DOCSLIB.ORG

Motion Base Controls

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Motion Base Controls • “I am proud of the fact that I never invented weapons to kill” Fifteen percent of all Americans spend an average of ten minutes - Thomas Edison each day searching for their television remote controls. - Eli the Mule, CEM ilderAppNote Application Hints from Gilderfluke & Co. GilderHeadquarters • 205 South Flower Street • Burbank, California 91502-2102 • 818/840-9484 • 800/776-5972 • FAX: 818/840-9485 Motion Base Controls using GilderGear Safety Motion Bases normally need a mix of analog • Heave Left & Right (entire vehicle moves At a minimum, a Motion outputs (for controlling the hydraulic, pneu- left and right) Base will need several E- matic or electric actuators that move the Mo- • Heave Forwards & Backwards (entire vehi- Stop switches inside and tion Base), digital (on/off) outputs (typically for cle moves forward and backwards) around the Motion Base. controlling solenoid valves and relays), and These are wired in series so DMX-512 (for controlling lights and ‘4-D’ ef- that hitting any of them fects). Heave will trigger an E-Stop. Although there are variants to this, most An E-Stop needs to im- Motion Bases use either three or six actuators Up/Down mediately turn on the for moving the Motion Base platform. This cabin lights, lower the gives the base either three or six ‘Directions of Heave Motion Base to the load/ Freedom’ (DOF). This is why most Motion Forward/ unload position (in a con- Bases are commonly referred to as a 3-DOF or Roll trolled fashion), and open 6-DOF. Backward the doors to allow the passengers to evacuate, all A typical 3-DOF Motion Base can move in: Yaw with or without power. • Pitch (nose up and down) A power failure or signal • Roll (left and right side of the vehicle up from the fire alarm must and down) also trigger an E-Stop. • Heave (entire vehicle up and down) Hydraulic Motion Bases typically have a ‘blocking Heave Heave Pitch valve’ that allows the base Up/Down Left/Right to move only when it is energized. When it is not energized, hydraulic oil from the accumulators is routed through small fixed orifices to bring the base back to the ‘home’ position Of course there are variants on these basic 3- at a controlled rate. Roll DOF and 6-DOF themes. Some ‘moving seat’ Motion Bases only use one or two axis of con- In a simple E-Stop loop, trol. We have controlled 3-DOF and 6-DOF the blocking valve and an Motion Bases mounted on moving vehicles, on input to the DMX-512 turntables, or both. There are some 3-DOF ‘master’ are wired into the Pitch Motion Bases that have been built so that the loop. Hitting an E-Stop geometry imparts a little bit of yaw or other button drops power to the movement into them as they move. A 'Motion blocking valve to park the Base' being used to film Fast and Furious 7 base and the master turns suspends an automobile full of actors by on the lights and starts the Gilder-Controlled cables so that it can drop ‘run for your lives’ an- from a great height, while gimbaling the car in nouncement video. free-fall. Imagine Disney’s Tower of Terror at- Gilderfluke & Co. makes traction where instead of falling straight down an Electronic ‘Blocking the elevator shaft, the elevator twists, turns Valve’ (BLK-VALVE) for Mo- 3-DOF Motion Bases use three actuators. and gimbals on the way down! tion Bases that don’t have Typically one is at the front center, and the The Gilderfluke & Co. USB-MbJoystick allows an actual blocking valve. remaining two at the two back corners. This movement in all six directions of freedom for For electric Motion puts more load bearing capacity at the rear of programming 6-DOF Motion Bases. When it is the Motion Base (where the riders are typically Bases, the ‘homing’ func- configured for three directions of freedom Mo- tions are normally pro- situated), than at the front (where there is typi- tion Bases, rods restrict is movements to those cally less weight to move). grammed into the VFDs of a typical 3-DOF Motion Base. If neither of that control the actuators. A typical 6-DOF Motion Base adds three these scenarios fit your Motion Base's geome- Electric bases should have more axis of movement that allow the vehicle try, you can use the USB-AtoD to build your enough energy storage to to move in all possible directions: own joystick or 'Waldo', with the exact geome- return to the ‘home’ posi- try of your Motion Base. tion, even in a complete • Yaw (nose left and