OPTICAL COMMUNICATION For ROCKWELL/ALLEN-BRADLEY ControlNet™, Ethernet, FAST Ethernet, Data Highway Plus™, Remote I/O, DH-485, DF1, Modbus, and RS-232/RS-485 Communication Networks 1756 PLUG-IN MODULES TM (ControlLogix ) 1746 PLUG-IN TM MODULES (SLC ) FIBER OPTIC NETWORKS for CONTROL PANELMOUNT, 1771 PLUG-IN STANDALONE MODULES DIN-RAIL, TM MODULES (PLC-5 ) STANDALONE MODULES Phoenix Digital • Dependable Data Communications. . . now provides Fault Tolerant, Redundant, Self- Fault Tolerant, Redundant Fiber Media. Healing, Fiber Optic Modules for Allen-Bradley On-Line Fault Location and Fault Prediction. ControlNet, Ethernet, FAST Ethernet (ALL Protocols... TCP/IP, IP, CP, etc), Data • UL Class I, Division 2 Rating on all Highway Plus, Remote I/O, DH-485, DF1, 1756 Plug-In and DIN-Rail, Standalone Modules. Modbus, and RS-232/RS-485 Communications. • Extended Capacity, ControlNet and Ethernet. . . Optical Communication Modules are available for Multidrop 99+ ControlNet or Fast Ethernet 1771, 1746, and 1756 Chassis Installation (direct Fiber Modules on a Bus, Ring, or Star Network. plug-in), or in modular Standalone, Industrial Enclosures for Panelmount or DIN-Rail Instal- • Supports 10/100 Mbps for Fast Ethernet. . . lation... with integral 120/220 VAC, 24 VDC, High Speed, Self-Healing Switch-Over for Fast and 125 VDC power supply options. Recovery of Ethernet Control Networks. Prioritized Bandwidth to Insure High Thruput for Communication to Critical Control Nodes. FEATURES • Short or Long Distance. . . • Fiber Optic Communications. . . 6 Feet (2 Meters) to 6 Miles (10 Kilometers) Noise Immunity, Intrinsically Safe. Apart - Multimode Fiber Cable Operation. • Plugs Directly into A-B System Chassis. . . Over 16 Miles (25 Kilometers) Apart - 1771, 1746, 1756 Plug-In Modules. Single Mode Fiber Cable Operation. • Interactive Diagnostics. . . Over 60 Miles (96 Kilometers) Apart - User Program Access to Network-Wide Single Mode Fiber Cable on Fast Ethernet. Diagnostic Status Information. • Supports Extended DH+ and RIO Data Rates. . . • Selectable Wavelengths. . . 850, 1300, 1550 nm. 57.6K, 115.2K, and 230.4K. 01/05 OCM Phoenix Digital Industrial Automation  Fast Ethernet Communication Designed DESCRIPTION Specifically for Control, Only from Phoenix Digital : Phoenix Digital’s family of Optical Communica- Overcome PLC Scan Time Limitations tion Modules (OCMs), Optical Link Couplers with Ultra-High Speed, Self-Healing (OLCs), and Optical ControlLogix Modules Switch-Over in Ring Configurations. (OCXs) for Allen-Bradley ControlNet, Ethernet, Fastest Self-Healing Communication Re- Fast Ethernet (ALL Protocols), Data Highway covery available on the market today. Plus, Remote I/O, DH-485, DF1, Modbus, and Manage Overall Communication RS-232/RS-485 networks provide the most Bandwidth and Network Latency advanced, comprehensive, fiber optic with Phoenix Digital’s proprietary communication capabilities on the market today. Priority Queuing System (PQS), to Phoenix Digital’s fiber optic modules provide Insure Priority Access and Even Faster optical communication media, transparent to the Thruput for Critical Control Nodes communication protocol and configurable for on the Network. distribution by the user in ring, bus, star, tree, or Auto-Negotiation and Auto-Crossover point-to-point network installations. Fiber optic on all Fast Ethernet Modules. cable is now the media of preference for harsh industrial network environments due to the Phoenix Digital’s fiber