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OMRON CS1W-MD292

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Omron CS1W-MD292 I/O Module - 24 V DC, approx. 5 A, 48 inputs, 12 to 24 V DC, 0.1 A, 48 outputs, sourcing inputs/outputs

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CS1W-MD292

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OMRON

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I/O Module

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omron-CSD1-ds1-1425610424.pdf

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CS1D SYSTEM CONFIGURATION Configuring a CS1D System This section provides tools to configure a CS1D system. Included in this section are: Power and Expansion Selection I/O Allocations Tools are provided to calculate the total current consumption of a In CS1D PLC systems, part of the I/O memory is allocated to basic, CS1D system. With this information, the proper power supply can special I/O and CS1 CPU bus units. This section describes in detail be selected. When the number of modules or power requirements how each of these units is allocated in the I/O memory. exceeds the capability of the power supplies available, I/O expansion Units in a CS1D System Configuration racks solve the problem. If the number of modules in the CPU rack Use this section to determine which units and peripheral devices exceeds 5 or the current consumption is greater than the capacity of can be used to configure a CS1D Duplex system. the power supply units, use the CPU and expansion rack configuration. What is a CS1D Duplex system? A CS1D system consists of two duplex power supplies, two duplex CPUs, one duplex unit, one duplex CPU backplane, and up to 5 basic I/O, special I/O and CS1 CPU bus units. See page C-218. What goes on a CS1D expansion rack? The CS1D expansion rack contains two duplex power supplies, an expansion CS1D I/O backplane, basic I/O units, special I/O units and CS1 CPU bus units. See page C-219. Where are ratings to calculate overall current consumption? The current consumption ratings for the CPU are on pages C-223 to C-224. Basic I/O, special I/O and CS1 CPU bus units are collected in the tables on pages C-161 to C-165. What power supply is available for a CS1D system? Only one power supply is available for the CS1D system. The same power supply is used in the CPU and expansion racks. Input Voltage 100 to 240 VAC Output rating 7 A, 5 VDC Output capacity 35 W 24 VDC service power No RUN output contact Yes Power supply model CS1D-PA207R See page C-218 How many expansion racks can be used? The CS1D system can be expanded using CS1D expansion racks or CS1D long distance expansion racks. The maximum number of expansion racks in any CS1 system will depend on the combination of these racks. The following table outlines all acceptable combinations. Combination of Expansion Racks CS1D Expansion Racks Only CS1D Long Distance Expansion Racks Maximum expansion racks per CPU 7 7 Maximum distance from CPU rack 12 m 90 m Note: On a CS1D long distance configuration, the following units are required: CS1W-IC102 – I/O control unit. One unit mounted on the CPU rack. CS1W-II102 – I/O interface unit. One unit mounted on each CS1 expansion rack. See page C-222 to select the appropriate I/O connecting cables. C-207 CS1D CPU OVERVIEW CPU Selection This section describes the CPUs and memory cards for a CS1D system. How many I/O points are needed? Number of I/O 5120 CPU models CS1D-CPU65H CS1D-CPU67H See page C-12 How much program memory storage is required? Program Memory Size CPU Models See page 60 K steps CS1D-CPU65H C-12 250 K steps CS1D-CPU67H C-12 How much data memory storage is required? Data Memory Size 128 K Words 448 K Words CPU models CS1D-CPU65H CS1D-CPU67H See page C-12 