DMX - O`Boyle SRL
Contents
1. Ecco B GMX controller Ver 1 2 3 Beta 1 4 slots RGB pal DMN Start Address 1 4 slots RGB pol Discoverled device 2 5 slots RGB Dimmer pol 3 4 slots GRE pol Personality 4 5 slots Dimmer pol available Available command for TE relative personality selon if Di emm taber con Setting for no DMX operation Controller DMX DDS 453 DDS453 it is constant current or constant voltage controller 4 channel In costant current can supply up to 12 led in series 48 vdcl 3W This module can work in several odeDMX RDM stan dalone po tentiometer switches enocean wireless switches infrared remote control In current mode hysteretic control guarantee the best light dimmering perfomance In voltage mode the controls options are same DMX RDM but the led used they must be costant voltage kind this unit can supply up to 250W of strip led or led with embedded electronic for current mode 24vdc it can also supplied at l2vdc All output are positive common and ground control The power supply is applied to connec tor that have in and out to make it easy the chain connection between modules the maximum number of module must be 5 per power supply Technical Specifications Constant current Power supply 24 48vdc Current max per channel 700mA DMX standard USITT5 12 DMX self learning addressing mode DMX optoinsulated RDM 2 0 Compatible ENOCEAN wirel2. GR DEUX war DOLO DH Bin Fried i CHE Sis Slave discovery Slave identification on Bus Subnet device DMX Address Bverled meal pE Cx 808711 vin 118 Tm int ME NEM NEM 6 Lu ju ELF ES LLEN LISTE ERE ka ia 1 hal ig Controller DMX DDS 344 DDS344A DMX 0 10V potentiometer PWM controller for power top strip led this controller is not suitable for led in constant current control PWM output up to 2A per channel total 6A are available for supply power top strip led two operation mode are available DMX or stand alone the selection of operation mode depend if DMX is present or not If DMX is not available the system go in stand alone mode then is possible to use external switches potentiometer 0 10 vdc signal to obtain PWM output DDS344A is provided in DIN bar Box mounting connec tors are available fpr DMX power supply and interface Power supply 2 24vdc Current max 150W 024 full power DMX standard USITT512 DMX addressing self learning Open drain Mosfet output max 48w PWM out 150 2 RDM 2 0 compliant 5 personality environmental operating temperature 10 to 54 Storage temperature Tst 20 to 85 Case temperature Tc 65 Relative humidity RH 80 RDM Setting Screen shot Wverlea
3. Ove rLed professional led lighting i MADE IN ITALY Professional control led lighting a See a masm amsa h A SST T E ES mum Overled it is a Brand name of DDS elettronica srl Overled design and develop electronics solution for LED application since 2002 switching power supply costant current controls embedded electronics and LED Overled have produced several tousand controller in the years where our elctronics and led lamp found apllication in several different field as Cruise boat last generation with switching power supply TV stages all Italian television are using Overled products Hotels restaurant ecc Overled develop more than 50 new projecy per year DMX controller DALI ART NET NODE BUS system DoMONET power supply and DMX intelligent lamp solution or customized application on customer request Overled is serving the best illumination customer giving all kind solution electronic and led to help it s customer on LED LAMP design process Overled it s also a partner for design and installation of big illumination system LED based helping it s customer on design and develop installation OverLed Installation Example DMX _ gt 32devices DMX RDM u DMX SPLITTER DDS453 DDS453 DDS344 Lighting Control V DMXOUT DDS166 Overled Dmx Cable im balanced up t
4. Data 1 Primary Data Link 4 Data 2 Optional Secondary Data Link 5 Data 2 Optional Secondary Data Link RJ 45 pinout Data 1 2 Data 3 Data 2 4 Not Assigned 5 Not Assigned 6 Data 2 7 Signal Common 0 V for Data 8 Signal Common 0 V for Data 2 The RJ 45 connector pinout matches the conductor pairing scheme used by Category 5 Cat5 twisted pair patch cables The avoidance of pins 4 and 5 helps to prevent equipment damage if the cabling is accidentally plugged into a single line public switched telephone network phone jack Cabling for DMX5 12 was removed from the standard and a separate cabling standards project was started in 2004 Two cabling standards have been developed one for portable DMX512 cables ANSI 1 27 1 2006 and one for permanent installations draft standard BSR El 27 2 This resolved issues arising from the differences in requirements for cables used in touring shows versus those used for permanent infrastructure The electrical characteristics of DMX512 cable are specified in terms of impedance and capacitance although there are often mechanical and other considerations that must be considered as well Cable types that are appropriate for DMX512 usage will have a nominal characteristic impedance of 120 ohms Cat5 cable commonly used for networking and telecommunications has been tested by ESTA for use with DMX512A Also cables designed for EIA485 typically meet the DMX512 electrical specif