optic modules may be used inherent benefits of high reliability, electrical noise to interconnect Allen-Bradley Controllers, I/O immunity, and intrinsic safety. Phoenix Digital’s Racks, Flex I/O, Operator Interface Terminals, fiber optic modules provide continuous on-line Computers, etc. Phoenix Digital makes all of this error checking for jitter, pulsewidth possible, in the price range of a conventional distortion, carrier symmetry, and optical communication module, through application of its signal strength. All of this, together with patented self-healing communication switch and comprehensive network-wide diagnostics (user advanced optical technologies. program accessible), optimizes the overall integrity of Allen-Bradley communication networks at-large, providing Dependable Data OPERATION Communications. Optical communication network options include features not found in FAULT PREDICTIVE... Phoenix Digital’s fiber even the most expensive network installations: optic modules provide fault prediction thru diagnostic  On-line Diagnostic Monitoring. monitoring and detection of impending  Self-Healing Communication Recovery. communication failures resulting from gradual  Synchronous Fault Tracking for degradation of the communication link itself. The Multipoint Fault Management. fiber optic modules monitor for impending fault  In-Line Signal Monitoring. conditions by continuously measuring the actual in-  Locates Fault and Impending Fault line signal strength (optical power) of the data Conditions. communications at the receive data inputs on the  Annunciation of Low Optical Power. module. The fiber modules continuously compare  User Program Access to Network-Wide these actual in-line measurements to preset optical Interactive Diagnostics. power reference thresholds. If the actual in-line data  Multidrop 99+ ControlNet or Fast communication signal strength degrades below these Ethernet Fiber Modules on a Single power thresholds the fiber modules will detect and Bus, Ring, or Star Network. annunciate the impending failure condition via  UL Class I, Division 2 Rating on all indicators on the front of the module. Phoenix 1756 Plug-In and DIN-Rail, Digital’s fiber optic modules also provide user Standalone Modules. program accessible interactive diagnostics OCM 2 01/05 Industrial Automation Phoenix Digital (1771 Plug-In OCM, 1746 Plug-In OLC, ControlNet, Ethernet, Fast Ethernet (ALL Proto- 1756 Plug-In OCX) and diagnostic outputs cols), Data Highway Plus, Remote I/O, DH-485, (Panelmount and DIN-Rail OCM/OLC/OCX) DF1, Modbus, and RS-232/RS-485 networks. for detecting and locating impending fault conditions, and analog outputs for on-line optical INTERACTIVE DIAGNOSTICS... Phoenix power measurement. Thus, communication Digital’s fiber optic modules provide advanced, network status is continuously monitored, and system-level interactive diagnostics. These impending failure conditions are located and diagnostics may be accessed via the PLC User annunciated before the communication failure Program to validate network integrity, and to assist actually occurs. These fiber optic network in troubleshooting network problems: diagnostics insure on-line network integrity, and enable maintenance personnel to perform  Detect and Locate Fault Conditions Predictive Maintenance on fiber optic Throughout the Network. ControlNet, Ethernet, Data Highway Plus,  Trap-and-Hold, and Locate Intermittent Remote I/O, DH-485, DF1, Modbus, and Communication Failures. RS-232/RS-485 communication networks at-  Detect and Locate Impending Fault large! Conditions Throughout the Network.  