CP476 English manual. Wireless RGBW controller

Transcription

1 CP476 English manual Wireless RGBW controller * 1

2 Summary CP476 English manual... 1 Wireless RGBW controller... 1 General... 3 Supply... 4 Wiring... 4 Non isolated power supply... 4 Button connections... 5 DMX connection (optional)... 5 RGBW connections... 6 RGB connections... 6 Protections... 7 Short circuit protection... 7 Temperature shutdown... 7 Indication LEDs... 7 Red indication LED... 7 Blue indication LED... 7 Green indication LED... 7 PWM LED... 7 Options... 8 Address (S1)... 8 Mode (S2)... 8 Mode options(s3) Channel (S4) sl@selectron.be * 2

3 General The CP476 has four power channels. It is designed to drive a RGBW ledstrip. But it can also drive four single led strips, dual tones light plates, RGBW and RGB ledstrips. The module can be controlled by buttons connected to the PCB, or by a wireless key fob (CP433). Highlights: standalone operation 4 power channels with max. 5A per channel 400Hz PWM dimming with a resolution of 4096 steps wireless control short circuit proof temperature shutdown wireless master slave mode Applications dual tone light plate LED strips LED spots with fixed voltage RGBW ledstrips RGB ledstrips Options DMX controllable Modes summary: Mode 0 & 1: 4 individual PWM s Mode 2 & 3: 4 identical PWM s Mode 4 & 5: 2 individual light plates Mode 6 & 7: 2 identical light plates Mode 8 & 9: RGBW output Mode A & B: RGB output sl@selectron.be * 3

4 Supply The controller and driver of the CP476 aren t galvanicly separated but can be powered by different power supply s. Parameter Min. Typ. Max. Unit Input voltage (Vin) V DC Power consumption W Current output per channel 0-5 A Power per channel 12V DC 0-60 W 24V DC W PWM dimming frequency Hz Wiring Before wiring the CP476, make sure that the power supply can deliver the required power consumption of the setup. Non isolated power supply In this configuration the controller and the driver stage have the same power supply. sl@selectron.be * 4

5 Button connections The function of the buttons depends on the selected mode of the CP476. The buttons are connected as shown below: DMX connection (optional) The CP476 can be controlled by DMX. The DMX is connected according to following wiring diagram: * 5

6 RGBW connections In mode 8 and 9, the CP476 can drive a RGBW device. The configuration in this mode is show in the following diagram: RGB connections In mode A and B, the CP476 can drive a RGB device. The configuration in this mode is show in the following diagram: sl@selectron.be * 6

7 Protections Short circuit protection The CP476 has short circuit protection. When the + and the - connections of a channel are shorted together, the PWM on the channels will be stopped. The module will remain that way during 60 seconds. After this time out the CP476 will enable the PWM on the output again. The time out mode will be indicated by the fast blinking of the green LED. Temperature shutdown The CP476 has a temperature monitoring on the power channels. When the temperature of the channels raises to high, the CP476 will shut the channels down for 60 seconds. After this time-out the CP476 will enable the PWM on the output again. Indication LEDs The indication leds will provide information about the operation of the module. These LEDs can be found next to S4. Red indication LED The red indication LED will display RF activity. If an RF packet is received the red LED will blink. Blue indication LED The blue indication LED will display the handling of a packet. If the received RF packet is correct an will be executed the blue LED will blink. Green indication LED The green indication LED will provide information about the connected load. The CP476 measures the current running through the power channels. The duty cycle of the green LED will correspond to the measured current. A short blink will correspond to a low output current, where as a longer blink will indicate a higher output current. If the green LED flashes at a fast frequency, it indicates a time out on the output. This can be due to current limitations or temperature shut down. For more information about the causes see the protections mentioned above. PWM LED These LED can be found next to the output connector. They are indicated as red, green, blue and green. These leds represent the output intensity of their corresponding power channels. sl@selectron.be * 7

8 Options The CP476 has four BCD switches to select the options of the module: Address (S1) This BCD switch controls address, on wich the CP476 communicates. The address can range from 0 F (0 15). In order to work in master slave configuration, the modules need to have the same address. Mode 8,9,A and B have a special address configuration. This is explained in the mode options of these modes. Mode (S2) This BCD switch controls in which mode the CP476 works. This will also control the function of the connected buttons. Position S2 Configuration Mode 0 slave 4 independent outputs 1 master 4 independent outputs 2 slave 4 identical outputs 3 master 4 identical outputs 4 slave 2 independent dualtone lightplates 5 master 2 independent dualtone lightplates 6 slave 2 identical lightplates 7 master 2 identical lightplates 8 slave RGBW outputs 9 master RGBW outputs A slave RGB outputs B master RGB outputs Configuration The configuration determines whether the module works in master or slave mode. If the module works in master mode the CP476 will listen to wireless instruction from a key fob. It will also transmit its state to all the CP476 modules with the same address, configured as slave on the same channel. An address in a system within the same channel may only have 1 master and unlimited slaves. sl@selectron.be * 8