5. Ecco ROM B DMX controller Ver 1 1 Beta CUTA _ r 0O LEN Lo o L p l G p u Dn Enn IF B 011 a 603 o 8 teg www atintaq com DMX mixer activation key 512 slider appare on screen the selected value is sent Blink the device found on the DMX network to identify position Start the device Finder on DMX network RDM compatible DDS 555 DDS555 it is constant voltage controller 3 channel This module can work in several mode DMX RDM stand alone infrared remote control This unit can supply up to 150w of strip led or any kind of led with on board costant current All output are positive common and ground is the control The power supply is applied to connector screwdriver isn t necessary for wiring DMX operation Mode DMX generator it is necessary in this operating mode DDS453 require 3 channels from DMX streaming To set DMX address connect the RDM interface If no DMX available the module go in stand alone mode www overled com Made in ITALY DDS555 GREEN Green 4 Red Rime OI Blue K GREEN DDD Des Power supply 24 2vdc Current max per channel 3 5A DMX standard USITT512 RDM 2 0 Compliant Common positive 3channel output INFRARED Receiver environmental operating temperature 10 to 54 C Storage temperature Tst 20 to 85
6. database start to run on the BUS Salve module DMX Patching CHI Shutter 255 open CH2 Dimmer R CH4 G CH5 B CH6 Color Temperature control CH7 Macro CH8 Color Mode New slave module setting Setting a new slave module on OverledBUS is performed assigning ID of overledBUS from I to 32 32 it is a maximum ID available on the OverledBUS with DMX address position The Slave module ID it s arbitrary assigned mode from the OverledBUSpilot if this is not registred avoiding to use same ID already in use for other salve if they in use or in memory only Once the slave module is already in the memory of the OverledBUSpilot it will use same ID every time and this can be linked to DMX address thru RDM system ID setting for the slave can be made in two ways using a pushbutton on the salve module or using RDM system by the pushbutton it is necessary send DMX data signal value at 255 in the channel you want to be associated to the address for example sending 255 on the channel 9 and pressing the push button on the slave channel 9 it is assumed on this slave as first DMX address the slave on board led blink shortelely to indicate ID assigned on the slave at every power on this ID will be linked to the DMX address assigned RDM ID assignement Ecco RDM software and hardware it is necessary use ECCO software to perform Discovery refer to it s user manual after this a list of device found will appear on the left of scr
7. Case temperature Tc 65 Relative humidity RH 80 Specifications 3 www overled com Em 3 VIN jum is 3 hada gt RI Di COM RO IS ol I d sie a OND x USB Connected Bverled lt a BOM OMY eseitroller Wer 1 5 5 Manu Device Mo Lo n Software Version ut ae 0 ETE iD slots RGB 1696 E OMX Address i i slots Dimmer 2 1 slots Shutter 3 3 slots AGA 4 4 slots AGB Dimmer 5 E RGB 16bit pu Tr SEEN fh LO p iu Le DIMMER AXE ed nudam White Connect Ecco RDM signal to the device DMX input A and B or and A B Run Ecco or Esuite in PC MAC Power device On DDS555 USE Discovery button on the screen of your pc to get all devices connected on the DMX line n to the left window a complete list of device appear Select with the mouse one of device on the list Click on right button on you mouse to get info from device Choice the personality you wanted Now the device have stored in memory the personality Same for addressing select device you want to change Address and edit the new one in the ADDRESS window Select also what the device must do if no DMX available just click in the window ACTION IF NO select all available for this device Lighting design Software The progra
8. Current max per channel 350mA Total Power Out 60W Maximum Channel 4 Maximum led per Channel 12 15 if Vfled lt 3Vdc CONTROL MODE DMX standard USITT512 DMX input optoinsulated RDM 2 0 Compatible DALI ENVIROMENT operating temperature 10 to 75 C Storage temperature Tst 20 to 85 Case temperature Tc 70 Relative humidity RH 80 CASE Metal case black painted SIZE mm 310x36x50 OEM module without case available Short Circuit Protection all 4 output protection Common positive for led connection Hysteretic Frequency out 500Khz Hysteretic Constant Current 4 channel output LED Thermal protection external NTC Internal Thermal protection NTC Overled DDS 561 DMX cable must be used for distance gt 1mt between device dds561 DMX Generator GNDBA Max 32 unit without splitter or DMX amplifier 120 1 4W ohm terminator Resistor may be necessary Unit 1 Unit 32 DMX RDM DALI CONTROLLER CONTROLLER ne us c J PA O ned Z N DMX RDM DALI gt e n gt 2 e CONTROLLER UV IW DMX RDM DALI ZUM OW n a A ALY SUVy Max 16 Amp MAX wire section 2 5mm our standard control system Lal LEALES D Di Developed by the Engineering Commission of United States Institute for Theatre Technology USITT the standard w