right) Gilderfluke & Co. has controllers that feature power failure. a mix of outputs (Br-MiniBrick8, Sd-50/8, Sd-50/ If more than a simple E- GilderAppNote • Monday, April 11, 2011 1 Safety (continued) Stop loop is needed for a 40, etc.), and other Motion Base, you can use controllers that have only one a KP-300-DMX and Br- type of outputs (PB-DMX/xx, SER- DMX, t h e Brain4 to add an operator Br-MiniBrick4, Z-Brick, etc). A typical Motion diagram, as it will panel and additional safety Base control system is made up of one of more be what the programming inputs to the control sys- of these different controllers, networked to- system will be attaching to, and will tem. gether using DMX-512 (see sidebar for an ex- be sending its commands to the rest of the planation of DMX-512 networking). system. The KP-300-DMX adds fifteen safety inputs, E-Stop All of our controllers will allow you to pro- The typical controller used for a Motion Base loop, controls for a Hy- gram and download up to 255 different platform is the Br-ANA or DAC-QUAD. These draulic Power Unit (HPU), 'shows'. These can be set to be played when are used in a Motion Base control system to blocking valve and show triggered by a switch, a serial command (from provide 0-10 volt signals that typically control: cycle counters. The eight a touch screen, PLC or iPad/iPhone), whenever ‘show start’ buttons can be the controller is powered up, or using the 365 a) Variable Frequency Drives (VFDs) to con- used to access specific day scheduler and clock available of on several trol the speed and direction of electric shows, or each button can of our controllers (Sd-50/8, Sd-50/40, Br- motors (for electrically driven Motion access a list of shows. Brain4). Bases), or b) Electronic FeedBack (EFB) cards (EFB- Any of the safety inputs The length of the QUAD or PID-QUAD) that measure the can be configured to either Programming Tools shows that a con- current position of the actuators, com- ‘pause’ the show (for lower troller will hold is pares this with the command signals, and priority errors like a rider MACs- only limited by the License opens and closes the hydraulic or pneu- opening a seatbelt), or E- Dongle Stop the show (for higher C-USB- RS232 (AutoDownloading 3-DOF Motion Base Control System (no KP-300 or Safety Systems) priority errors like a capsule and Configuration door opening when it Only) Your Pb-DMX/ for DMX-512 DMX-512 DAC-Quad v-Hd-to-DMX Digital 4-D LED Light Fans, shouldn’t). Windows PC (one per video (DMX-512 'Master') or Laptop output channel) Effects Fixture(s) Strobes, etc. The input that triggers (optional) (optional) (optional) USB-DMX an error are indicated on (Programming Only) the KP-300-DMX. Momen- V-HD120 USB- EFB-Quad S/PDIF or DMX-512 tary errors like a differential (Not needed for 1080p Video HDMI to Isolator/ MbJoystick (v-Xd1030 (3-DOF most electric motion for MVC 3-D 7.1 Decoder Splitter configuration) bases) pressure sensor that indi- video playback) (optional) (optional) cates a hydraulic filter is dirty (the error signal goes away when the HPU is Motion Base Video Amp-50s size of the flash memory avail- Actuators Projector(s) or other to additional stopped) or if the rider Speakers DMX-512 able on the controller. In most (Electric Motors or or Audio who quickly refastens his Cylinders, Valves and Devices seatbelt when the ride of our controllers, this is a Position Feedback) Monitor(s) Amplifiers stops will leave flashing red standard Sd/SdHC flash card, LED on the KP-300-DMX as which gives the controller a vir- matic valves that move the actuators as a telltale sign. tually unlimited show length capacity. needed to extend or retract the actuators to until the Motion Base where it should If additional inputs are The Pc•Macs software and the ‘program- be. required for an installation, ming tools’ shown in the following block dia- then a Kp-300-EXP Expan- grams are used only during the initial pro- The Br-ANA has sixteen 0-10 volt analog sion can be used to add gramming and setup of the Motion Base. outputs. The DAC-QUAD has four 0-10 volt even more inputs and out- Once the Motion Base shows are pro- analog outputs. puts to a KP-300-DMX. ~ G grammed, the shows are stored on the 'Master' (usually in an Sd or SdHC flash card), and the You can use a single DAC-QUAD for up to a 'programming tools' are removed from the 4-DOF Motion Base. You will need to use two system to be used to program your next instal- DAC-QUADs for a 6-DOF Motion Base, with DMX-512 lation.