9 Mode 0 & 1 In this mode the four outputs work independent of each other. Operation button 1 to 4: If button X is pressed the output X will begin to dim. When the button is released the output will stop dimming. When the button is pushed again the button will begin to dim in the opposite direction. When the button is released again the output will also stop dimming. A short push and release on the button will toggle the output. Operation button 5: If button 5 is pressed for 4 seconds the current state of the outputs is stored. A short push and release on button 5 will restore the stored state of the outputs. This can be used to store a configuration. When the CP476 starts, it will start with this stored ouput state. Mode 2 & 3 In this mode all the outputs will behave like output 1. Operation button 1: If button 1 is pressed, the outputs will begin to dim upwards. A short push and release will toggle the outputs. Operation button 2: If button 2 is pressed, the outputs will begin to dim downwards. A short push and release will toggle the outputs. Operation button 3: If button 3 is pressed, the outputs will begin to dim. When the button is released the output will stop dimming. When the button is pushed again the button will begin to dim in the opposite direction. When the button is released again, the output will also stop dimming. A short push and release on the button will toggle the output. Operation button 4: A short push and release on button 4 will toggle the outputs. Operation button 5: If button 5 is pressed for 4 seconds the current state of the outputs is stored. A short push and release on button 5 will restore the stored state of the outputs. This can be used to store a configuration. When the CP476 starts, this stored configuration will be loaded as start up configuration. sl@selectron.be * 9

10 Mode 4 & 5 In this mode output 1 and output 2 will drive dual tone light plate 1. Output 3 and output 4 will drive dual tone light plate 2. The second dual tone light plate must be driven by a booster. Wiring: The Warm White (WW) connection of the first dual tone light plate will be connected to output1. The Cold White (CW) connection of the first dual tone light plate will be connected to output 2. The Warm White connection of the second dual tone light plate will be connected to output 3, the Cold White connection to output 4. Summary: Output 1: Warm White connection dual tone light plate 1 Output 2: Cold White connection dual tone light plate 1 Output 3: Warm White connection dual tone light plate 2 Output 4: Cold White connection dual tone light plate 2 Operation button 1 If button 1 is pressed, the light plate 1 will begin to dim to either cold white or warm white. When the button is released, the output will stop dimming. When the button is pushed again, the button will begin to dim towards the other white tint. When the button is released again, the output will also stop dimming. Operation button 2 If button 2 is pressed, the light plate 1 will begin to dim in intensity. When the button is released, the output will stop dimming. When the button is pushed again, the button will begin to dim in the opposite direction. When the button is released again, the output will also stop dimming. A short push and release on the button will toggle the output. Operation button 3 If button 3 is pressed, the light plate 2 will begin to dim to either cold white or warm white. When the button is released, the output will stop dimming. When the button is pushed again, the button will begin to dim towards the other white tint. When the button is released again, the output will also stop dimming. Operation button 4 If button 4 is pressed, the light plate 2 will begin to dim in intensity. When the button is released, the output will stop dimming. When the button is pushed again, the button will begin to dim in the opposite direction. When the button is released again, the output will also stop dimming. A short push and release on the button will toggle the output. Operation button 5: If button 5 is pressed for 4 seconds the current state of the outputs is stored (color and intensity). A short push and release on button 5 will restore the stored state of the outputs. This can be used to store a configuration. When the CP476 starts, this stored configuration will be loaded. sl@selectron.be * 10

