DMX-RGB-5A. Overview DMX DECODER

Transcription

1 Page 1 of RG Overview SPECIFICTIONS CHNNELS 3 INPUT SIGNL digital signal SIGNL 0 100% PWM dimming signal, can drive max per channel VOLTGE POWER 24V, 30W TEMPERTURE RTING 0 C 0 C CSE DIMENSIONS x x WEIGHT 0.4 lbs (24 g) PRODUCT INFORMTION Compatible with 12/1990 2level brightness and full color control 3 RG output channels, constant voltage, maximum each Each channel is controlled by a pulse with modulation (PWM) signal 2 grey levels Mode, suspension protection, output short circuit protection address setting INSTLLTION RECOMMENDTIONS Do not connect to a transformer larger than 320W Do not exceed 320W or 1 mps for total load Do not install in locations without proper ventilation Do not mount device on wood or plastic Do not install in wet or damp locations CLIFORNI CCENT LIGHTING, INC. 220 E. Gretta Lane naheim, C 920 ph CLI (224) fx info@calilighting.com calilighting.com CLI. ll rights reserved. CLI reserves the right to make changes or withdraw specifications without prior notice. wholly or in part without the prior written consent of California ccent Lighting, Inc Rev 0

2 1224V G R V V V LLED00 or LLED0 4. If using multiple input decoders, signal from use RG12C. an RJ4 Ethernet cable to connect decoders. Refer to typical layout diagrams on pages X and X. RG Page 2 of Setup of Decoder with Controller Setup with Controller (Recommended). Set address using DIP switches on the side 1 of 2 decoder. 4 1The 32 sum 4 12 of 2 the value of each 1. Determine which configuration best suits your application engaged DIP switch creates the address Refer to typical layouts on pages 4 and. Example: 4 32 Dip = switch 3. 1 in Dip the switch start ON position 1 address in the (down). ON position for this (down). ll decoder dip switches ll is in dip 3. the switches OFF position in the (up). OFF position (up) of 1. has a value of 1. cool LED white displays color. cool white 1 2 Signal 1ll dip 2 switches 4 in 1the address has a value address 32 OFF 4 position 12 2 (up). LED displays P 3Value 4 color. address has a value of 1. Signal 2. Calculate load. Use the below diagram as a reference to 4 the calculations that follow utton Calculate load by multiplying watts per foot by length in feet. dd 1W for each decoder used. ll dip switches 1 2 in 3the 4OFF position (up). Example:.W per foot x = 44W 1W = 4W. address has a value of 1. ll dip switches ll in dip the switches ON position in the (down). ON position Dip (down). switches 1 Dip and switches 2 in the OFF 1 and position 2 in the (up). OFF position (up). address set DM LED fade cycle LED through fade red, cycle green, through and red, blue. green, LED and displays blue. blue LED color. displays blue color. Switches 1, 3, Sw an ll dip switches in the ON position (down). Determine size of electronic transformer needed. It is recommended that transformers are DIP Dip switches value 1 and for 2 in each the OFF switch. position (up). Example: address set address to 3. set to 3. LED fade cycle through red, green, and blue. Switch LED displays 10 has blue no color. value (0). DIP Switches switches utton 1, 3, and 1, 3, are and engaged are engaged (on). (on). only loaded up to 0%. 4W is approximately 0% of 0W. Increase value 1 Example: 0W x 0.20 = 12 0 = 4W. Choose TR0E for this application Pin1 : Data ll dip switches in the ON position (down). Dip Pin2 switches : Data1 and 2 in the OFF position (up). address set to Connect RG to controller. Refer to RG12C or RG12CWIFI LED fade cycle through red, green, and blue. LED Pin displays : GND blue color. Switches 1, 3, and Dip switch are engaged 1 in Dip the (on). switch OFF position 1 in the (up). OFF position (up). Dip switch 2 in Dip the switch OFF position 2 in the (up). OFF position (up). for details ddress on setup Setting and LED displays wiring Panel red LED of color. displays controllers. red color. LED displays green LED displays color. green color Signal address set DM Signal Switches 1, 3, Sw an Signal LED displays red color. RG LLED00 or LLED0 Signal Power Supply Link to RG12C Link to RG12C Link to RG12CWIFI Link to RG12CWIFI Link to RG12C Link to RG12CWIFI Pin1 : Data. Connect RG to power source. If using multiple decoders, use a j box Pin2 : Data to make ddress wiring Setting connections. Panel Connect RG lighting (LLED00 or LLED0) to RG. 432 Link to RG12C Link to Connect RG12CWIFI 1 the black, red, Note: Must use electronic transformer Pin1 : Data green, and blue wires input to the signal corresponding from RG12C. contacts on the output connector Pin2 : Data of the decoder. ddress Setting Panel RG RG 1224V G R V V V 1224V G R V V V input signal from RG12C. address has a value of 1. LLED00 or LLED0 ll dip switches in the OFF position (up) J ox J ox Power Supply onnector J ox Power Supply TRXXXEUNV10V TRXXXEUNV10V TRXXXEUNV10V J ox 1202VC 1202VC 1202VC ll dip switches in the To next ON position input, if (down). applicable. Dip switches 1 and 2 in the OFF position (up). LED fade cycle through red, green, and blue. LED displays blue color Cycles through PXY Increase value Dip 3 switch 4 1 in the OFF position (up). 1 2 Dip 3 switch 4 2 in the OFF position (up). address has a value of 1. ll dip switches in the OFF position (up). ll dip switches in the OFF position (up). 1address 2 3has 4a value of 1. LED 1displays 2 3cool 4white color Switches 4 1, 3, and are 9engaged 10 (on). Increase value 1 ll dip switches in the ON position (down). LED fade cycle through red, green, and blue. Dip switches 1 and 2 in the OFF position (up). LED displays blue color Link to RG12C Link to RG12CWIFI Increase value 1 ll dip switches in the ON position (down). LED 1fade 2cycle 3 through 4 red, green, and 9 blue. 10 Dip switches 1 and 2 in the OFF position (up). LED 1displays 2 3blue 4 color. CLIFORNI Dip switch 1 CCENT in the OFF position LIGHTING, (up). Dip INC. switch 2 in the OFF position (up). 220 E. 1Gretta 2 3 4Lane naheim, C 920 ph CLI (224) fx info@calilighting.com calilighting.com CLI. ll LED rights displays reserved. red color. CLI reserves the right to LED make displays changes green or color. withdraw specifications without prior address notice. set to Rev 0 wholly or in part without the prior written consent of California ccent Lighting, Inc.