Simulate Network Fault Conditions. FAULT MANAGEMENT... Phoenix Digital’s  Verify Fault Management and Overall fiber optic modules provide fault tolerant, Network Integrity. redundant, self-healing communications through diagnostic monitoring of the communication These advanced interactive diagnostics provide the signal waveforms at each node on the network, user with a powerful set of tools, greatly simplifying and ultra-high speed detection and isolation of network start-up and on-line maintenance of points of communication failure anywhere on the ControlNet, Ethernet, Fast Ethernet (ALL network. The fiber optic modules self-heal Protocols), Data Highway Plus, Remote I/O, around communication failures in ring, bus, star, DH-485, DF1, Modbus, and RS-232/RS-485 tree, or point-to-point network configurations. communication networks. They automatically redirect network traffic around points of failure until the failure EXTENDED DISTANCES... Phoenix Digital’s conditions are corrected, and then automatically fiber optic modules provide optional wavelength restore the communication network to its original selection for extended distance applications. The traffic patterns. Thus, communication continuity economical 850 nanometer wavelength may be is unconditionally maintained by the fiber selected for data communication networks with less modules in the event of either node or media than 12,000 feet (3,650 meters) between nodes. failure, enabling maintenance personnel to splice/ The higher performance 1300 and 1550 nanometer terminate/replace fiber media, add/delete nodes, multimode wavelengths may be selected for longer etc. on-line, without disrupting network distance applications, extending communication communications! In addition, Phoenix Digital’s distances between nodes to over 6 miles fiber optic modules provide user program (10 kilometers). The 1300 and 1550 nanometer accessible diagnostics (1771 Plug-In OCM, single mode wavelengths may be selected for 1746 Plug-In OLC, 1756 Plug-In OCX) and extended distance applications, extending diagnostic outputs (Panelmount and DIN-Rail communication distances between ControlNet, OCM/OLC/OCX) to locate network fault Data Highway Plus, Remote I/O, DH-485, DF1, conditions, providing on-line diagnostic monitor- Modbus, and RS-232/RS-485 nodes to over 16 ing of the communication network at-large. All miles (25 kilometers), and between FAST Ethernet of this is transparent to the operation of nodes to over 60 miles (96 kilometers). 01/05 3 OCM Phoenix Digital Industrial Automation INSTALLATION Phoenix Digital’s fiber optic modules may be interconnected on the fiber optic network in an active bus or fault tolearant ring configuration, using either multimode or single mode fiber optic cable. Fiber optic Channel A and B inputs and outputs may be interconnected sequentially from fiber module to fiber module to create a bi-directional, active bus. (Connection details are given in the product users manuals.) This configuration may be made fault tolerant by cross-connecting the fiber optic modules on either end of the active bus. (See Figures on pages 9 thru 12.) This effectively transforms the network into a fault tolerant, redundant, self-healing, counter-rotating ring configuration for ControlNet, Ethernet, Fast Ethernet (ALL Protocols), Data Highway Plus, Remote I/O, DH-485, DF1, Modbus, or RS-232/ RS-485 networks, without requiring any further action by the user. SPECIFICATIONS Fiber Optic Cable Type : Multimode or Single Mode Mating Connector : ST, SC, MTRJ, LC, or SMA (SC, MTRJ, and LC available on Fast Ethernet Modules Only) Transmit Launch Power : -15 dBm (Typical, Multimode); -18 dBm (Single Mode) Receive Sensitivity : -32 dBm Power Supply Plug-In Modules (Typical) : +5 VDC, 1.5 to 1.8 Amps Standalone Modules (Typical) : 120/220 VAC, 24 VDC, or 125 VDC.... 8 to 10 Watts Environmental Operating Temperature : 0° to 60° C (32° to 140° F) Storage Temperature : -40° to 85° C (-40° to 185° F) Relative Humidity : 0 to 95% RH, noncondensing Dimensions 1771 Plug-In Modules : Single Slot, 1771 Chassis Installation 1746 Plug-In Modules : Single Slot, 1746 Chassis Installation 1756 Plug-In Modules : Single Slot, 1756 Chassis Installation Panelmount, Standalone Modules : 10.38” H x 3.50” W x 6.14” D (26.36cm H x 8.90cm W x 15.60cm D) DIN-Rail, Standalone Modules : 6.10” H x 3.10” W x 5.50” D (15.49cm H x 7.87cm W x 13.97cm D) Hazardous Location Approval : UL and UL/C Class I, Div. 2 Groups A, B, C, D (All OCX and OCX-R modules have the US and Canadian UL Mark for use in Class I, Div. 2 Groups A, B, C, and D Hazardous Locations.) European Union Directives : CE Data Highway Plus, SLC 500, and PLC-5, and ControlLogix are trademarks of Allen-Bradley Company, Inc. ControlNet ia a trandemark of ControlNet International. OCM 4 01/05 Industrial Automation Phoenix Digital INDUSTRIAL FIBER OPTIC CABLE Phoenix Digital provides fiber optic cable specifically designed for rugged industrial applications. Phoenix Digital’s Industrial Fiber Optic Cable provides a full range of superior optical performance, rugged packaging and protection, and the physical integrity the industrial user wants and needs for ease of installation and handling. FEATURES • INDUSTRIAL PACKAGING OPTIONS. . . Rugged Industrial Construction - Life Expectancy Exceeds 20 Years Double Jacketing, High Tensile Strength; Extended Temperature and Humidity Range Oil, Chemical, Moisture, Abrasion, and UV Sunlight Resistant Riser Rated (OFNR) and CSA FT-4, Passes Stringent UL 1666 Flame Test Plenum Rated (OFNP) and CSA FT-6, Passes Stringent UL 910 Flame Test • WIDE VARIETY OF INSTALLATION OPTIONS. . . Gel Filled Loose Tube Construction for both Indoor and Outdoor Installation Self-Supporting, All Dielectric Cable for Aerial Installation Direct Burial, Armored Cable for Underground Installation Low Smoke, Zero Halogen Cable for Premise Installation Ultra Strong, Non-Armored Cable for Deep Mine Applications • SUPERIOR OPTICAL PERFORMANCE. . . Multiple Fibers per Cable (2 to 36 Fibers); 9/125, 50/125, 62.5/125, and 200/230 Micron Sizes Multiple Wavelengths - Multimode and Single Mode Capability OPTICAL PERFORMANCE FIBER OPTIC CABLE MODEL # FOC-EXP, FOC-SSA, FOC-DBA, FOC-LSZHB, AND FOC-USNA Fiber Type Max. Attenuation Min. Bandwidth (Core/Cladding (dB/km) (MHz.km) Numerical size...microns) Mode Type 850 nm 1300 nm 850 nm 1300 nm Aperture 9/125 Single Mode N/A .4 N/A N/A N/A 50/125 Multimode 3.00 1.00 800 800 0.200 62.5/125 Multimode 3.75 1.50 160 500 0.275 200/230 Multimode 7.0 N/A 15 N/A 0.370 FIBER OPTIC CABLE MODEL # FOC-RRB AND FOC-PRB Fiber Type Max Attenuation Min Bandwidth (Core/Cladding (dB/km) (MHz.km) Numerical size...microns) Mode Type 850 nm 1300 nm 850 nm 1300 nm Aperture 9/125 Single Mode N/A .7 N/A N/A N/A 50/125 Multimode 3.50 1.50 800 800 0.200 62.5/125 Multimode 3.75 1.50 160 