C-12 Note: The available data memory capacity is the sum of the data memory (DM) and the extended memory (EM). Selecting program storage options Memory card uses: • Download recipes • Replace PLC program while operating • Auto-boot the PLC upon power up Memory Size 15 MB 30 MB 64 MB Memory card HMC-EF172 HMC-EF372 HMC-EF672 See page C-150, C-225 C-150, C-225 C-150, C-225 Note: An adapter is available to insert the flash memory card into a computer. Go to pages C-150 and C-225 for details. C-208 CS1D BASIC I/O MODULES Basic I/O Selection This section describes the standard, high-density and mixed I/O modules, terminal blocks and cables used in a CS1D system. Input Configuration What input voltage do you need? DC Type 24 VDC CS1W-ID211 Model number CS1W-ID231 CS1W-ID261 CS1W-ID291 CS1W-IDP01 See page C-42 AC Type 200-240 VAC Model number CS1W-IA211 See page C-42 AC/DC Type 100-120 VAC/DC Model number CS1W-IA111 See page C-42 How many input points are required? Choose from the available point densities below. Input Points 16 32 64 96 DC inputs CS1W-ID211 CS1W-ID231 CS1W-ID261 CS1W-ID291 CS1W-IDP01 AC inputs CS1W-IA211 – – – AC/DC inputs CS1W-IA111 – – – See page C-42 C-42 C-42 C-42 What are the input current requirements? Input Current 4.1 mA or Below 7 mA or Below 10 mA or Below DC inputs – CS1W-ID211 – CS1W-ID231 CS1W-ID261 CS1W-ID291 CS1W-IDP01 AC inputs – – CS1W-IA211 AC/DC inputs CS1W-IA111 (DC in) – CS1W-IA111 (AC in) See page C-42 C-42 C-42 C-209 CS1D BASIC I/O MODULES Are terminal blocks and connection cables necessary? Input modules with 8 or 16 points have removable terminal blocks that accept direct wiring from input devices. High-density 32-, 64- and 96-point modules use cables and terminal blocks to connect inputs and consolidate wiring back to the control panel. For more information see page C-67. Module Connector Type Terminal Block Cable CS1W-ID211 Removable terminal block Not required Not required CS1W-IDP01 CS1W-IA111 CS1W-IA211 CS1W-ID231 Fujitsu-compatible connector XW2B-40G4 or G5 XW2Z-���B on module CS1W-ID261 Two XW2B-40G4 or G5 Two XW2Z-���B CS1W-ID291 Two XW2B-60G4 or G5 Two XW2Z-���H-1 Note: For more information on wiring connections, please refer to the wiring section starting on page D-1. Output Configuration How many output points are required? Choose from the available point densities below. Output points 8 16 32 64 96 Transistor Sinking – CS1W-OD211 CS1W-OD231 CS1W-OD261 CS1W-OD291 (NPN) Transistor Sourcing – CS1W-OD212 CS1W-OD232 CS1W-OD262 CS1W-OD292 (PNP) Relay CS1W-OC201 CS1W-OC211 – – – Triac CS1W-OA201 CS1W-OA211 – – – See page C-51, C-52 C-51, C-52 C-51 C-51 C-51 Are terminal blocks and connection cables necessary? Output modules with 5, 8 or 16 points have removable terminal blocks that accept direct wiring from output devices. High-density 32-, 64- and 96-point modules use cables and terminal blocks to connect inputs and consolidate wiring back to the control panel. For more information see page C-67. Module Connector Type Terminal Block Cable CS1W-OC201 Removable terminal block Not required Not required CS1W-OC211 CS1W-OD211 CS1W-OD212 CS1W-OA201 CS1W-OA211 CS1W-OD231 Fujitsu-compatible connector XW2B-40G4 or G5 XW2Z-���B on module CS1W-OD232 XW2B-40G4 or G5 XW2Z-���B CS1W-OD261 Two XW2B-40G4 or G5 Two XW2Z-���B CS1W-OD262 Two XW2B-40G4 or G5 Two XW2Z-���B CS1W-OD291 Two XW2B-60G4 or G5 Two XW2Z-���H-1 CS1W-OD292 Two XW2B-60G4 or G5 Two XW2Z-���H-1 Note: For more information on wiring connections, please refer to the wiring section starting on page D-1. C-210 CS1D BASIC I/O MODULES Mixed I/O Configuration What input voltage and transistor output type (NPN or PNP) do you need? Input Voltage 5 VDC 24 VDC See page Sinking outputs (NPN) CS1W-MD561 CS1W-MD261 C-63 CS1W-MD291 C-63 