9. D no multi show selection available Capybara it is compatible with Art Net node protocol for setting IP broa dcast please use Esuite or Jartnet405 from www overled com site the sof tware it is free of charge Capybara can be powered by external power sup ply not included with it s connector or by POE power over ethernet HUB Capybaraitcanbemountedonelectrical DIN BAR or by velcro strips on request RDM DMX ArtNet ArtNet to DMX DMX to ArtNet ArtNet Recorder DMX Recorder ArtNet DMX Player RDM over ArtNet Size Lx W x H 140 x 42 x 60 mm Weight 10027 Aluminium satinated Ethernet IEEE 802 3 lOBase T USITT DMX512 B Play record one universe DMX512 ArtNet to DMX DMX to ArtNet RDM over ArtNet 2GB microSD card IP 30 Hr 30 a 85 operating Temp 5 C 50 C Power supply 12 48 VDC 500 mA Power consumption 350 mA I2VDC Mounting DIN BAR or velcro strips Specifications gt 32devices Power supply 2 48vdc no polarity necessary DMX connection DMX DMX SPLITTER DDS166 DDS453 DDS453 DDS344 V Lighting Control gt Overled 5 Dmx Cable 2 balanced up to 1 200mt DDS378 4 Constant Current lt 150W CAPYBARA Artnet 250W Constant Voltage 150W Dmx out Usb Dmx Rmd CCC 99 ECCO Ready Steady Go device can be defined and classified as the lingua franca universal translator for all users of USB DMX R
10. DM proto cols ReadySteadyGo is totally compatible with standard 1 20 RDM amp DMX USITT 1990 ReadySteadyGo is opto isolated and can be powered directly from any PCUSB port Mac too This device is totally free electric interferences between DMX amp PC Should the device inadvertently be disconnected and immediately reconnected the software will instantly reinstate connections The hardware of the ColoursReadySteady Go is robust and ergonomically designed to be handled without any fear of breaking if incidentally dropped Colours Ready Steady Go has been designed to facilitate RDM bi directional communications using the 2 core DMX protocol Colours Ready Steady Go integrates the discovery RDM protocol that identifies all fixtures connected with DMX protocol The Colours Ready Steady Go is also the perfect interface DMX pass thorugh gear compatible with the majority of all existing world s software Power Supply from PC 200mA DMX USITT compliance RDM e 2 0 compliant DMX optoinsulation 2500VRMS Bus Isolation OnChip hight voltage Capacitor 4 5V to 5 5V Power Supply VoltagRange Usb 15kV ESD Protection Hot Swap Protected Driver Enable Input Undervoltage Lockout Isolation Barrier Fault Detection Short Circuit Protected Thermal Shutdown Open Line and Shorted Line Fail Safe Recei ver Specifications 115 40mm RDM Setting Screen shot Devi DMX on OFF evice personality DMX address device
11. White level Overled La m D 53 2 a f lex rg D Electrical characteristics Lamp532Flex RGB flexible strip with on board constant current regulator each 5 led RGB The power supply for this strip is 24Vdc constant voltage DMX RDM on board allow direct control from DMX consolle and by RDM remote addressing possible RDM setting avai lable several Power supply personality one channel dimmer or RGB it can be also possible set activi nen ty if no DMX this permit to the strip to be set forautomatic show preme m i E morized insidethe microcontroller or to light all led s on or off depending Value typical from setting Using several Lamp 532 flex it can be possibile set different mA 2900 3000 3100 DMX address for show lighing The connection for power supply is made by soldering wire to the pads on pcb only 4 wire are necessary 24vdc and DMX DMX the DMX gnd is common to the power supply Cutting every lOcmt it is possible also re utilization of cutted parts C W m 0 EN hours omm 70 5 7 Mechanical Strenght Value Value mm Reel diameter A Reel width mm 14 W2 typical Pull resistance N mm 1 07 Scratch resistance 300 Flexibility resistance Cycle ur Bob eo RDM screenshot Once DMX cable installed use Ecco RDM interface press Discovery button if the device is found a list of code of device found appear on the left windows clicking on the product
12. anded across parallel buses using DMX splitters Network wiring consists of a shiel ded twisted pair with a characteristic impedance of 120 Ohms with a termination resistor at the end of the cable furthest from the controller to absorb signal reflections Connectors DMX512 1990 specifies that where connectors are used the data link shall use five pin XLR style electrical connectors XLR 5 with female connectors used on transmitting OUT ports and male connectors on receiving ports DMX512 A El 11 requires the use of an XLR 5 connector unless there is insufficient physical space on the device in which case an XLR 5 adapter shall be supplied DMX5 12 A EI 1 1 2008 allows the use of eight pin modular R 45 connectors for fixed installations where regular plug ging and unplugging of equipment is not required Some DMX512 equipment manufacturers employ non compliant connectors and pinouts the most common of these is the three pin XLR connector since the electrical specification currently only defines a pur pose for a single wire pair There is risk of equipment damage if a novice unfamiliar with lighting technology accidentally plugs XLR 3 pin DMX into an audio device since the DMX signal voltages are much higher than what audio equipment normally uses Also devices are sometimes fitted with four pin connectors when both communications and power are sent through a common cable XLR 5 pinout Signal Common 2 Data l Primary Data Link 3