500 0.275 200/230 Multimode 12.0 N/A 15 N/A 0.370 01/05 5 OCM Phoenix Digital Industrial Automation FIBER OPTIC MODULE ORDERING INFORMATION MODEL (1) NUMBER DESCRIPTION OCX-CTN 1756 Plug-In OCX for ControlNet Networks OCX-ETF 1756 Plug-In OCX for 10/100 Mbps Fast Ethernet Networks (ALL Protocols) OCX-ETH 1756 Plug-In OCX for 10 Mbps Ethernet and Ethernet IP Networks OCX-DPR 1756 Plug-In OCX for Data Highway Plus and Remote I/O Networks OCM-CTN 1771 Plug-In OCM for ControlNet Networks OCM-ETH 1771 Plug-In OCM for 10 Mbps Ethernet and Ethernet IP Networks OCM-DPR 1771 Plug-In OCM for Data Highway Plus and Remote I/O Networks OCM-DSL 1771 Plug-In OCM for DH-485 Networks OCM-DF1 1771 Plug-In OCM for DF1 Networks OCM-MOD 1771 Plug-In OCM for Modbus Networks OCM-232 1771 Plug-In OCM for RS-232 Networks OCM-485 1771 Plug-In OCM for RS-485 Network OLC-CTN 1746 Plug-In OLC for ControlNet Networks OLC-ETF 1746 Plug-In OLC for 10/100 Mbps Fast Ethernet Networks (ALL Protocols) OLC-ETH 1746 Plug-In OLC for 10 Mbps Ethernet and Ethernet IP Networks OLC-DPR 1746 Plug-In OLC for Data Highway Plus and Remote I/O Networks OLC-DSL 1746 Plug-In OLC for DH-485 Networks OLC-DF1 1746 Plug-In OLC for DF1 Networks OLC-MOD 1746 Plug-In OLC for Modbus Networks OLC-232 1746 Plug-In OLC for RS-232 Networks OLC-485 1746 Plug-In OLC for RS-485 Networks OCM-CBL-TF OCM/OLC/OCX ControlNet Fault Tracking Interconnect Cable (3 ft./.9 meter length). OLC-CBL-SC SLC 500 to OLC Interconnect Cable for DH-485 (1 ft./.3 meter length). OCM-CBL-DF PLC-5 to OCM Interconnect Cable for DF1 (1 ft./.3 meter length). OLC-CBL-DF SLC 500 to OLC Interconnect Cable for DF1 (1 ft./.3 meter length). OCM-CBL-A1 10 Base-T or 10/100 Base-T OCM/OLC/OCX Interconnect Cable for Ethernet or FAST Ethernet (1 ft/.3 meter length). OCX-CBL-A1 10 Base-T OLC/OCX-ETH (Port 2) Interconnect Cable for Ethernet (1 ft/.3 meter length). OCM-AUI-A1 10 Base-T Ethernet Transceiver. OCM 6 01/05 Industrial Automation Phoenix Digital Add the Following Options to the Product Model Numbers given on page 6 : (1) Add suffix “-85” for 12,000 feet/3,650 meters between nodes (850 nm Multimode Wavelength). Add suffix “-13” for 32,000 feet/10 kilometers between nodes (1300 nm Multimode Wavelength). Add suffix “-15” for 43,000 feet/13 kilometers between nodes (1550 nm Multimode Wavelength). (The 1550 nm Multimode wavelength is not available on OLC/OCX-ETF modules.) Add suffix “-P” for Panelmount, Standalone Module Enclosure. Add suffix “-R” for DIN-Rail, Standalone Module Enclosure. (Available with OCX modules only.) Add suffix “-D” for Real Time Diagnostic Option. (Required on OCX Modules for UL and UL/C Class I, Division 2 Rating.) Add suffix “-ST” for ST Fiber Optic Connector Style. (Available on all fiber module types, for all optical wavelengths.) Add suffix “-SC” for SC Fiber Optic Connector Style. (Available on OLC/OCX-ETF modules only, for all optical wavelengths.) Add suffix “-LC” for LC Fiber Optic Connector Style. (Available on OLC/OCX-ETF modules only, for the 1300 nm and 1550 nm optical wavelengths.) Add suffix “-MT” for MTRJ Fiber Optic Connector Style. (Available on OLC/OCX-ETF modules only, for all optical wavelengths except the 1550 nm single mode wavelength.) Add suffix “-SMA” for SMA Fiber Optic Connector Style. (Available on all fiber module types except OLC/OCX-ETF modules, for the 850 nm optical wavelength only.) Add suffix “-24V” for 24 VDC Operation. Add suffix “-125V” for 125 VDC Operation. Add suffix “-ACV” for 