Load more

Recommended publications
  • M515-2-Medialon-Control-System
    Medialon Control System User Reference Manual Trademark Information Medialon is a trademark of Medialon Ltd. Product or company names that mentioned in Medialon Ltd publications are tradenames or trademarks of their respective owners, and such trademarks may also be registered in their respective countries. Copyright Information All Rights Reserved. This document is copyrighted © by Medialon Ltd and shall not be reproduced or copied without express written authorization from Medialon Ltd. The information in this document is subject to change without notice. Medialon Ltd assumes no responsibility for errors, and/or omissions contained in this information. Document Revision Date Document Software version Revision details Author/Editor edition May 2019 4.4.3 Rev 1 Medialon Manager 6.7 Published by Barco Eric Cantrell Medialon Showmaster Editor 2.7.0 June 2019 M515-1 Medialon Manager 6.7 Re-edited, published by Andie Davidson (ed) Medialon Showmaster Editor 2.7.0 Medialon Ltd May 2020 M515-2 Medialon Manager 6.7 Edited with addition of Eric Cantrell, Andie Medialon Showmaster Editor 2.7.0 Showmaster Go and Davidson (eds) Showmaster Mini M515-2 Contents 1 About this Manual .............................................................................................................................. 9 1.1 Prerequisites ..................................................................................................................................... 9 1.2 Objective of this Manual ..................................................................................................................
    [Show full text]
  • Isolated RS-485 Transceivers Support DMX512 Stage Lighting & Special-Effects
    Texas Instruments Incorporated Interface (Data Transmission) Isolated RS-485 transceivers support DMX512 stage lighting and special- effects applications By Thomas Kugelstadt Senior Applications Engineer Figure 1. Daisy-chained topology of DMX512 network Controller Receiver 1 Receiver 2 Receiver n Terminator (Master) (Slave) (Slave) (Slave) (120 W) OUT IN OUT IN OUT IN OUT IN Stage lighting and special-effects applications in modern Within the network, all nodes are connected through daisy- theaters, opera houses, sports arenas, and concert halls chaining; that is, each slave node has an IN connector as utilize complex data-transmission networks. These net- well as an OUT connector. The controller, which has only works, often reaching distances of up to 1200 m, provide an OUT connector, connects to the IN connector of the communication between several hundreds of network first slave. The OUT connector of the first slave connects nodes that control dimmers, moving lights, fog machines, to the IN connector of the next slave, and so on (see and other special-effects equipment. Figure 1). The OUT connector of the last slave in the The first standard ensuring reliable intercommunication chain connects to a 100-W or 120-W terminator plug. for these applications was known as DMX512 and was So that the ingoing and outgoing data signals of a originally developed in 1986 by the United States Institute DMX512 port can be distinguished, the IN connectors are for Theatre Technology (USITT) Engineering Commission. male XLR-5, and the OUT connectors are female XLR-5 In 1998, the Entertainment Services and Technology (see Figure 2).