13. as created in 1986 with subsequent revisions in 1990 leading to USITT DMX512 1990 DMX512 A In 1998 the Entertainment Services and Tech nology Association ESTA began a revision process to develop the standard as an ANSI standard The resulting revised standard known officially as Entertainment Technology USITT DMX512 A Asynchronous Serial Digital Data Transmission Standard for Controlling Lighting Equipment and Accessories was approved by the American National Standards Institute ANSI in No vember 2004 This current standard is also known as El I I USITT DMX512 A or just DMX512 A and is maintained by ESTA Network tipology DMX512 network employs a multi drop bus topology with nodes strung together in what is commonly called a daisy chain Anet work consists of a single DMX512 controller which is the sole master of the network and one or more slave devices For example a lighting console is frequently employed as the controller for a network of slave devices such as dimmers fog machines and intelligent moving lights Each slave device has a DMX512 IN connector and in many case a DMX512 OUT connector sometimes marked THRU as well The controller which has only an OUT connector is connected via DMX512 cable to the IN connector of the first slave Asecond cable then links the OUTor THRU connector of the first slave to the IN connector of the next slave in the chain and so on The final empty OUTor THRU conn
14. channels are from 256 up to 512 The OverledBUS system require Master OverledBUSpilot and Slave OverledBUSdriver or node those board can drive LED or STRIP led with power top The OverledBUSdriver can be integrated with the lamp the OverledBUSnode it is native in a box for external applications with screw driver connectors for the Harness RDM DMX ArtNet to OverLed Bus Network ArtNet to DMX DMX to ArtNet ArtNet Recorder DMX Recorder ArtNet DMX Player Specifications RDM Setting Screen shot Memory card LDI EXE USB Connected Wverled Bot GR DEUX war DOLO CO PI 2 Connectors From left to the right Ethernet DMX IN DMX OUT LDI DMX IN DMX OUT PlayRecord LD2 Monitor DMX OverLed Bus Cs PI Play Record Stop Slave identification on Bus Subnet device Ads P2 OverLed Bus test Select P3 OverLed Bus Replace Wverled ue T o tx 306711 H 1 B Fried Overled OverledBUSnode it is a slave module of OverledBUS this can be connected in the network as overledBUSdriver but not integrated in the fixture This module have a cable lock and connectors for harness and holes for electrical housing or wall mounting Overled BUSnode can drive constant current led or power top led thanks to two separated RGB output Constant c
15. corder andART NET node for one Universe 512 DMX channel OverledBUSpilot it is the MASTER of the entire system where the data are transimitted in time slot error free if a data packet isn t received correctelely from the slave module driver or node this will be sent again in 20 35mSec OverledBUSpilot it is a poprietary Overled bus and send also DMX out on the connectorin the front panel the available channels are from 256 up to 512 The OverledBUS system require Master OverledBUSpilot and Slave OverledBUSdriver or node those board can drive LED or STRIP led with power top The OverledBUSdriver can be integrated with the lamp the OverledBUSnode it is native in a box for external applications with screw driver connectors for the Harness OverLed Bus Pilot master can manage up to 32 slave on the bus OverLedBUS architecture is master slave based the overledBUS slave can be Driver for internal fixture application or node for external fixture application those electronics have inside constant current driver for led power supply or PWM voltage output for powertop strip led Each slave have factory ID that can t be chan ged this default data it is used for network identification In the overledBUS architecture as soon a slave is connected it s ID is checked with internal OverledBUSpilot database list if this not recognized not memorized before a new DMX addres on the BUS it is assigned l as default if this units is recognized found it s ID in
16. dure Overled catalogue version En 05 2012 images and descriptions are property of DDS Elettronica Srl Graphics amp Layout Modi amp Toni di Marameo Design Overledisa brand of DDS Elettronica S r l Via Nicolo Biondo 171 41100 Modena Italy www overled com phone 39 059 822993 fax 39 059 823573
17. ector of the last slave on the daisy chain should have a terminator plugged into it Aterminator is a stand alone male connector with a built in resistor The resistor typically 120 Oto match the cable characteristic impedance is connected across the primary data signal pair If a secondary data pair is used then another termination resistor is connected across it as well Although simple systems i e systems having few devices and short cable runs may work reliably without a terminator it is considered good practice always to use a terminator at the end of the daisy chain Some DMX devices have built in terminators that can be manually activated with a mechanical switch or by software or by automatically sensing the absence of a connected cable Each DMX network is called a DMX universe Large control desks operator consoles may have the capacity to control multiple universes with an OUTconnector provided for each universe Electrical DMX512 data are sent using ElA 485 voltage levels However quoting from 11 electrical specifications of this Standard are those of EIA 485 A except where specifically stated in this document Where a conflict between EIA 485 A and this document exists this do cument is controlling as far as this Standard is concerned DMX512 is a bus network no more than 1200 meters long with not more than 32 devices on a single bus If more than 32 devices need to communicate the network can be exp