120/220 VAC Operation. Add suffix “-xA1” to OCM/OLC/OCX-ETH Modules for 10 Base-T Operation and to OLC/OCX-ETF Modules for 10/100 Base-T Operation, where “x” specifies the number of 10 Base-T or 10/100 Base-T ports available on the module. (1 or 2 for OCM/OLC/OCX-ETH modules; 1, 2, or 4 for OLC/OCX-ETF 1746/1756 Plug-In Modules, and 1, 2, 3, 4, 5, or 6 for OCX-ETF-R DIN-Rail, Standalone Modules.) Add suffix “-A2” to OCM/OLC/OCX-ETH Modules for 10 Base-2 Operation. Add suffix “-EXT” for Networks with 28 or More OCM/OLC/OCX-CTN Modules, 10 or More OCM/OLC/OCX-ETH or OLC/OCX-ETF Modules, and 13 or more OCM/OLC/OCX-DPR Modules. Add suffix “-FD” to OLC/OCX-ETF and OCM-MOD Modules for Full Duplex, Point-to-Point Communication. Add suffix “-SM” for Single Mode Operation. (Available with the 1300 Nanometer Wavelength and ST, SC, LC, or MTRJ Fiber Optic Connectors; or with the 1550 Nanometer Wavelength and ST, SC, or LC Fiber Optic Connectors.) Add suffix “-10F” to all OCM/OLC/OCX-CBL Cable Model Numbers for 10 ft./3 m. length. Add suffix “-HUB” to OCM/OCX-CBL-A1 Cable Model Numbers for Direct Connection to HUBs. Add suffix “-09P”, “-15P”, “-25P” to OCM-CBL-DF1 and OLC-CBL-DF1 Cable Model Numbers for 9, 15, 25 pin A-B connectors, respectively. 01/05 7 OCM Phoenix Digital Industrial Automation (1) FIBER OPTIC CABLE ORDERING INFORMATION Model # FOC-XXX-YY-ZZZ (2) Type of Fiber 009 = 9/125 Micron 062 = 62.5/125 Micron 050 = 50/125 Micron 200 = 200/230 Micron Number of Fibers in Cable (Consult the factory for higher fiber counts.) (3) 02 = 2 Fibers 10 = 10 Fibers 04 = 4 Fibers 12 = 12 Fibers 06 = 6 Fibers 24 = 24 Fibers 08 = 8 Fibers 36 = 36 Fibers Type of Cable (Installation) EXP = Extended Performance, Industrial Construction SSA = Self-Supporting Aerial, All Dielectric Construction DBA = Direct Burial, Armored Construction LSZHB = Low Smoke, Zero Halogen Construction USNA = Ultra Strong, Non-Armored Construction RRB = Riser Rated Breakout Construction PRB = Plenum Rated Breakout Construction (1) Consult the factory for High Bandwidth Multimode Glass Fiber, for Extended Distance applications. (2) Consult the factory for other types of cable constructions, types of optical fibers, quantities of bundled fibers, and custom cables. (3) Specify “02F” for Flat Zipcord Breakout Construction. Consult the Factory or Visit our Website at “www.phoenixdigitalcorp.com” for more detailed specifications on all Phoenix Digital Fiber Optic Cable Products and Services. 7650 E. Evans Rd., Bldg A Scottsdale, AZ 85260 (480) 483-7393 Phone (480) 483-7391 Fax email: phxdigital@aol.com internet: http://www.phoenixdigitalcorp.com OCM 8 01/05 Industrial Automation Phoenix Digital UL CLASS I, DIVISION 2 (HAZARDOUS LOCATIONS) 10/100 Mbps FAST ETHERNET DUAL MEDIA RING CONFIGURATION (FAULT TOLERANT) ENBT PLC-5/40E SLC 5/05 ENBT ENBT 1771 1746 CHASSIS CHASSIS Logix 555x ENBT (2) OCX PORTABLE (2) OCX with LAPTOP Integral Four Port Switch 1756 1756 CHASSIS CHASSIS (1) (1) OCX-R OCX-R (1) (1) OCX-R OCX-R FIBER OPTIC FIBER OPTIC CHANNEL A or B Fast Ethernet (Fiber channels are (Connect 100+ independent at all fiber modules locations.) on a single bus, (1) (1) ring, or star network.) OCX-R with OCX-R with Integral Six Integral Six Port Switch Port Switch 1 FLEX I/O 1 ENBT 1794-AENT OPERATOR 11 1 11 1 11 PANELVIEW INTERFACE 111 11 11234561 (1) OPTICAL COMMUNICATION MODULE (2) OPTICAL ControlLogix MODULE MODEL # OCX-ETF-13-R-D-ST-ACV-6A1 MODEL # OCX-ETF-13-D-ST-4A1 (UL CLASS I, DIV. 