11 Mode 6 & 7 In this mode output 1 and output 2 will drive dual tone light plate 1. Output 3 and output 4 will drive dual tone light plate 2. Both dual light plates will have the same color and intensity. The second dual tone light plate must be driven by a booster. Wiring: The Warm White (WW) connection of the first dual tone light plate will be connected to output 1. The Cold White (CW) connection of the first dual tone light plate will be connected to output 2. The Warm White connection of the second dual tone light plate will be connected to output 3, the Cold White connection to output 4. Summary: Output 1: Warm White connection dual tone light plate 1 Output 2: Cold White connection dual tone light plate 1 Output 3: Warm White connection dual tone light plate 2 Output 4: Cold White connection dual tone light plate 2 Operation button 1 If button 1 is pressed, light plate 1 and light plate 2 will begin to dim towards warm white. When button 1 is released, the dimming will stop. A short push and release on button 1 will toggle the state of the output. Operation button 2 If button 2 is pressed, light plate 1 and light plate 2 will begin to dim towards cold white. When button 1 is released, the dimming will stop. A short push and release on button 2 will toggle the state of the output. Operation button 3 If button 3 is pressed the light plates (1 &2) will begin dimming their intensity upwards. When button 3 is released, the dimming will stop. A short push and release on button 3 will toggle the state of the output. Operation button 4 If button 4 is pressed the light plates (1 &2) will begin dimming their intensity downwards. When button 4 is released, the dimming will stop. A short push and release on button 4 will toggle the state of the output. Operation button 5: If button 5 is pressed for 4 seconds the current state of the outputs (color and intensity) is stored. A short push and release on button 5 will restore the stored state of the outputs. This can be used to store a configuration. When the CP476 starts this stored configuration will be loaded. sl@selectron.be * 11

12 Mode 8 & 9 In this mode the CP476 will drive a RGBW ledstrip or a RGBW lightplate. Output 1 drives the red channel, output 2 the green channel, output 3 the blue channel and output 4 the white channel. Two channels can be connected directily to the unit, the two other channels must be driven by a booster. HSV: In this mode the output of the CP476 will be calculated on a HSV color. HSV stands for Hue, Saturation and Value. The following picture explains these terms visually: The Hue indicates the color. The saturation is an indication of the white balance of the color. A saturation of 100% will be a pure color, where as a saturation of 0% is a white color. As the saturation increases, the white balance of the color decreases. The value of the color is an indication of the intensity. With a value of 100% the RGBW device will be at maximum intensity. When the value of the color decreases, the intensity of the RGBW device will also decrease. Wiring: The red channel of the RGBW device will be connected to output 1, the green channel to output 2, the blue channel to output 3 and the white channel to output 4. Summary: Output 1: red Output 2: green Output 3: blue Output 4: white Operation button 1: If button 1 is pressed, the CP476 will begin to rotate the hue (the color). When button 1 is released, the CP476 will stop the rotating of the hue. When button 1 is pressed again the hue will begin to rotate in the opposite direction. Operation button 2: If button 2 is pressed, the CP476 will begin to dim the saturation (the whitebalance) of the color. When button 2 is released, the CP476 will stop the dimming of the saturation. When button 2 is pressed again, the saturation will begin to dim in the opposite direction. Operation button 3: If button 3 is pressed, the CP476 will begin to dim the value of the color (the intensity) of the color. When button 3 is released, the CP476 will stop the dimming of the value. When button 3 is pressed again, the value will begin to dim in the opposite direction. sl@selectron.be * 12

13 Operation button 4: Button 4 is used to save and recall presets. When button 4 is pressed for longer than four seconds the current color displayed on the outputs of the CP476 will be saved in preset one. When button 4 is pressed and immediately released again, the color saved in the preset one will be displayed on the CP476. If there isn t a valid color stored in the preset one, the recalling will perform nothing. Operation button 5: Button 5 is used to save and recall presets. When button 5 is pressed for longer than four seconds the current color displayed on the outputs of the CP476 will be saved in preset two. When button 5 is pressed and immediately released again, the color saved in the preset one will be displayed on the CP476. If there isn t a valid color stored in the preset two, the recalling will perform nothing. Startup: When the CP476 starts in mode 8 or mode 9, the color stored in preset one will be recalled. When the color stored in preset one isn t valid, a red color with maximum intensity and maximum value will be used as initial color. sl@selectron.be * 13