Sourcing outputs (PNP) – CS1W-MD262 C-63 CS1W-MD292 C-63 How many input/output points are required? Choose from the available point densities below. I/O Points 32 In/32 Out 48 In/48 Out See page CS1W-MD261 CS1W-MD291 C-63 CS1W-MD262 CS1W-MD292 C-63 CS1W-MD561 C-63 Are terminal blocks and connection cables necessary? High-density I/O modules use cables and terminal blocks to connect inputs/outputs and consolidate wiring back to the control panel. For more information see page C-67. Module Connector Type Terminal Block Cable CS1W-MD261 Fujitsu-compatible Two XW2B-40G4 or G5 Two XW2Z-���B connector on module CS1W-MD262 Two XW2B-40G4 or G5 Two XW2Z-���B CS1W-MD561 Two XW2B-40G4 or G5 Two XW2Z-���B CS1W-MD291 Two XW2B-60G4 or G5 Two XW2Z-���H-1 CS1W-MD292 Two XW2B-60G4 or G5 Two XW2Z-���H-1 Configuration Guidelines Remember to add all the current consumptions of basic I/O, special I/O modules, and CPU bus units to determine which power supply is appropriate. Please refer to the System Configuration section for current consumption of individual modules. For more I/O options, see the Industrial Networks and Communication section for DeviceNet I/O on page C-123 and CompoBus/S I/O on page C-138. C-211 CS1D SPECIAL I/O MODULES Special I/O Selection This section describes the CS1D modules that are specially designed to handle analog, single- and multiple-axis position control, multiple-axis motion control, high-speed counting, ID sensor control and voice notification module right on the PLC. All of these modules have independent co-processors to handle the specialized functions to reduce the load on the CPU and keep cycle times extremely fast. Analog I/O Modules Please refer to the Analog Selection Guide on pages C-76 to C-81. Only CS1 analog I/O modules can be used on the CS1D system. Single- and Multiple-axis Position Control Modules The position control modules for the CS1D series have been developed for precise positioning on pick and place machines and for the use of cutting equipment and positioning systems. Servo or stepper systems that accept pulse-train inputs can be controlled with these modules. Configure a complete system by combining these parts: • Position control module (CS1W-NC ���). • Omron SMARTSTEP or W-Series servo drive or any manufacturer’s servo/stepper drive. Module Output Controlled Axes See page CS1W-NC113 Open collector 1 Axis C-97 CS1W-NC213 2 Axis C-97 CS1W-NC413 4 Axis C-97 CS1W-NC133 Line driver 1 Axis C-97 CS1W-NC233 2 Axis C-97 CS1W-NC433 4 Axis C-97 Motion Control Modules The motion control modules for the CS1D series have been developed for precise positioning, as is necessary in pick and place machines and positioning systems. Up to four axes can be controlled dependently or independently of one another. The new high-performance motion controller CS1W-MCH71 can also handle up to 30 axes over an electronic high-speed 10 Mbps bus and also perform electronic gear functions. Module Controlled Axes Electronic Gear Functions See page CS1W-MC221 2 max. No C-99 CS1W-MC421 4 max. No C-99 Go to www.omron.com/oei, type CS1W-MCH71 30 max. Yes WEB CS1W-MCH71 in “Site Search” for more information. C-212 CS1D SPECIAL I/O MODULES High-Speed Counter Modules The high-speed counter modules count pulse signal inputs that are too fast to be detected by normal input units. Module Max. Input Frequency Input Voltage Number of Counters Remarks CS1W-CT021 50 kHz - 500 kHz with 5, 12, 24 VDC and 2 – Line Driver Input RS-422 Line Driver CS1W-CT041 50 kHz - 500 kHz with 5, 12, 24 VDC and 4 – Line Driver Input RS-422 Line Driver CS1W-HCP22 50 kHz - 200 kHz with 5, 12, 24 VDC and 2 Programmable unit with PLC Line Driver Input RS-422 Line Driver functionality and 2 pulse outputs CS1W-HCA22 50 kHz - 200 kHz with 5, 12, 24 