3 Setup without Controller Signal 1. Determine which configuration best suits your application. Refer to typical layouts on pages 4 and. RG Page 3 of Power Supply Setup of Decoder without Controller Pin2 : Data Signal Signal TRXXXEUNV10V 2. Calculate load. Use the below diagram as a reference to the calculations that follow. ddress Setting Panel Calculate load by multiplying watts per foot by length in feet. dd 1W for each decoder used. Signal Signal Pin1 : Data Example:.W per foot 4 x 9 10 = 44W W = 4W. Pin2 : Data Pin : Determine size of electronic transformer needed. ddress It Setting is recommended Panel that transformers are 1202VC only loaded up to 0%. 4W is Signal approximately 0% of 0W. Signal Example: J ox 0W x 0.20 = 12 0 = 4W. Choose TR0E for this application. Signal LLED00 or LLED0 Signal Power Supply Pin1 : : Data Pin1 : Data Pin2 : Data Pin2 : : Data Pin : : GND LLED00 or LLED0 Pin : : GND ddress Setting Panel ddress Setting Panel Power Supply Pin1 : Data Pin2 : Data Pin1 : Data input signal from RG12C. Pin2 : Data ddress Setting Panel RG RG ddress Setting Panel LLED00 or LLED0 LLED00 or LLED0 TRXXXEUNV10V Connecto (Must Power use electronic Supply transformer) Power Supply TRXXXEUNV10V VC RG 3. Connect RG lighting (LLED00 RG or LLED0) to RG. Connect LLED00 the or black, LLED0 (Must red, use electronic transformer) ll dip switches in the OFF position (up). LLED or 4 LLED0 green, and blue wires to the output connector on the decoder. Connecto address has a value of 1. LED displays J ox cool white color. Power Supply Power Supply input signal from RG12C. 1202VC input signal from RG12C. Increase value J ox RG TRXXXEUNV10V TRXXXEUNV10V LLED00 or LLED0 ll dip switches in the ON position (down). Dip switches 1 and 2 in the by OFF others) position (up). LED fade cycle through red, green, and blue. LED displays blue color. input signal from RG12C. input signal from RG12C. 1202VC 1202VC TRXXXEUNV10V TRXXXEUNV10V J ox J ox Dip switch 1 in the OFF position (up). Dip switch 2 in the OFF position (up). LED displays green color. by 4. Set address using DIP switches on the side of decoder. The sum of the value of 1each X 9 Value VC 1202VC engaged DIP switch creates the address. 4 Example: 4 32 = 3. start address for this decoder is 3. J ox J ox the ON position (down). 1ll dip 2 switches 4 in 1the 32 OFF 4 position 12 2 (up). 1 2 P 3Value 4 as a value of 1. To To next input, if if applicable. Link to RG12C Link to RG12CWIFI Increase value 1 4OFF position (up). te color. s in the ON position (down). DIP Dip switches value 1 and for 2 in each the OFF switch. position (up). Example: address set address to 3. set to 3. through red, green, and blue. X Switch LED displays 10 has blue no color. value (0). DIP Switches switches utton 1, 3, and 1, 3, are and engaged are 11 engaged (on) (on) utton P Y Increase value 1 1 To 2next 3 input, 4 if applicable n 4the OFF position. (up). y default there 1 address 2 are 3set 4to several 3. scenes 9 programmed 10 into the decoder, however it is r. Switches Dip switch recommended 11 in in the ON Dip position to switch 1, 3, and use (down). 1 in are a the engaged ON position (on). ll controller ll dip (down). switches to in in experience the ll OFF dip position switches the (up). full in the potential OFF position 11of (up) programming the OFF position (up). address has a a Dip value switch of of address 2 in the has OFF a value position LED of 1. (up). displays cool white LED color. displays cool white color. ed color Y Increase value Cycles through PXY Increase value F position (up). lor. ll ll dip switches in in the ll ON Dip dip position switches 1 (down). in in the the ON ON position (down). (down). Dip ll switches dip switches 1 and in 2 the in the OFF OFF position position (up). (up). 1 address 2 3 set 4to 3. Dip Dip switch switches 1 in 11 the and ON 22 in position in the Switches OFF (down). position 1, 3, and (up). ll are dip engaged switches (on). address in the set OFF to to position 3. (up). LED fade cycle through LED red, fade green, address cycle and has through blue. a value red, of green, 1. and blue. LED displays blue cool color. white color. LED address displays has blue a value color. of 1. LED displays Switches cool 1, white 1, 3, 3, and color. are engaged (on). V V G R V 1224V 1224V G R V V V V V V G R 1224V G R V V V 1224V 1224V 1224V G R V V V G R V V V G R V V V RG 1224V G R V V V input signal from RG12C. Signal Pin1 : Data Signal LLED00 or LLED0 Signal. Connect RG to power source. If using multiple decoders, use a j box to make wiring connections. Note: Must use electronic transformer Switches 1, 3, and are 10engaged 111(on) G12C Link to RG12CWIFI Dip ll switch dip switches 1 in the in OFF the position ON position (up). (down). Dip Dip switch switches 2 in 1 the and OFF 2 in position the OFF (up). position (up). Dip switch 11 in in the OFF position (up). ll Dip dip switches 22 in in in the the OFF ON position (up). (down). Dip switches 1 and 2 in the OFF position (up). LED LED displays fade cycle red through color. red, green, and blue. LED LED displays displays green blue color. LED fade displays cycle through green color. red, green, and blue. LED displays blue color. Increase value 1 Increase value address 4 set to to 3. 9address 10 set to 3. Switches 1, 1, 3, 3, and are Switches engaged 1, (on). 3, and are engaged (on). Link to to RG12CLink Link to to to RG12CWIFI Link to RG12CWIFI CLIFORNI CCENT LIGHTING, INC. 220 E. Gretta Lane naheim, C 920 ph CLI (224) fx info@calilighting.com calilighting.com CLI. ll rights reserved. Link to CLI RG12C reserves the Link right to to RG12CWIFI Link to RG12C make changes Link or to RG12CWIFI withdraw specifications without prior notice wholly or in part without the prior written consent of California ccent Lighting, Inc Rev 0