18. een the overledBUSpilot appear with the code OL 01000000 OL is Overled device then proceede to identify the SUBdevice the slave on overledBUS are seen as sub device on RDM now set the ID from 32 and assign the DMX value on the DMX address windows Slave Replacement Slave replacement target is to assign new ID from to 32 assuming to this slave connected all features that replaced has The re placement procedures are made using P2 P3 and led Ld2 Before to start with this procedure replace the salve desired with a new one Note do not replace more then one slave at the same time Pressing pushbutton P2 if Ld2 green blink all slave are registred and they healty if Ld2 red blink mean one or more slave it is not in the bus If this happen Ld2 blink for 5 seconds then press P2 again on the OverledBUSpilot if no new slave connected the procedure end immediatelely If first new slave found this it will be used as target this is the reason why the best is to install one slave at the time to know excatelely wich one is the replaced on the BUS 142 blink between magenta and blue at every P2 pression a new device is associated at new DMX address if non working sal ve found nothing will happen When new salve it is associated with DMX it will work as the previous replaced pressing the old slave it will be deleted from OverledBUSpilot database also sub device RDM will assume this as new one Repeat for every device replaced this proce
19. ess compatible Short Circuit Protection all 4 output protection Common positive for led connection Hysteretic Frequency out 500Khz Hysteretic Constant Current 4 channel output up to 12 led per channel 48vdc MAX led 48 3W each INFRARED Receiver environmental operating temperature 10 to 54 C Storage temperature Tst 20 to 85 Case temperature 65 Relative humidity RH 80 Technical Specifications Constant Voltage Power supply 2 24vdc Total power max 250W DMX standard USITT512 DMX self learning addressing mode DMX optoinsulated RDM 2 0 Compatible ENOCEAN wireless compatible Common positive for led connection environmental operating temperature 10 to 54 C Storage temperature Tst 20 to 85 Case temperature 65 DDS verled Relative humidity RH 80 Receiver operation DDS453A can be used with IR receiver this allow to receive from remote IR contro command the unit connected to the receiver become a DMX master and it is possible to conect several slave Module DDS453 or other assuming DMX channel 1 2 3 4 The unit connected to the receiver can be used as master DMX until OFF key from IR remote control is pressed after this the unit go in slave DMX mode and can be configured by RDM do not use the remote control during RDM operation to avoid conflict between DMX out from RDM and DMX out from DDS453A with IR receiver Class effect Colour table Off all the light White
20. for remote control suitable to activate single colours or auto sequences DDS 243 have the possibility to be controled by a commercial infrared remote con trol available on sale in various electronics mall INPUT electrical spec Off all the light input Voltage range Vin 195 265Vac Frequency f 50 60Hz Power consumption range 6 50W OUTPUT electrical spec Class effect Power Output range 4 8 12W White Output Current 350mA 100 Output Voltage Vo 48Vdc constant current PWM serial connection Colour table DMX IN characteristic White level dimming control DMX512 address range 512 via DIP SWITCH Environmental operating temperature Top 10 to 54 C storage temperature Tst 20 to 85 case temperature 65 relative humidity RH 80 Dmx Led Controller DMX controller designed for RGB Streep line with 3 constant current channel to control powerful LED insulated DMX input is compatible with the 512 DMX standards and it is also provide infrared input for remote control suitable to activate single colours or auto sequences DDS 309 it is perfect to be installed in wall washer light fitting DDS 309 have the possibility to be controled by a commercial infrared remote con trol available on sale in various electronics mall INPUT electrical spec Input Voltage range Vin 195 265Vac Frequency f 50 60Hz Power consumption range 6 50W OUTPUT electr
21. gment will be driven at many points along its length Hence either end of the segment if unterminated will cause reflections DMX console s output drivers are always enabled The RDM protocol is designed so that except during discovery there should never be data collisions To assure this lack of collisions while making possible implementation on different platforms there are times when all line drivers are required to be disabled If no thing more than the termination was done the line would float to some unknown level In that case one or more random changes might be read on the line These random changes greatly decrease system accuracy So the biasing of the line is requiredTo assure this section 2 4 1 Line Bias Networks of the standard says command port shall provide a means to bias the termination of the data link to a value of at least 245 mV and verified by using the test circuit described in Appendix F The standard further states that the biasing mean shall be polarized such that Data of the data link is positive with respect to Data the data link The Line Biasing network shall maintain this bias when the data link is loaded with the equivalent of 32 unit loads and common mode voltage is varied over the range of 7 volts to 7 voltThe standard does not require any particular circuit for providing the basis and termination however the simplest method is often a passive pull apart network VVhatever method is used must be