VDC and 2 Programmable unit with PLC Line Driver Input RS-422 Line Driver functionality and 2 analog outputs CS1W-CTS21 1.5 MHz RS-422/485 2 SSI (Synchronous Serial Interface) encoder inputs ID Sensor Modules The ID sensor modules interface with the V600-series RFID (Radio Frequency Identification) system for high-speed communications between the CPU unit and data carriers (Radio Frequency Tags). Module Number of R/W Heads See page CS1W-V600C11 1 C-107 CS1W-V600C12 2 C-107 Configuration Guidelines Remember to add all the current consumptions of basic I/O, special I/O modules, and CPU bus units to determine which power supply is appropriate. Please refer to the System Configuration section for current consumption of individual modules. For more I/O options, see the Industrial Networks and Communication section for DeviceNet I/O on page C-123 and CompoBus/S I/O on page C-138. C-213 CS1D INDUSTRIAL NETWORKS AND COMMUNICATIONS Industrial Networking This section describes the data and command exchange communications options available for CS1D systems: Need to exchange large volumes of Ethernet Page C-116 large messages enterprise-wide? Need a deterministic network between Controller Link Page C-120 PLCs and between computers and PLCs? Need to exchange data and messages SYSMAC Link Page C-122 with legacy large rack Omron PLCs? DeviceNet Need an open network that Wide range of connectivity options Page C-123 exchanges device data and status? Wide range of slave I/O and master options Serial Communications Need to exchange data and make remote Protocol Macros allow immediate settings available to host computers, controllers connectivity to serial controllers, Page C-143 and other serial devices? offer custom protocol development and ladder program access Collect and Share Valuable Data Networking has become one of the Data memory provides a “scratch pad” for information to be written core requirements of automation to and read from. It can also be the “working” memory to which real systems today because world I/O changes are automatically written. This allows the user to tomorrow’s competitive edge designate the desired data, what it means and what should be done comes from factory floor and with it from a remote location, without interfering with the execution enterprise-wide data. More and of the control program. more, factory operations are The final key to this capability is Omron’s unique middleware becoming dependent on machine product called FINS (Factory Intelligent Network Service) that allows and line productivity data. messages and information to be seamlessly routed across and up Automation systems that were once isolated and stand-alone now to three networks. This means that a message or command that provide valuable data for process optimization and statistical originates from a computer and originates on Ethernet, can route analysis. through a factory floor Programmable Controller over Controller Omron’s Industrial Networking options provide easy-to-implement Link and, finally, access I/O data in a “micro” controller over either a connections from controllers to Data Acquisition Systems and serial link or DeviceNet. Supervisory Control Systems that is unmatched in the industry today. This is very easy to accomplish using Omron’s Programmable Controllers because: 1) the Communications Modules provide the intelligence for routing the commands or data, and 2) the memory of the processor is organized so that communications requests can access data areas in the processor without interrupting the control function of the CPU to do “block transfers.” C-214 CS1D INDUSTRIAL NETWORKS AND COMMUNICATIONS Omron Simplifies Setup for Network Communications Examine the realities and costs involved in building the network