4 RG Page 4 of Typical Layouts SINGLE RUN Capable of displaying one scene at a time on a single run of RG lighting (LLED00 or LLED0) Scene must be set using Controller (RG12C) or by setting address with DIP switches on Decoder (RG) Uses a single power source Optimal for single runs displaying a single scene Configuration (with Controller) Configuration (without Controller) Up to Up max to run max length run length SERIES RUN Capable of simultaneously displaying multiple scenes across multiple runs of RG lighting (LLED00 or LLED0) Scenes must be set using Controller (RG12C) or by setting address with DIP switches on Decoder (RG) Uses multiple power sources Each run has its own transformer, Decoder, and Controller (optional) Optimal for displaying multiple scenes across multiple runs Configuration C (with Controller) Configuration D (without Controller) CLIFORNI CCENT LIGHTING, INC. 220 E. Gretta Lane naheim, C 920 ph CLI (224) fx info@calilighting.com calilighting.com CLI. ll rights reserved. CLI reserves the right to make changes or withdraw specifications without prior notice. wholly or in part without the prior written consent of California ccent Lighting, Inc Rev 0

5 Page of RG Typical Layouts (cont.) PRLLEL RUN WITH ONE SCENE Capable of displaying one scene across multiple runs of RG lighting (LLED00, LLED0) Uses a single power source Each fixture can be controlled independently with the controller Cumulative length of all fixtures must be within max run length and max load Configuration E (with Controller) Configuration D (without Controller) CLIFORNI CCENT LIGHTING, INC. 220 E. Gretta Lane naheim, C 920 ph CLI (224) fx info@calilighting.com calilighting.com CLI. ll rights reserved. CLI reserves the right to make changes or withdraw specifications without prior notice. wholly or in part without the prior written consent of California ccent Lighting, Inc Rev 0