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1 READ AND FOLLOW ALL SAFETY INSTRUCTIS! SAVE THESE INSTRUCTIS AND DELIVER OWNER AFTER INSTALLATI IMPORTANT SAFEGUARDS! When using electrical equipment, basic safety precautions should always be followed including the following: READ AND FOLLOW ALL SAFETY INSTRUCTIS Do not use outdoors. Use only indoors in dry, relatively clean, non-condensing humidity environments. Do not mount near gas or electric heaters. Equipment should be mounted in locations and at heights where it will not be subjected to tampering by unauthorized personnel. The use of accessory equipment not recommended by the manufacturer may cause an unsafe condition. Do not use this equipment for other than its intended use. SAVE THESE INSTRUCTIS!! To reduce the risk of death, injury or property damage from fire, electric shock, cuts, abrasions, falling parts, and other hazards: Service of the equipment must be performed by qualified service personnel. Installation and maintenance must be performed by a person familiar with the construction and operation of this product and any hazards involved. All applicable codes and ordinances must be followed. Read this document before installing, servicing, or maintaining this equipment. These instructions do not cover all installation, service, and maintenance situations. If your situation is not covered, or if you do not understand these instructions or additional information is required, contact Acuity Controls. WARNING!! Before installing, servicing, or maintaining this equipment, follow these general precautions. To reduce the risk of electrocution: Make sure the equipment is properly grounded. Always de-energize any equipment before connecting to, disconnecting from, or servicing the equipment. To reduce the risk of fire: Use supply conductors with a minimum installation temperature rating as specified. To reduce the risk of personal injury from cuts, abrasions:: Wear gloves to prevent cuts or abrasions from sharp edges when removing from carton, handling and maintaining this equipment. Do not install damaged equipment. Acuity Controls, a division of Acuity Brands Inc., assumes no responsibility for claims arising out of improper or careless installation or handling of this product. SAVE THESE INSTRUCTIS Page 1

2 Overview The DXT M11 module is a 1 port node for encoding and routing DMX512 data over a standard ethernet network. In addition to DMX, the M11 node supports RDM discovery and configuration data transport. Specifications ELECTRICAL: Class 2 PoE powered device Power consumption: 24VDC Auxillary input voltage: 9-30 VDC 10/100Mb TCP/IP connection Protection: 60V AMBIENT CDITIS: Maximum Ambient Temperature: 105 F/40 C Minimum Ambient Temperature: 32 F/0 C Relative Humidity:10-90% Non condensing PHYSICAL: DIN Rail mount 3.6 W x 3.6 L x 1.5 H - (91mm x 91mm x 38mm) 0.70lbs - (0.32kg) Features One DMX512A output or input, by terminal block or RJ45 RJ45 port is user selectable between standard DMX-over-CAT5 or Color Kinetic wiring E1.20 RDM and E1.11 DMX512A compliant Soft patch can address up to 128 universes - DMX routing on a universe or channel by channel basis - Multiple sources can be merged and/or prioritized according to need - Fully customize your output universes LED indicators for Net and DMX status Supports the following Ethernet protocols: - ETC Net2 (output only) - Strand ShowNet - Pathport Protocol - E1.31 Streaming ACN (sacn/net3) - ArtNet Runs on Power-over-Ethernet (POE) or from an auxiliary 24VDC power input Fully compatible with all DXT modules REMENDED WIRING PRACTICE Keep all DMX cabling away from high voltage/power cables to maintain data integrity. WARNING! All DMX input/output ports must only be connected to lowvoltage data lines. Do not connect high voltage sources to these connectors! Standards Compliance STANDARDS PLIANCE ANSI E1.11 DMX512-A(2008)/USITT DMX512(1990) ANSI E1.20 RDM(2010) - Remote Device Management baseT RoHS 2002/95/EC Class 2 Low Voltage This product complies with the DMX512-A standard, under the non-compatible connector (NCC) provision. Page 2