communications that let you integrate plant floor data with front office systems. Two considerations move to the top of the list: flexibility to handle changing requirements easily and the ability to integrate legacy products. The table below clarifies the advantages of Omron’s approach. Comparison of Omron’s Data Link to Traditional Block Transfer Data Exchange Data Link Block Transfer Method What it Makes available an Defines a point-to-point accomplishes easily expanded area connection between a desired of data that is individual data point in a PLC to accessible to all PLCs make a specific link to the on the network. Data requesting PLC and define the requests are handled amount of data that can be outside the scan time exchanged. Typically limited to by co-processors in 64 words. the communications modules. Setup procedure • Use dialog box “wizard” setup • Use special Move instructions • User defines how much data is to be sent via the • Must follow any Read or Write command Data Link, what memory location is to be used and •Error checking is done by programming and data how much to “read” from all other network nodes consistency must be checked due to scan cycle mismatches Setup example The screen capture shows a typical Data Link set-up in Printout shows the first rung of an extensive program progress. The user can define: required to define point-to-point data exchange and to • How much data gets sent verify data consistency. •What memory area is the source of the data and •Error checking is done by programming • Where to put received data • Size of transfer affects program cycle timing Making changes • Amount of data to be handled, changing where it goes •Program must be adjusted if data size changes; or adding a new node is as simple as the initial setup program execution time changes • No impact on program execution • If different models are communicating, up to 3 programming software packages could be required Costs and future Data Link reduces the original cost of programming in Long hours of programming each individual point-to- expandability setting up the routing tables for exchange and offers point exchange followed by system testing to be sure maximum flexibility for future changes, requiring minimal cycle time is acceptable, followed by any modifications to editing to routing table data. bring cycle time back into bounds. Future changes are time consuming editing projects. Handling legacy Omron’s CX-Programmer software covers all Omron’s Depending on the manufacturer, multiple programming systems programmable controllers with networking capability, software packages are required to set up and modify the from micros up to large rack systems. Access to the block transfer ladder programming across the full range memory areas available for each model is selected in a of PLCs in an installation. Finding and hiring dialog box when the specific model is designated. programmers with experience in older platforms becomes difficult as time goes by. C-215 CS1DProgrammableController IndustrialNetworksandCommunications Note: OnlyCS1Basic and High-density I/O modules as wellas SpecialI/O modules can be used with the CS1D. Please referto the appropriate I/O section for moreinformation. SeamlessNetworkEnvironments Withthe CS1D, Networks areavailablefor every level: Ethernet communications for data, ControllerLink and SYSMAC LINK for controllers, and DeviceNet for components. Messages can be sent and received over a maximumof three net- worklevels. HigherNetworkReliability Duplex communications using ControllerLink FiberOptic Modules offer a loopback configuration that enables continuous communications even inthe event of a problem. Note: 1. ControllerLinkModulesCS1W-CLK12-VorCS1W-CLK52-V1arerequiredfornetworkduplexing. 