    [Show full text]
  • Rs422/Rs485 Hat
    RS422/RS485 HAT Application Note: How to use DMX512/RDM 1 Introduction The RS422/RS485 HAT for the Raspberry Pi can be used for lighting controls via DMX512 bus. In DMX512 bus systems RS-485 is used as the physical layer. Our RS422 / RS485 Serial HAT is a fully galvanic isolated serial communication HAT designed for use with the Raspberry Pi and the perfect choice for such kind of applications. 2 Bill of Material ● Raspberry Pi B+, B2 or B3 ● RS422/RS485 serial HAT (available in our webstore) ● 5pole XLR connectors (male & female) for professional use ● 3pole XLR connectors (male & female) for semi professional use ● hook-up wires Application Note DMX512 Rev C Page 1 of 6 01/2018 RS422/RS485 HAT Application Note: How to use DMX512/RDM 3 Wiring of RS422/RS485 HAT and 3pole XLR Pin 1: Shield / Ground Pin 2: Negative Pin 3: Positive Shield positive negative Application Note DMX512 Rev C Page 2 of 6 01/2018 RS422/RS485 HAT Application Note: How to use DMX512/RDM 4 Wiring of RS422/RS485 HAT and 5pole XLR Pin 1: Shield (Common) Pin 2: DMX 1 Negative Pin 3: DMX 1 Positive Pin 4: DMX 2 Negative Pin 5: DMX 2 Positive Shield negative positive Application Note DMX512 Rev C Page 3 of 6 01/2018 RS422/RS485 HAT Application Note: How to use DMX512/RDM 5 DIP Switch Settings The transmitting / receiving direction have to be controlled by GPIO18: SW1 SW2 1 OFF 1 OFF 2 ON 2 OFF 3 OFF 3 ON 4 ON 4 ON Depending of the position of the RS422/RS485 HAT in the DMX512 bus line you have to switch the terminating resistor ON or OFF.
    [Show full text]
  • System Reference
    System Reference WUDQVWHFKQLN*PE+2KPVWUDH²'+RO]NLUFKHQ*HUPDQ\7HO)D[ ,QWHUQHWKWWSZZZWUDQVWHFKQLNFRPH0DLOLQIR#WUDQVWHFKQLNFRP Safari Reference 2 Safari Reference Safari Reference This is the main reference manual for the Safari system. It contains three different sections. • First, the General section with information on basic concepts such as windows and mouse. • Second, the Function Key reference with explanations to the different function keys of the Safari. • Third, the Function Reference with explanations to the editors, rename, patch etc. All sections are sorted alphabetically. + Note that some functions described are not available in all program versions. Other functions may require optional software packages. AVAB reserves the right to change the behaviour of the system without further notice. Document information transtechnik ident no.: 19435 Title/content: System Reference Safari VLC lighting control software Language: english Document revision: 2.5 created with: MS-Word 7/97/2000 Paper Size: DIN-A4 Document history Document Date Comment Software Author revision version previous Original document Ekvall 2.0 30-May-99 Complete revision and reformatting of the 1.82 nio original AVAB document 2.1 13-Apr-00 Page 2: Document information added, page 1.82 nio 32 added 2.5 30-Jan-01 Update to software version 2.0. All the new 2.0 -ll text passages are marked with a hint to software version 2.0. Double-page layout. © 1998 to 2001 transtechnik GmbH All rights reserved. No part of this manual may be reproduced or copied in any form without
    [Show full text]
  • DMX512A App. Note
    AN1659 DMX512A The data packet is retransmitted continuously, which Author: Michael Pearce helps correct any data glitches. If no packet has been Microchip Technology Inc. transmitted within one second, then most receivers will switch to a default setting or to an Off mode. The maximum refresh rate for 512 channels is 44 updates INTRODUCTION per second, which allows for nice dimming with little or no visible flicker on incandescent bulbs. LEDs may This application note presents an overview of require smart control to smooth out fading. DMX512A. It shows and explains the recommended electrical and electronic requirements, then presents how the protocol was implemented in the Microchip DMX512 TERMINOLOGY Technology DMX512 Library. Included is a discussion - Controller: This is the device transmitting the on using the back-channel capabilities. DMX512 data DMX512 is the most common lighting communications - Receiver: This is the device that receives protocol used in theatrical lighting, and is often found in and processes the DMX512 data architectural and other lighting systems. It was created - Universe: Group of up to 512 channels run in 1986 by the United States Institute for Theatrical from a single controller Technology (USITT) to be a more reliable replacement for the 0 to 10V standard, which was commonly used at - Terminator: 120 resistor at the end of the the time. In 1998, it was taken over by the data bus between D+ and D- Entertainment Services and Technology Association - Packet: A BREAK, Mark After Break (MAB), (ESTA). It became DMX512A in 1998, and was revised START, and the following 512 data slots in 2008.
