 4 channel RGW fixture is connected to the controller. The below diagram illustrates how to patch fixture #1. If all A utton fixtures will be controlled Increase value together, 1 skip step 7b. Decoder #1 (RGW3A) Generic Folder Start Address set to 1. First Channel Enter address of fixture 1 (1) Electronic Transformer (TRAXXXEUN24VDC10V) Decoder #2 (RGW3A) Start Address set to 1. Decoder #3 (RGW3A) Start Address set to 1. Junction ox (y others) Patch fixture #1 ( address 1) Fixture #1 (LLED8600 or LLED8650) Addresses: Ch. 1 (): 1 (Start Address) Ch. 3 (): 3 Fixture #2 (LLED8600 or LLED8650) Generic 4 Channel Addresses: Ch. 1 (): 1 (Start Address) Ch. RGW 2 (): 2Fixture Ch. 3 (): 3 Universe Fixture #3 (LLED8600 or LLED8650) Leave as default (1) Number of fixtures with this address (1) Addresses: Ch. 1 (): 1 (Start Address) Ch. 3 (): 3 Click Patch after information is complete Decoder #2 (RGW3A) Start Address set to 1. Decoder #3 (RGW3A) Addresses: Ch. 1 (): 1 (Start Address) Ch. 3 (): 3 Fixture #3 (LLED8600 or LLED8650) Addresses: Ch. 1 (): 1 (Start Address) Ch. 3 (): 3 Start Address set to 1.

8 Page 8 of 10 RGW128C Operating ESA Software (LLED8500 & LLED8550) cont. 7b. Patch fixture #2 and fixture # Set the color value of each channel for each step. Under the universe 1 tab, channel 1 4 controls the RGW value of fixture #1. Channel 5 9 controls the RGW value of fixture #2. Channel controls the RGW value of fixture #3. Use the slider to set each light level or enter light level in the light level display. Use the arrows at the top and bottom of slider track to fine tune the value. Example: Channel 1 controls fixture #1 red value (65). Channel 6 controls fixture #2 green value (65). Channel 11 controls fixture #3 blue value (65). Light Level Display Patch fixture #2 ( address 4) Patch fixture #3 ( address 7) 8. To create a custom scene, click on the Editor tab at the top left of the interface. A new, blank scene named New Scene will appear by default. Channel 1 () Channel 2 () Channel 3 () Channel 4 () Channel 5 () Channel 6 () Channel 7 () Channel 8 () Channel 9 () Channel 10 () Channel 11 () Channel 12 () Increase Level 1 Slider Decrease Level 1 New Scene Trigger Rename Scene Play/Stop Import Scene Fade On/Off 11. After setting RGW values, set fade time and hold time in the Steps menu in the upper right of the interface. Double click 00m00s00 under Fade Time, then use the arrow keys to set desired time in minutes and seconds. Double click 00m00s00 under Hold Time, then use the arrow keys to set desired time. Double click Dimmer to set brightness value. Example: Fade Time 00m02s00 (2 seconds). Hold Time 00m04s00 (4 seconds). Dimmer 100 (100% brightness). 9. Each scene is made up of a series of steps. Create steps using the Steps menu on the upper right of the interface. Step Number Fade Time Hold Time Dimmer Copy Step Add New Step Set Levels Record In Levels Dimming Value 12. Create additional steps as desired by repeating steps Play your scene and make adjustments to the parameters as desired. When a scene is complete, save as a Show File (.dlm) as a backup on your computer. Create up to 24 scenes using the Editor tab. 13. Save scenes to the RGW128C controller by using the Stand Alone tab in the upper left of the interface. Click the write memory button, then click OK. The program will write the scenes into the controller to be used independently from the computer. Note: Writing the memory will erase all 8 factoryprogrammed scenes from the controller. Uncheck if controller will be used exclusively while connected to PC Total memory usage. Create up to 2556 steps across 24 scenes.