2. Formoredetailsandspecifications,refertothenewestversionofmanualW370. 3. PleaserefertotheCS1IndustrialNetworksandCommunicationssectionforEthernet,ControllerLink,SYSMACLINKand DeviceNetspecifications. C--216 ProgrammableControllerCS1D CS1DProgrammableController IndustrialNetworksandCommunications J System Configuration J CS1DSimplexSystems ACS1DSystem can be configured as either a CS1D Du- In a CS1D SimplexSystem, operation ispossible with plex System ora CS1D SimplexSystem. only a singleCPUmounted. Aside from having just one CPUmounted, a CS1DSim- J CS1DDuplexSystems plex System isthe same as the SimplexMode ina CS1D ACS1DSystem with two CPUUnits mounted iscalleda Duplex System inallother respects, such as system con- CS1DDuplex System. figuration (mounted Units)and operating restrictions. Duplex Functions Duplex Functions The followingduplex functions aresupported by a CS1D The followingduplex functions aresupported ina CS1D Duplex System. SimplexSystem. As shown inthe table, duplex PowerSupply Units, duplex Duplexfunctions Support Communications Units, and onlineUnit replacement are DuplexCPUs(withDuplexInnerboards) Yes supported, but duplex CPUsarenot. Duplexpowersupplymodules Yes Duplexfunction Support Duplexcommunicationsmodules(e.g., Yes ControllerLinkmodules) DuplexCPUs(withduplexinnerboards) No Onlineunitreplacement Yes Duplexpowersupplymodules Yes Duplexcommunicationsmodules Yes The Two Modes in aCS1DDuplex System (e.g.,ControllerLinkmodules) ACS1DDuplex System can be operated ineitherDuplex Onlineunitreplacement Yes Mode orSimplexMode. CS1DSimplex SystemMode S Duplex Mode Onlythe SimplexMode ispossible ina CS1D Simplex In Duplex Mode, the CPUsareplaced induplex system status. If a fatal erroroccurs inthe active System. CPU, control isswitched to the standby CPUand SystemConfiguration operation continues. One CS1DCPU(oneitherside of the Duplex Unit)and S SimplexMode one Duplex Unit aremounted to a CS1D--BC052 Duplex In SimplexMode, a singleCPUcontrols opera- CPUBackplane. tion. Note: ADuplexUnitisrequiredeveninaSimplexSystem. ProgrammableControllerCS1D C--217 CS1DProgrammableController CPURack J System Configuration Note: Observethefollowingprecautionswhenconfiguringasystem. S CS1D--††††models must be used for allCPUs, PowerSupply Units, and Backplanes. S CS--seriesand C200H Expansion Backplanes cannot be connected. CS1D-seriesBackplanes must be used. S C200H I/O and communication modules cannot be used. (They cannot be mounted to CPURacks, Expansion Racks, orLong-distance Expansion Racks.) J CS1DCPURacks Name Model Contents 1 Duplexunit CS1D-DPL01 Theduplexunitistheunitthatcontrolsduplex system operation.Itmonitorsforerrorsand switchesoperationwhenanerroroccurs. 2 CS1DCPUs CS1D-CPU††H CS1DCPUsaredesignedespeciallyforaduplex (withDuplexinnerboard) system.TwoCPUsoftheidenticalmodelare mountedinaduplexsystem. Iftheinnerboardistobeconfiguredforduplexop- eration,twoduplexinnerboardsarealso mounted.Inasimplexsystem (i.e.,operationbya singleCPU),onlyoneCPUismounted. 3 CS1DPower CS1D-PA207R CS1DPowersupplyunitsaredesignedespecially supplyunit foraduplexsystem.Twopowersupplyunitsare mountedtoaCPUrack,expansionrackorlong distanceexpansionrackforaduplexpowersup- plyconfiguration.Whennotconfiguringaduplex powersupplyonlyonepowersupplyunitis mounted. 4 DuplexCPUbackplane CS1D-BC052 TheduplexCPUbackplaneisusedinaCS1Ddu- plexsystem.ItallowsduplexCPUs,duplexpower suppliesandduplexcommunicationsunitstobe mountedandenablesonlinereplacementofunits. Note: 1. ADuplexSystemincludinganInnerBoardcanbeusedwithCS1DCPUswithlotnumbersof030422(manufacturedApril22, 2003)orlater. 2. WhenInnerBoardsareusedinaduplexconfiguration,oneDuplexInnerBoardmustbemountedineachCPU.Non--duplex InnerBoardscannotbeused. 