    [Show full text]
  • Pharos Installation Guide.Cdr
    INSTALLATION GUIDE & HARDWARE REFERENCE Copyright © 2004-9 Pharos Architectural Controls Limited. All rights reserved. CONTENTS Contents............................................................................................................. 2 Welcome.............................................................................................................4 Overview............................................................................................4 Software installation........................................................................ 4 Quicktime.......................................................................................... 4 Sample media.....................................................................................4 LPC installation & hardware reference........................................................ 5 LPC installation.................................................................................5 LPC layout..........................................................................................5 LPC versions......................................................................................5 Power supply & grounding............................................................. 6 Realtime clock battery.................................................................... 7 Compact flash card..........................................................................7 Status LEDs & error codes............................................................ 8 Reset switch & watchdog...............................................................8
    [Show full text]
  • Lighting System for Auditorium
    VYSOKÉ UČENÍ TECHNICKÉ V BRNĚ BRNO UNIVERSITY OF TECHNOLOGY FAKULTA ELEKTROTECHNIKY A KOMUNIKAČNÍCH TECHNOLOGIÍ ÚSTAV RADIOELEKTRONIKY FACULTY OF ELECTRICAL ENGINEERING AND COMMUNICATION DEPARTMENT OF RADIO ELECTRONICS LIGHTING SYSTEM FOR AUDITORIUM BAKALÁŘSKÁ PRÁCE BACHELOR'S THESIS AUTOR PRÁCE MAREK NOVÁK AUTHOR BRNO 2014 VYSOKÉ UČENÍ TECHNICKÉ V BRNĚ BRNO UNIVERSITY OF TECHNOLOGY FAKULTA ELEKTROTECHNIKY A KOMUNIKAČNÍCH TECHNOLOGIÍ ÚSTAV RADIOELEKTRONIKY FACULTY OF ELECTRICAL ENGINEERING AND COMMUNICATION DEPARTMENT OF RADIO ELECTRONICS LIGHTING SYSTEM FOR AUDITORIUM OSVĚTLOVACÍ SYSTÉM PRO AUDITORIUM BAKALÁŘSKÁ PRÁCE BACHELOR'S THESIS AUTOR PRÁCE MAREK NOVÁK AUTHOR VEDOUCÍ PRÁCE Ing. MARTIN FRIEDL SUPERVISOR BRNO 2014 VYSOKÉ UČENÍ TECHNICKÉ V BRNĚ Fakulta elektrotechniky a komunikačních technologií Ústav radioelektroniky Bakalářská práce bakalářský studijní obor Elektronika a sdělovací technika Student: Marek Novák ID: 147684 Ročník: 3 Akademický rok: 2013/2014 NÁZEV TÉMATU: Osvětlovací systém pro auditorium POKYNY PRO VYPRACOVÁNÍ: Seznamte se s protokolem DMX, zhodnoťte jeho možnosti pro použití při velkém počtu koncových prvků. Proveďte rešerši o průmyslových sběrnicích a komunikačních protokolech, které by mohly být použity pro realizaci osvětlovacího systému. Na základě rešerše vyberte vhodné řešení nebo navrhněte vlastní komunikační protokol. Systém navrhněte a realizujte. Prototyp koncového prvku, který bude přijímat data pro osvětlovací jednotku oživte. Proveďte detailní testování celého zařízení a diskutujte jeho vlastnosti.