3 Connections The DXT M11 Interfaces features terminal blocks which can be removed from the card to facilitate wiring of auxiliary power and DMX. DMX can also be wired to an RJ45 jack, while a second RJ45 jack is used for Ethernet connection. Make connections WITH THE POWER TURNED! The DXT M11 module is designed to run on either Power over Ethernet (PoE), or on an auxiliary power supply providing between 18 and 48 volts DC. The DXT M11 draws 3 watts. If an auxiliary supply is used, observe the polarity when connecting V+ and V-. A second set of terminals are provided so power may be daisy-chained to other DXT modules. These terminals are not energized when the DXT module is run on PoE. The EARTH GROUND terminal must be connected to the enclosure s chassis or electrical ground terminal to ensure EMC compliance. DMX connections consist of a shield and a data pair. An optional second auxiliary data pair is also occasionally employed. Connect DATA+ and DATA-, to and. Observe the same polarity convention throughout the system. Connect the cable shield or common to the terminal. See Figure??? STATUS INDICARS: +3V PS Blue. Steady glow indicates 5V power supply is OK. Off indicates no power. +5V PS Blue. Steady glow indicates 5V power supply is OK. Off indicates no power. DMX OUTPUT Amber. Steady glow indicates node is actively outputting DMX. Off indicates no DMX output. DMX INPUT Green. Steady glow indicates node is receiving active DMX. Off indicates no incoming DMX signal. NETWORK LINK Green. Flickering glow means active Ethernet network link. Off indicates no network link. Operation DMX UNIVERSE The DXT M11 can be set permanently to a specific DMX universe, 1 through 4, by use of a dip switch block on the lower left hand corner of the circuit board. Only one universe may be specified via the dip switches. If the system designer has not given specific instructions about this setting, all switches should be left in the position, allowing the universe to be set remotely using software installed on a computer. Dip switch settings override the ability to set the DMX universe via software. Each DXT ships with additional serial number stickers. Do not lose these stickers. Because DXT modules are installed within enclosures, maintaining a log of serial numbers and their locations is necessary to configure the system. Losing track of this information will add considerable time to commissioning. As each module is installed, remove one of the additional stickers and place it on the Installation Record Sheet included with each DXT module. Write down the location, jumper settings and any other relevant comments. A second serial number sticker may be placed on the exterior cover of the enclosure as a further identifying aid during commissioning. This sticker can easily be removed and discarded when no longer needed. If the DXT M11 is using an auxiliary power supply, connect the terminal strip after checking that polarity is being observed. The DXT module will boot up. Attach the network cable to the RJ45 connector marked Ethernet. If PoE is being used, the module will boot up. Both auxiliary power and PoE can be connected simultaneously without damaging the DXT module. The system is now ready for testing. Page 3

4 Configuration DEFAULT SETTINGS The DXT M11 ships as a DMX output node with the following Ethernet receive protocols enabled: Pathport, Strand Shownet, ETC Net2, streaming ACN and ArtNet. Channel information in DMX universe 1, placed on the network using any of these protocols, will cause the DXT M11 module to actively output DMX. FURTHER CFIGURATI A large number of values and parameters may be customized for the DXT M11, including port direction, output channel patch, input universe number, the transmit and receive protocols, and DMX speed. Network values such as IP address and subnet mask are also customizable by the user. Detailed node configuration and overall network system management are done using DXT Manager software, which is freely available from our website. WARNING REGARDING RJ45 CNECRS The use of RJ45 connectors for DMX equipment should be restricted to patch bays in access-controlled rooms or to enclosure-mounted interfaces. The connection of DMX equipment to non-dmx equipment may result in serious equipment damage, fire hazard and/or personal injury. To help prevent this possibility, when using Cat 5/6 wire for DMX transmission, wires 4 and 5 should be turned back and capped rather than connected. DMX - RJ45 Connection Refer to the chart below for wiring pinouts for the RJ45 connector. The RJ45 is manually switchable between an ESTA standard DMX pinout and a pinout suitable for Philips Solid-State Lighting (Color Kinetics) products using RJ45 connectors for DMX input. E Cat5/6 Pinout for A DMX Signal Cat5/6 Wire Color & # XLR Pin # Data White/Orange 3 Data Orange 2 Data White/Green 5 Data Green Blue 5 - White/Blue Shield/ 7 - White/Brown 1 Shield/ 8 - Brown 1 Cat5/6 Pinout for Color Kinetics DMX Signal Cat5/6 Wire Color & # XLR Pin # Data 1-1- White/Orange 2 Data Orange 3 Shield/ 3 - White/Green Green 4 - Blue 5 - White/Blue 7 - White/Brown 8 - Brown Page 4

5 LIGHTING CSOLE NETWORK ADDITIAL S ADDITIAL S DXT EQUPIMENT NETWORK (PASS THRU) ADDITIAL S ADDITIAL S DXT EQUPIMENT Figure 1 - Typical DXT Network DMX RECEPTACLES TEMPORARY S DMX In/Out Terminal Block Female RJ45 Connector LED Indicators POWER IN 9-30VDC, 3W supply required. Use edin #1001 PSU or equal DMX IN/OUT DMX CK NETWORK LINK DMXOUTPUT DMX INPUT AUX POWER IN 18-48VDC 3 WATT V+ V- EARTH GROUND V- V+ DMX/Color Kinetics Pinout Selector Pathport edin ETHERNET UNIVERSE SELECT ALL FOR SOFTWARE CFIG Female RJ45 Connector Universe Select Figure 2 - DXT M11 Page 5

6 Installation Instructions DMX Termination If only one DXT module is used and nothing is connected to the connector, the termination switch must be set in the position to terminate the incoming DMX signal from the console. If several DXT modules are connected together using the connector on each unit, only the last DXT modules in the chain is terminated. All the others are not terminated (switch is in the position). Some DMX receiving devices are provided with a termination switch, termination jumper or other means of connecting the required termination resistance across the DMX line. If this is not the case, 5-pin (or 3 pin) XLR DMX terminators can be used. Always make sure that the last receiving device connected to any output line is properly terminated. MORE THAN E DXT MODULE FROM LIGHTING CSOLE TERMINATI SWITCH S IN THE MIDDLE OF THE DMX NETWORK ARE NOT TERMINATED TERMINATE THE AT THE END OF THE DMX NETWORK LY! FROM LIGHTING CSOLE SINCE LY 1 DXT MODULE IS USED IT MUST BE TERMINATED! LY E DXT MODULE Figure 3 - DXT Module Termination Page 6