22. ical spec all the light Class effect Power Output range 4 8 12W White Output Current 350mA 100 Output Voltage Vo 48Vdc Constant current PWM Colour table Serial connection White level DMX IN characteristic dimming control DMX512 address range 512 via DIP SWITCH Environmental operating temperature Top 10 to 54 C storage temperature Tst 20 to 85 case temperature Tc 65 relative humidity RH 80 p te P YI verled DUDS FILQI ES A ua u E ww uu OverledBUSpilot it s a data over power system the DMX signal or ART NET signal it is converted and transmitted over power The power supply of this system can be I2VDC or 24VDC the data trasmission over power is made on twisted wire cat 5 with correct section depending on the total power required from the fixture connected The maximum number of the fixture are 32 the maximum DMX channel per fixture are 8 the maximum power possible is 500W and 00mt cable OverledBUSpilot it is also a DMX recorder and ART NET node for one Universe 512 DMX channel Over ledBUSpilot it is the MASTER of the entire system where the data are tran simitted in time slot error free if a data packet isn t received correctelely from the slave module driver or node this will be sent again in 20 35mSec OverledBUSpilot it is a poprietary Overled bus and send also DMX out on the connectorin the front panel the available
23. ications Conversely microphone and line level audio cables lack the requisite electrical characteristics and thus are not suitable for DMX512 cabling The significantly lower impedance and higher capacitance of these cables distort the DMX512 digital waveforms which in turn can cause irregular operation or intermittent errors that are difficult to identify and correct RDM Physical layer The RDM protocol and the RDM physical layer were designed to be compatible with legacy equipment All compliant legacy DMX512 receivers should be usable in mixed systems with an RDM controller console and RDM responders receivers DMX receivers and RDM responders can be used with a legacy DMX console to form a DMX512 only system From a user s point of view the system layout is very similar to a DMX system The controller is placed at one end of the main cable segment The cable is run receiver to receiver in a daisy chain fashion RDM enabled splitters are used the same way DMX splitters would be The far end the non console or splitter end of a cable segment should be terminated RDM requires two significant topology changes compared to DMX However these changes are generally internal to equipment and therefore not seen by the user First a control ler s console s output is terminated Second this termination must provide a bias to keep the line in the marking state when no driver is enabled The reason for the additional termination is that a network se
24. m works as a DMX RDM ArtNet console ArtNet viewer can encap sulate RDM packets over Ethernet ArtRdm to discover remote devices and is especially designed to work with Overled Modules Designed shows can be recorded into Overled modules with just a click and then recalled using eSuite or ePanel available for MAC PC and iPad eSuite works with both local USB RDM ArtNet devices and remote ArtNet ArtRdm devices a special ArtRdm discovery function is provided in order to find internet connected nodes This program is useful in many show lighting applicaton Just set the ArtNet node s ip address and universe number and you re ready to activate recorded shows previously made with eSuite MAC Version of eSuite is available on Apple Store MAC and iPad Ver sions of ePanel are also available on Apple Store i r 5 k ur Le Pn irr REN nr n rung erint SER a L s nn BL p aE THEN cg pie Wi ba BB 822 Ino IA 138 eee ASES D0 30 2 67 21 Tb Pk la A 3435 DO 42 v1 87 SubDerit L Cvasted Build CUN 4 CAS aber E esli BEN 8 1 Conrad AGE a ar w GEE GHEE um Dmx Led Controller DDS 243 DMX controller designed for RGB light fitting with 4 constant cur rent channel to control powerful LED insulated DMX input is compa tible with the 512DMX standards and it is also provide infrared input