    [Show full text]
  • Serial Data Transfer Schemes
    Microprocessors and Microcontrollers P a g e | 1 UNIT-5 SERIAL DATA TRANSFER SCHEMES SERIAL COMMUNICATION INTRODUCTION Serial communication is common method of transmitting data between a computer and a peripheral device such as a programmable instrument or even another computer. Serial communication transmits data one bit at a time, sequentially, over a single communication line to a receiver. Serial is also a most popular communication protocol that is used by many devices for instrumentation. This method is used when data transfer rates are very low or the data must be transferred over long distances and also where the cost of cable and synchronization difficulties makes parallel communication impractical. Serial communication is popular because most computers have one or more serial ports, so no extra hardware is needed other than a cable to connect the instrument to the computer or two computers together. SERIAL AND PARALLEL TRANSMISSION Let us now try to have a comparative study on parallel and serial communications to understand the differences and advantages & disadvantages of both in detail. We know that parallel ports are typically used to connect a PC to a printer and are rarely used for other connections. A parallel port sends and receives data eight bits at a time over eight separate wires or lines. This allows data to be transferred very quickly. However, the setup looks more bulky because of the number of individual wires it must contain. But, in the case of a serial communication, as stated earlier, a serial port sends and receives data, one bit at a time over one wire.
    [Show full text]
  • DMX512 Up&Running Guide
    The lightning ash symbol is intended to alert the user to the presence of uninsulated "dangerous voltage" within the product's enclosure, that may be of sucient magnitude to constitute a risk of electric shock to persons. The exclamation point is intended to alert the user of the presence of important operating and maintenance (servicing) instructions in the literature accompanying the appliance. WARNING This equipment generates, uses and can radiate frequency energy and if not installed and used in accordance with this instruction manual may cause interference to radio communications. It has been tested and found to comply with the limits for a Class A computing device pursuant to Subpart J of Part 15 of FCC Rules, which are designed to provide reasonable protection against such interference when operated in a commercial environment. Operation of this equipment in a residential area is likely to cause interference, in which case the user, at his own expense, will be required to take whatever measures may be required to correct the interference. If you need help, consult your dealer. You may also nd the following booklet helpful: How To Identify and Resolve Radio-TV Interference Problems. This booklet is available from the U.S. Government Printing Oce, Washington, DC 20402, stock no. 004-000-00345-4. This manual is for informational use only and is subject to change without notice. Philips Lighting Electronics N.A. assumes no responsibility or liability for any claims resultingc from errors or innaccuracies that may appear in this manual. Philips Lighting Electronics N.A. 2828 Trade Center Dr, Ste 130B Carrollton, Texas 75007 DMX512 Up and Running Guide Document part number: 85-1162 Version as of: 12-10-03 ©2012 Philips Lighting Electronics N.A.