14 Mode A & B In this mode the CP476 will drive a RGB ledstrip or a RGB lightplate. Output 1 drives the red channel, output 2 the green channel and output 3 the blue channel. Two channels can be connected directily to the unit, the other channel needs to be connected with a booster. HSV: In this mode the output of the CP476 will be calculated on a HSV color. HSV stands for Hue, Saturation and Value. The following picture explains these terms visually: The Hue indicates the color. The saturation is an indication of the white balance of the color. A saturation of 100% will be a pure color, where as a saturation of 0% is a white color. As the saturation increases, the white balance of the color decreases. The value of the color is an indication of the intensity. With a value of 100% the RGBW device will be at maximum intensity. When the value of the color decreases, the intensity of the RGBW device will also decrease. Wiring: The red channel of the RGBW device will be connected to output 1, the green channel to output 2, the blue channel to output 3 and the white channel to output 4. Summary: Output 1: red Output 2: green Output 3: blue Operation button 1: If button 1 is pressed, the CP476 will begin to rotate the hue (the color). When button 1 is released, the CP476 will stop the rotating of the hue. When button 1 is pressed again the hue will begin to rotate in the opposite direction. Operation button 2: If button 2 is pressed, the CP476 will begin to dim the saturation (the whitebalance) of the color. When button 2 is released, the CP476 will stop the dimming of the saturation. When button 2 is pressed again, the saturation will begin to dim in the opposite direction. Operation button 3: If button 3 is pressed, the CP476 will begin to dim the value of the color (the intensity) of the color. When button 3 is released, the CP476 will stop the dimming of the value. When button 3 is pressed again, the value will begin to dim in the opposite direction. sl@selectron.be * 14

15 Operation button 4: Button 4 is used to save and recall presets. When button 4 is pressed for longer than four seconds the current color displayed on the outputs of the CP476 will be saved in preset one. When button 4 is pressed and immediately released again, the color saved in the preset one will be displayed on the CP476. If there isn t a valid color stored in the preset one, the recalling will perform nothing. Operation button 5: Button 5 is used to save and recall presets. When button 5 is pressed for longer than four seconds the current color displayed on the outputs of the CP476 will be saved in preset two. When button 5 is pressed and immediately released again, the color saved in the preset one will be displayed on the CP476. If there isn t a valid color stored in the preset two, the recalling will perform nothing. Startup: When the CP476 starts in mode A or mode B, the color stored in preset one will be recalled. When the color stored in preset one isn t valid, a red color with maximum intensity and maximum value will be used as initial color. sl@selectron.be * 15

16 Mode options(s3) The options of the mode depend on the currently selected mode. Mode 0 & 1 In this modes the CP476 will work with 4 independent outputs. The mode options in this mode will be explained in the following diagram: Stand Start % Stop % Output intensity percentage A B C D E F The range of the output is indicated by the white squares. The mode options will select the output intensity range of all the outputs. For example: If mode options 2 is selected the output intensity range will be from 0% to 65% max. sl@selectron.be * 16

17 Mode 2 & 3 In this modes the CP476 will work with 4 the same outputs. The mode options will work as followed: Stand Start % Stop % Output intensity percentage A B C D E F The range of the output is indicated by the white squares. The mode options will select the output intensity range of all the outputs. For example: If mode options 2 is selected the output intensity range will be from 0% to 65% max. sl@selectron.be * 17

18 Mode 4 & 5 In this mode the CP476 will work as 2 independent light plates. In this mode the mode options will perform following functions: Color temperature output Stand 2200K 2700K 3000K 3500K 4000K 4500K 5000K A B C D E F The range of the output color is indicated by the white squares. For example: In mode options 3 the output color of the light plates can range from 2200K towards 3500K. sl@selectron.be * 18

19 Mode 6 & 7 The CP476 will works as 2 the same light plates. In this mode, the mode options will work as followed: Color temperature output Stand 2200K 2700K 3000K 3500K 4000K 4500K 5000K A B C D E F The range of the output color is indicated by the white squares. For example: In mode options 3 the output color of the light plates can range from 2200K towards 3500K. sl@selectron.be * 19

20 Mode 8 & 9 In this mode the CP476 will work as a RGBW driver. The address of the CP476 consist of the the value of the address switch and the value of the mode options switch. The address determines the unique id of the module and the mode options determine a cluster of modules. In order to work in master slave configuration, the modules need to have the same address and cluster. With this configuration there can be up to 255 individual masters on the same channel. Mode A & B In this mode the CP476 will work as a RGB driver. The address of the CP476 consist of the the value of the address switch and the value of the mode options switch. The address determines the unique id of the module and the mode options determine a cluster of modules. In order to work in master slave configuration, the modules need to have the same address and cluster. With this configuration there can be up to 255 individual masters on the same channel. For each master an unlimited amount of slaves can be connected. sl@selectron.be * 20

21 Channel (S4) This BCD switch controls the operation channel of the CP476. There are 8 possible channels, ranging from 0 to 7. If multiple CP476 modules wish to communicate with each other, they need to be on the same channel. By placing multiple modules on different channels, you can make multiple independent systems with the same addresses. Position S4 Channel F 0 sl@selectron.be * 21