25. name and identify button the found product will blink to indicate its position on the DMX network Set the proper address on the right windows from to 512 calculating if the personality is or 2 I slot dimmer only 2 RGB 3 slot Set also if no DMX action setting the desired action on the list Using the 3 slider RGB set the color and test the correct DMX addresing Ecco it is a software with interface available on or use a RDM 2 0 compliant device For Furher detail refer to RDM standard Personality and no DMX action can vary on type of device Device type DMX Address SVEned BSL EN coher 7 DINI PIE ur EA a LIN I ET 1 4 Device found Personality No DMX activity SVened i BED I IT Deni a CDI IE Overled DDS561 it is constant current 4 channel this unit can supply up to 12 led in series W each or 15 led depending on Forward voltage This module can work in several mode DMX RDM stand Alone and DALI The constant current is made by hysteretic control to guarantee the best light dimmering perfomance All output are positive common and groundcontrol Din Bar mounting accessories available Ordering Code Constant Current DDS56 Constant Current DDS561 DIN bar Size 310x36x50 INPUT Power supply V 100 265 VAC wide range Current mA 600mA 10v 300mA 230v THD 14 6 Frequency 47 63 Hz Power Factor 0 94 Full load OUTPUT Volatage max 50Vdc
26. o 1200mt DMX 4 5wires 48 led m wires DDS378 Constant Current 150W max Constant Voltage 250W max Constant Voltage 150W max OverLed Installation Example _ Art Net_ gt 32devices DMX DMX SPLITTER DDS453 DDS344 005453 V Lighting Control Hub Ethernet Dmx Cable balanced up to 1200mt DDS378 48led Constant Current 150W CAPYBARA Artnet lt 250W Constant Voltage Dmx out 150W Dmx recorder RDM OverLed Bus Ethernet RDM Artnet Dmx IN Dmx OUT sd memory OVERLED BUS To Artnet Nodes Overled Bus Pilot 32 MAX lt 5OOW DRIVER 4 2 wires polarity 300mt wires lenght 32 MAX Constant Constant HE uw EO huk pcs HE Current 56 Voltage Overled Embedded Module Low Voltage DDS386 24 48Vdc Driver Your Fixture is a Wall Washer unn m YOUR FIXTURE 2 ae sm am 005243 005309 3X12LED 4X12LED Your customized control 350mA s 220VAC 220VAC Your specs 50 60Hz 50 60Hz dmx protocol rdm capability thermal protection all electronic opto insulated Art Net node Ca pyba Capybara it is ART NET node one universe available 512 dmx chan nel it is a DMX recorder DMX to Art Net Node RDM over Art Net interface DMX player SD memory optional for a large DMX show storage one show per S
27. only one device is authorized to be transmitting at any given time somewhat similar to the token passing approach Only the controller of which there can be only one can start an RDM ex change Responders can speak only if spoken to The controller will always initiate all RDM communication All RDM devices have a unique identifier UID that consists of a manufacturer ID and serial number Protocol RDM packets are inserted in between the existing DMX data packets being used to control the lighting data The DMX 512 specification always requires that DMX packets begin with the start code The default Start Code is OxOO also known as the Null Start Code By using the start code OxCC RDM packets can be safely inserted between DMX data packets without older non RDM aware devices attempting to read them Art Net is an Ethernet protocol based on the TCP IP protocol suite Its purpose is to allow transferof large amounts of DMX512 data over a wide area using standard networking technology The latest revision of the protocol implements a number of new fea tures and also simplifies thedata transfer mechanism The hanges are all based on feed back from manufacturers who are usingthe protocol Limitations A theoretical limit of 255 universes of DMX512 exists in this specification However a simplistic data rate comparison DMX runs at 250K Baud lOBaseT at OMBaud suggests a maximum of 40 universes of DMX is the limit Art Net uses a simple delta transmis
28. ortant to ensure that Art Net data is not routed onto the Internet Products implementing Art Net should default calculated from the MAC address The high byte A is set to one of two values as shown in the following table The MAC address is a 48 bit number designated u v w x y z This is a globally unique number The upper three bytes u v w are registered to a specific organisation The lower three bytes x y z are assigned by that organisation In order to ensure that there is minimal possibility of IP address conflicts between different manufacturers supporting Art Net the product OEM code is added to the MAC address The B field of the IP address is calculated by adding the high byte of the OEM code with the low byte of the OEM code and the x field of the MAC address On power up the Node checks its configuration for IP addressing mode If it has been programmed to use a custom IP address the following procedure is not used Description OverledBUSpilot it s a data over power system the DMX signal or ART NET signal it is converted and transmitted over power The power supply of this system can be I2VDC or 24VDC the data trasmission over power is made on twisted wire cat 5 with correct section depending on the total power required from the fixture connected The maximum number of the fixture are 32 the maxi mum DMX channel per fixture are 8 the maximum power possible is 500W and 100mt cable OverledBUSpilot it is also DMX re