    [Show full text]
  • Lighting Control Protocol Overall Update
    Lighting control protocol Overall update • DMX512 – first boards are being manufactured, documentation being compiled • Dali – Implementation in progress on C2000 and MSP430 (no availability date) • 2.4GHZ wireless – EZ RF demo with TPS62260 • PLC – BPSK demo code and HW available (HW refresh shortly) • Looking at : LonStack, KNX(-RF), W-DMX… Dali Dali lighting schematic DALI bus system Dali specifics • Uses TPS62260, MSP430 • Example code on MSP430 available • Example HW implementation available: – Schematics – Gerbers – Board availability : • TPS62260-EVM338 in stock • Dali Phy ? Overview PHY DALI Controller PHY DALI Controller • OSRAM DALI MuLTI 3 – Switch contact input • On/Off switch • Press and hold for ramp – Lighting Regulation – DALI Controller • Broadcast messaging • Direct Arc Level Controls DALI and MSP430 interface MSP430 microcontroller DALI Slave Unit Dali system prototype OSRAM DALI controller TPS62260 EVM with MSP2131 DALI PHY for MSP430 DALI message Format DALI standard commands DALI special commands 2.4GHz proprietary SimpliciTI 2.4GHz specifics • Uses TPS62260, MSP430 and CC2500 • Based on point to point implementation (star network possible) • Example code on MSP430 and CC2500 available: – Point to point – Send index information corresponding to a pre- recorded R/G/B dimming value • Example HW implementation available: – Schematics – Gerbers – Board availability : in stock SimpliciTI network – Low Power: a TI proprietary low-power RF network protocol – Low Cost: uses < 8K FLASH, 1K RAM depending on configuration –
    [Show full text]
  • AN11154 DMX512/RDM Master Using Lpc11u1x Rev
    AN11154 DMX512/RDM master using LPC11U1x Rev. 1 — 1 February 2012 Application note Document information Info Content Keywords LPC11U12FHN33; LPC11U12FBD48; LPC11U13FBD48; LPC11U14FHN33; LPC11U14FHI33; LPC11U14FBD48; LPC11U14FET48, LPC11U1x, ARM, Cortex M0, DMX, DMX512, RDM, USB, Architectural Lighting, Entertainment Lighting, USB - DMX interface Abstract This application note describes the use of the NXP LPC11U1x Cortex M0 microcontroller to create a RDM enabled DMX512 Master (USB - DMX interface). NXP Semiconductors AN11154 DMX512/RDM master using LPC11U1x Revision history Rev Date Description 1 20120201 Initial version. Contact information For more information, please visit: http://www.nxp.com For sales office addresses, please send an email to: [email protected] AN11154 All information provided in this document is subject to legal disclaimers. © NXP B.V. 2012. All rights reserved. Application note Rev. 1 — 1 February 2012 2 of 28 NXP Semiconductors AN11154 DMX512/RDM master using LPC11U1x 1. Document purpose The purpose of this document is to explain the NXP DMX512/RDM demoboard design. Both hardware and software are described in detail. This document is intended for technical persons, such as system architects and hardware/software engineers, interested in designing/developing a DMX512 master using an NXP microcontroller. 2. Introduction The DMX512 master is an example implementation for an RDM enabled DMX512 controller and monitoring device, built around the NXP LPC11U1x microcontroller. The DMX512 master features a USB interface, a red heartbeat LED, and a green traffic LED. The USB and UART of the LPC11U1x MCU are the main hardware blocks needed to implement the DMX512 master. The DMX512 master enables Remote Device Management, but the host has to assemble/parse the RDM packets to be sent to/received from the RDM devices connected to the DMX transmission line.
    [Show full text]
  • Buses, Protocols and Systems for Home and Building Automation
    Buses, Protocols and Systems for Home and Building Automation Ondřej Nývlt Evropský sociální fond. Praha & EU: Investujeme do vaší budoucnosti. Department of Control Engineering Faculty of Electrical Engineering Czech Technical University in Prague 2009-2011 Evropský sociální fond. Praha & EU: Investujeme do vaší budoucnosti. Table of contents 1. Basic categorization ......................................................................................................................... 3 1.1. System openness ......................................................................................................................... 3 1.2. System centralization .................................................................................................................. 4 1.3. System complexity and versatility ............................................................................................... 5 1.4. Physical layer – communication medium .................................................................................... 6 2. Closed systems ................................................................................................................................ 7 2.1. ABB Ego-N .................................................................................................................................... 7 2.2. Elko EP iNels ................................................................................................................................ 8 2.3. Eaton/Moeller X-Comfort and Nikobus ......................................................................................
    [Show full text]