9 RGW128C Page 9 of 10 Operating ESA Software (ALS450TRG) 1. Install Nicolaudie Easy Stand Alone software. Use provided software disc or go to to download software and software manual. 2. Connect controller via US cable to a computer with Nicolaudie software installed, then open software. The controller does not need to be powered to be programmed; however it is recommended to create scenes while controller and lighting are connected to a computer. This provides instantaneous feedback while creating scenes. 6b. If each fixture will be controlled independently, set the start addresses in sequence. The start address controls the first channel (red) of the RGW fixture. The second, third, and fourth channels (green, blue, white) will automatically be detected by the software and assigned addresses within the universe, which will be detailed later. Example: 3 fixtures with 1 decoder each. Set the start address of the first fixture to 1. Set the start address of the second fixture to 5. Set the start address of the third fixture to 9, and so on. Refer to the below diagram. 3. The program will display a prompt to select your favorite operating mode. Select the STICK2 option and click OK. (RGW128C) 4. Set address for each fixture connected to the controller. Set address using digital interface on end cap of fixture. Example: PXY value is 001. address is 1. (RGW128C) P Value X Value Y Value Address 001 Addresses: Ch. 1 (): 1 (Start Address) Ch. 3 (): 3 Fixture #1 (ALS450TRGW) Fixture #2 (ALS450TRGW) Fixture #1 (ALS450TRGW) A utton A utton Address 001 Addresses: Cycles through PXY Ch. 1 (): 1 (Start Address) Increase value 1 Ch. 3 (): 3 Fixture #2 (ALS450TRGW) Address 005 Address 009 Addresses: Ch. 1 (): 5 (Start Address) Ch. 2 (): 6 Ch. 3 (): 7 Ch 4. (): 8 Addresses: Ch. 1 (): 9 (Start Address) Ch. 2 (): 10 Ch. 3 (): 11 Ch 4. (): 12 Fixture #3 (ALS450TRGW) Address 005 Ch 4. (): 8 Fixture #3 (ALS450TRGW) 5. If all fixtures will be controlled together, continue to step 6a. If each fixture will be controlled independently, continue to step 6b. Address 009 (RGW128C) Address 001 Address 001 Addresses: Ch. 1 (): 5 (Start Address) Ch. 2 (): 6 Ch. 3 (): 7 Addresses: Ch. 1 (): 9 (Start Address) Ch. 2 (): 10 Ch. 3 (): 11 Ch 4. (): 12 6a. If all fixtures will be controlled together, set the start address of each fixture to 1. Addresses: Ch. 1 (): 1 (Start Address) Ch. 3 (): 3 Addresses: Ch. 1 (): 1 (Start Address) Ch. 3 (): 3 Fixture #1 (ALS450TRGW) Fixture #2 (ALS450TRGW) Fixture #3 (ALS450TRGW) 7a. The program will open to a blank show file by default. Patch each fixture to the universe using the previously set addresses. Under the Scan Library tab, in the (RGW128C) generic folder, select rgbw. This tells the software that a 4 channel RGW fixture is connected to the controller. The below diagram illustrates how to patch fixture #1. If all fixtures will be controlled together, skip Fixture step 7b. #1 (ALS450TRGW) Generic Folder Address 001 Address 001 First Channel Enter address of fixture 1 (1) Address 001 Addresses: Ch. 1 (): 1 (Start Address) Ch. 3 (): 3 Addresses: Ch. 1 (): 1 (Start Address) Ch. 3 (): 3 Addresses: Ch. 1 (): 1 (Start Address) Ch. 3 (): 3 Fixture #2 (ALS450TRGW) Fixture #3 (ALS450TRGW) Patch fixture #1 ( address 1) Generic 3 Channel RG Fixture Universe Leave as default (1) Number of fixtures with this address (1) Click Patch after information is complete Address 001 Addresses: Ch. 1 (): 1 (Start Address) Ch. 3 (): 3

10 Page 10 of 10 RGW128C Operating ESA Software (ALS450TRG) cont. 7b. Patch fixture #2 and fixture # Set the color value of each channel for each step. Under the universe 1 tab, channel 1 4 controls the RGW value of fixture #1. Channel 5 9 controls the RGW value of fixture #2. Channel controls the RGW value of fixture #3. Use the slider to set each light level or enter light level in the light level display. Use the arrows at the top and bottom of slider track to fine tune the value. Example: Channel 1 controls fixture #1 red value (65). Channel 6 controls fixture #2 green value (65). Channel 11 controls fixture #3 blue value (65). Light Level Display Patch fixture #2 ( address 4) Patch fixture #3 ( address 7) 8. To create a custom scene, click on the Editor tab at the top left of the interface. A new, blank scene named New Scene will appear by default. Channel 1 () Channel 2 () Channel 3 () Channel 4 () Channel 5 () Channel 6 () Channel 7 () Channel 8 () Channel 9 () Channel 10 () Channel 11 () Channel 12 () Increase Level 1 Slider Decrease Level 1 New Scene Trigger Rename Scene Play/Stop Import Scene Fade On/Off 11. After setting RGW values, set fade time and hold time in the Steps menu in the upper right of the interface. Double click 00m00s00 under Fade Time, then use the arrow keys to set desired time in minutes and seconds. Double click 00m00s00 under Hold Time, then use the arrow keys to set desired time. Double click Dimmer to set brightness value. Example: Fade Time 00m02s00 (2 seconds). Hold Time 00m04s00 (4 seconds). Dimmer 100 (100% brightness). 9. Each scene is made up of a series of steps. Create steps using the Steps menu on the upper right of the interface. Step Number Fade Time Hold Time Dimmer Copy Step Add New Step Set Levels Record In Levels Dimming Value 12. Create additional steps as desired by repeating steps Play your scene and make adjustments to the parameters as desired. When a scene is complete, save as a Show File (.dlm) as a backup on your computer. Create up to 24 scenes using the Editor tab. 13. Save scenes to the RGW128C controller by using the Stand Alone tab in the upper left of the interface. Click the write memory button, then click OK. The program will write the scenes into the controller to be used independently from the computer. Note: Writing the memory will erase all 8 factoryprogrammed scenes from the controller. Uncheck if controller will be used exclusively while connected to PC Total memory usage. Create up to 2556 steps across 24 scenes.