29. sion compression technique that will provide about 40 universes If an installation of more than say 30 universes is contemplated then it is necessary to use the unicast features of Art Net ll and 00BaseT or better physical layer If this is done the number of universes limit becomes purely related to the network bandwidth Credits Artistic Licence require that companies who implement Art Net in their products include a user guide credit of Art Net De signed by and Copyright Artistic Licence UK Ltd Terminology e Node Adevice that translates DMX512 to or from Art Net is referred to as a Node e Universe Asingle DMX512 frame of 512 channels is referred to as a Universe Sub Net Agroup of 16 consecutive universes is referred to as a sub net Not to beconfused with the subnet mask Acentral controller or monitoring device lighting console is referred to as a Server e P The IP is the Internet protocol address It is expressed in either a long word format 0 12345678 or dot format 2 255 255 255 Convention is that the former is hexadecimal and the latter is decimal The IP uniquely identifies any Nodes or Servers on a net work e Subnet Mask Defines which part of the IP represents the Network address and which part represents the Node address All Art Net implementations require a Sub Net mask of 255 0 0 0 This means that the first byte of the IP is the network address and the remaining three bytes are the Node addre
30. ss e Port Actual data transmission on Art Net uses the UDPprotocol that operates top of the TCP IP protocol UDPdata transfer operates by transferring data from a specific IP Port address on a Node or Server to a second specific IP Port address on a second e Node Ageneric term describing an Art Net device with the primary task of receiving control data For example a dimmer or an Ethernet to DMX gateway Media Server Ageneric term describing an Art Net device capable of generating control data based on the mx Media Extensions to Art Net Protocol Operation ANode operates in one mode each Node having a unique IP address derived from its Ethernet MAC address The UDPport used as sources and destinations is 0x1936 IP address configuration The Art Net protocol can operate on either a DHCP managed address scheme or using static addresses By default an Art Net product will factory start using a Class A IP address scheme This allows Art Net products to communicate directly and without the need for a DHCP server to be connected to the network IP address configuration DHCPNodes report whether they are DHCP capable in the ArtPollReply packet This document details packets on the assumption that static addressing is used When DHCPis used the addressing and subnet masks will be modified as dictated by the DHCP server IP address configuration Static AddressingThe use of Class A addressing is allowed within a closed network It is imp
31. tested with the chosen driver chip to see that the design combination still meets the requirement of EI 20 Tests are given in Appendix F of the standard These tests are for design verification and are not required as production testing Experience has shown many EIA485 drivers designed for 5 volt operation will pass the required tests It is not so clear that all 3 3 volt parts will pass In either case this performance must be verified Details of the pull apart network and the tests can be found in ANSI El 20 2006 Protocol RDM packets are inserted in between the existing DMX data packets being used to control the lighting data The DMX 512 speci fication always requires that DMX packets begin with the start code The default Start Code is OxOO also known as the Null Start Code By using the start code OxCC RDM packets can be safely inserted between DMX data packets without older non RDM aware devices attempting to read them The DMX 512 specification required DMX connectors to be a 5 pin XLR type with only the first 3 pins being used pins 4 and 5 were reserved for future use Unfortunately various manufacturers started using the final two pins for various proprietary purposes such as low voltage power or proprietary talkback protocols As a result the decision was made to have all RDM communication on pins 2 and 3 This raises data collision concerns The RDM standard addresses this problem by ensuring that in all cases except discovery
32. urrent can drive 4 led per channel at 24vdc supply with Vf 3 5vdc the voltage PWM output can drive up to 30W Always 32 unit maxim they can be connected to overledBUS they can be NODE or DRIVE tipology and they have ID assigned by RDM using subnet mask in the ECCO RDM interface window The ID it can be seen as one of 512 DMX address space Red led on board indicate bus activity receive and transmit data rled Snc Bus RGB constant current 350mA RGB PWM output OverledBUS module Power supply 12 24vdc 3 constant current out 350mA 3 PWM rgb out for power top Driver Specifications OverLed Bus Pilot master can manage up to 32 slave on the bus OverLedBUS architecture is master slave based the overledBUS slave can be Driver for internal fixture application or node for external fixture application those electronics have inside constant current driver for led power supply or PWM voltage output for powertop strip led Each slave have factory ID that can t be changed this default data it is used for network identification In the overledBUS architecture as soon a slave is connected its ID is checked with internal OverledBUSnode database list if this not recognized not memorized before a new DMX addres on the BUS it is assigned as default if this units is recogni zed found its ID in database start to run on the BUS RDM Setting Screen shot Gveried Ecce
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