2) (UL CLASS I, DIV. 2) TYPICAL OCX-ETF INSTALLATION CONFIGURATION 01/05 9 OCM Phoenix Digital Industrial Automation UL CLASS I, DIVISION 2 (HAZARDOUS LOCATIONS) DATA HIGHWAY PLUS DUAL MEDIA RING CONFIGURATION (FAULT TOLERANT) OPERATOR DHRIO INTERFACE (2) Logix 555x OCX WORKSTATION 1756 CHASSIS (1) (1) OCX-R OCX-R FIBER OPTIC CHANNEL A DATA HIGHWAY PLUS CHANNEL B (1) OPTICAL COMMUNICATION MODULE (2) OPTICAL ControlLogix MODULE MODEL # OCX-DPR-85-R-D-ST-ACV MODEL # OCX-DPR-85-D-ST (UL CLASS I, DIV. 2) (UL CLASS I, DIV. 2) ETHERNET DUAL MEDIA RING CONFIGURATION (FAULT TOLERANT) Logix 555x PLC-5/40E Logix 555x (2) SLC 5/05 ENET OCM ENET (4) (3) OCX OLC PORTABLE LAPTOP 1756 1771 1746 1756 CHASSIS CHASSIS CHASSIS CHASSIS (1) OCX-R FIBER OPTIC ETHERNET CHANNEL A (Connect up to 40+ fiber modules on a single CHANNEL B bus, ring, or star network.) (1) OPTICAL COMMUNICATION MODULE (3) OPTICAL LINK COUPLER MODEL # OCX-ETH-85-R-D-ST-ACV-2A1 MODEL # OLC-ETH-85-D-ST-2A1 (UL CLASS I, DIV. 2) (4) OPTICAL ControlLogix MODULE (2) OPTICAL COMMUNICATION MODULE MODEL # OCX-ETH-85-D-ST-2A1 MODEL # OCM-ETH-85-D-ST-2A1 (UL CLASS I, DIV. 2) TYPICAL OCM/OLC/OCX INSTALLATION CONFIGURATIONS OCM 10 01/05 Industrial Automation Phoenix Digital DATA HIGHWAY PLUS OR REMOTE I/O DUAL MEDIA RING CONFIGURATION (FAULT TOLERANT) OPERATOR INTERFACE ASB (For RIO Only) PLC-5/40 Logix 555x SLC 5/04 (2) (4) OLC (For DH+ Only) OCM DHRIO (3) SN (For RIO OCX Only) FLEX I/O 12 12 1756 1746 1771 (5) (1) OCX-R OCM-P CHASSIS CHASSIS CHASSIS CHANNEL A FIBER OPTIC DATA HIGHWAY PLUS or REMOTE I/O CHANNEL B (1) OPTICAL COMMUNICATION MODULE MODEL # OCM-DPR-85-P-D-ST-ACV (4) OPTICAL LINK COUPLER (2) OPTICAL COMMUNICATION MODULE MODEL # OLC-DPR-85-D-ST MODEL # OCM-DPR-85-D-ST (5) OPTICAL COMMUNICATION MODULE (3) OPTICAL ControlLogix MODULE MODEL # OCX-DPR-85-R-D-ST-ACV MODEL # OCX-DPR-85-D-ST SLC 500 DH-485 DUAL MEDIA RING CONFIGURATION (FAULT TOLERANT) PROGRAMMING SLC 5/03 SLC 5/02 SLC 5/03 SLC 5/02 (2) (2) (2) OLC OLC OLC STATION LINK COUPLER PIC 1746 1746 1746 (1) CHASSIS CHASSIS CHASSIS OLC-P FIBER OPTIC CHANNEL A DH-485 CHANNEL B (1) OPTICAL LINK COUPLER MODEL # OLC-DSL-85-P-D-ST-ACV (2) OPTICAL LINK COUPLER MODEL # OLC-DSL-85-D-ST TYPICAL OCM/OLC/OCX INSTALLATION CONFIGURATIONS 01/05 11 OCM Phoenix Digital Industrial Automation ControlNet DUAL MEDIA RING CONFIGURATION (FAULT TOLERANT) PLC-5/40C SLC 5 Logix 555x (2) KFC15 OCM CNB (3) (4) ACN15 OLC OCX FLEX I/O 1 1 1756 1746 1771 CHASSIS CHASSIS CHASSIS (1) OCX-R (5) OCM-P FIBER OPTIC CHANNEL A OPERATOR ControlNet INTERFACE CHANNEL B (Connect up to 99+ fiber modules on a single bus, ring, or star network.) (1) OPTICAL COMMUNICATION MODULE (UL CLASS I, DIV. 2) MODEL # OCX-CTN-85-R-D-ST-ACV (2) OPTICAL COMMUNICATION MODULE MODEL # OCM-CTN-85-D-ST (3) OPTICAL LINK COUPLER MODEL # OLC-CTN-85-D-ST (4) OPTICAL ControlLogix MODULE (UL CLASS I, DIV. 2) MODEL # OCX-CTN-85-D-ST (5) OPTICAL COMMUNICATION MODULE MODEL # OCM-CTN-85-P-D-ST-ACV TYPICAL ControlNet OCM/OLC/OCX INSTALLATION CONFIGURATION 7650 East Evans Rd., Bldg. A Scottsdale, AZ 85260 (480) 483-7393 Phone (480) 483-7391 Fax email: phxdigital@aol.com internet: http://www.phoenixdigitalcorp.com Consult factory for additional information on fiber optic modules for other Allen-Bradley networks; multiplexers and network servers for MODBUS; Industrial Fiber Optic Cable (indoor, outdoor, aerial, burial, etc.); Wavelength Division Multiplexers and Optical Couplers; and Optical Slip Rings. OCM 12 01/05