3. WhenusingaMemoryCardinDuplexMode,mountitintheactiveCPU.(DuplexMemoryCardoperationisnotpossible.) DuplexEMFileMemoryoperationispossible. 4. InSimplexMode,thesingleCPUcanbemountedtoeithertherightortheleftslot.ADuplexUnitisrequiredineithercase. C--218 ProgrammableControllerCS1D CS1DProgrammableController ExpansionRacks J CPURack +CS1DExpansionRacks Use the followingCS1DExpansion Backplane. Name Modelnumber Contents CS1DExpansionBackplane CS1D-BI092 ThisBackplanemustbeusedforanyExpansionRacks (supportsonlineunit inaCS1DDuplexSystem.ItenablesduplexPower replacement) SupplyUnits,duplexCommunicationsUnits,andonline Unitreplacement.ItisalsousedastheBackplanefora Long--distanceExpansionRack. ProgrammableControllerCS1D C--219 CS1DProgrammableController ExpansionRacks J CS1DCPURack +CS1DLong--distanceExpansionRacks ALong--distance Expansion System can also be configured as a SimplexSystem. Use the followingCS1DExpansion Backplane. Name modelnumber Contents CS1DExpansionBackplane(sup- CS1D-BI092 ThisBackplanemustbeusedforanyLong--distance portsonlineUnit ExpansionRacks inaCS1DDuplexSystem.Itenables replacement) duplexPowerSupplyUnits,duplexCommunications Units,andonlineUnitreplacement.Itisalsousedas theBackplaneforaLong--distance ExpansionRack. Note: AnI/OControlUnit(CS1W--IC102)ismountedonlytotheCPURack. C--220 ProgrammableControllerCS1D CS1DProgrammableController SystemConfiguration J Units ina CS1DSystem Configuration This section lists the Units and PeripheralDevices that can be used to configure a CS1D Duplex System. Note: SpecialCS1DproductsmustbeusedfortheCPUs,PowerSupplyUnits,CPUBackplane,andExpansionBackplanes. CS--seriesproductscannotbeused. Name Model UsableinCS1DDuplex Remarks System? CPUs CS1DCPUs CS1D-CPU65H Yes UseCS1Dproductsonly. C CS S-sseerriieesspprroodduuccttssccaannnnoott CS1D-CPU67H Yes bbeeuusseedd.. CS-seriesCPUs CH1G/H-CPU††-V1 No CS1G/H-CPU††H DuplexModule CS1D-DPL01 Yes — Powersup- CS1DPowersupply CS1D-PA207R Yes UseCS1Dproductsonly. ppllyyuunniitt C200HandCS--seriesprod- PowersupplyforC200H C200H-P††††† No uctscannotbeused. andCS-series CPUback- DuplexCPUbackplane CS1D-BC052 Yes ppllaanneess CS-seriesbackplane CS1W-BC††† No Expansion CS1Dexpansionbackplane CS1D-BI092 Yes UseCS1Dproductsonly. backplanes C200H C200Haand ndC CS S--sseries eriesprod- prod uctscannotbeused. CS-seriesexpansionback- CS1W-BI††† No plane Thesamebackplaneisused forCS1DExpansionRacks aannddlloonngg--ddiissttaanncceeeexxppaannssiioonn C200Hexpansionback- C200HW-BI†††-V1 No racks.Theconnecting plane cablesarethesameasfor theCS-series. I/Ocontrolmodule CS1W-IC102 Yes Usedwithlong-distanceex- pansionrack.(Mountedto CPUrack.Cannotbe mountedtoexpansion racks.) I/Ointerfacemodule CS1D-II102 Yes Usedwithlong-distanceex- pansionrack.(Mountedto expansionracks.) BasicI/Omodules CS-seriesI/Omodules Yes — CS-seriesinterruptinput Restrictions Canbeusedonlyasanor- module(CS1W-INT01) dinaryinputmoduleina CS1DDuplexsystem. C200HbasicI/Omodules No C200HbasicI/Ounitscan- notbeused. SpecialI/Ounits CS-SeriesspecialI/Ounits Yes — C200HspecialI/Ounits No C200HspecialI/Ounits cannotbeused. CPUBusunits CS-SeriesCPUBusunits Yes — ControllerLinkunits(fordu- Yes Allowscommunications plexcommunications) unitstobeusedinduplex operation. CS1W-CLK12-V1(H-PCF cable) CS1W-CLK52-V1(GIcable) Innerboards Non-duplexinnerboards CS1W-SCB21 No Cannotbeusedineither CS1W--SCB21-V1 DuplexModeorSimplex CS1W-SCB41 Mode. CS1W--SCB41-V1 CS1W-LCB01,etc. (This table continues on the next page.) ProgrammableControllerCS1D C--221 CS1DProgrammableController SystemConfiguration CS1DSystemConfiguration (continued) Name Model UsableinCS1DDuplex Remarks System? Memorycards HMC-EF††† Yes Memorycardscannotbe usedinduplexoperation. Mountthememorycardto theactiveCPU. Batteryset CS1W-BAT01 Yes — Connectorcovers C500-COV01 No — CV500-COV01 Yes Programming Computersoftware CX-ProgrammerVer.3.0 Yes — devices orlater CX-ProgrammerVer.2.1or No CX-ProgrammerVer2.1or earlier earliercannotbeused. CX-Protocol Yes — SYSMAC--CPT No — SYSMACSupportSoftware No — (SSS) Programmingconsoles CQM1H-PRO01E Yes TheKeySheetandCon- necting nectingCable Cableaarreethe thessame ame ffortheCS1D CS andCS1-H CS C200H-PRO27-E Yes systems. CS-seriesconnectingcables CS1W-CN313 Yes 0.3m Usedtoconnect C CP PU Urraacckkttooeexx- CS1W-CN713 Yes 0.7m ppaannssiioonnrraacckk,,oorr toconnectexpan- CS1W-CN223 Yes 2m ssiioonnrraacckkss. CS1W-CN323 Yes 3m CS1W-CN523 Yes 5m CS1W-CN133 Yes 10m CS1W-CN133-2 Yes 12m Long-distanceexpansioncables CV500-CN312 Yes 0.3m Usedtoconnect LLoonngg-ddiissttaanncceeeexx- CV500-CN612 Yes 0.6m ppaannssiioonnrraacckkss.. CV500-CN122 Yes 1m CV500-CN222 Yes 2m CV500-CN322 Yes 3m CV500-CN522 Yes 5m CV500-CN132 Yes 10m CV500-CN232 Yes 20m CV500-CN332 Yes 30m CV500-CN432 Yes 40m CV500-CN532 Yes 50m Terminator CV500-TER01 Yes Usedasterminatingresist- anceforlong-distanceex- pansionracks. C--222 ProgrammableControllerCS1D CS1DProgrammableController CurrentConsumption J I/O Allocations J CPURack andExpansionRacks CS1DI/O allocations arethe same as with the CS1. The The maximumcurrent and powerprovided for the CPU only difference isthe maximumnumberof CS1Special rack and expansion racks isshown below. I/O modules that can be mounted on a PLC. Forthe Note: 1. CPURack:Whenmakingcalculations,includethecur- CS1D, the maximumnumberis68 units. rentandpowerconsumptionforaduplexCPUback- plane,aduplexunitandtwoCS1Dpowersupplyunits. J Current Consumption 2. Whenmakingcalculations,includethecurrentand powerconsumptionforanonlinereplacementexpan- There isa fixed amount of current and powerthat can be sionbackplane. provided to the units on the rack. Even when using only one powersupply unit, design the system so that the total Power Maximumcurrent provided Maximum current consumption of units on the rack does not exceed ssu up pp pllyyu un niitt tto otta allp po ow we err 5V 26V 24V model provided the values for the maximumpowersupply unit current and (internal (relay pow- (service the maximumtotal power. logic pow- er supply) power er supply) When Duplex powersupplies areused, the load for each supply) CS1Dpowersupply isreduced by approximately half. CS1D- 7A 1.3A None 35W Calculate the total current consumption under normalcon- PA207R ditions (i.e., with one powersupply mounted), taking into account the load when an erroroccurs at one of the pow- ersupplies. ProgrammableControllerCS1D C--223 CS1DProgrammableController CurrentConsumption J Total Current andPower ConsumptionCalculationExample Example 1: Mounting the followingunits on a CPURack with a CS1D-PA207R powersupply unit. Item Model Quantity Voltagegroup 5V 26V DuplexCPUbackplane CS1D-BC052 1 0.55A — (5slots) DuplexUnit CS1D-DPL01 1 CPU CS1D-CPU67H 2 0.82A — Inputunit CS1W-ID291 1 0.20A — Outputunit CS1W-OC221 1 0.13A 0.096A SpecialI/Ounit CS1W-MAD44 2 0.20A 0.20A CPUbusunit CS1W-CLK21 1 0.33A — Servicepowersupply — — — Currentconsumption Calculation 0.55+ 0.82x2+ 0.20+ 0.096+ 0.20x2 0.13+ 0.20x2+ 0.33 Result 3.25A(≤7A) 0.496A(≤1.3A) Powerconsumption Calculation 3.25Ax 5V= 16.3W 0.496Ax 26V= 12.9W Result 16.3+ 12.9= 29.2W (≤35W) Example 2: Mounting the followingunits on an Expansion Rack with a CS1D-PA207R Powersupply unit. Item Model Quantity Voltagegroup 5V 26V Onlinereplacement CS1D-BI092 1 0.28A — expansionbackplane Inputunit CS1W-ID291 2 0.20A — Outputunit CS1W-OC291 7 0.48A — Currentconsumption Calculation 0.28+ 0.20x2+ 0.48x7 — Result 4.04A(≤7A) — Powerconsumption Calculation 4.04Ax 5V= 20.2W — Result 20.2W (≤35W) J Current ConsumptionTables Note: PleaserefertotheCS1SystemPowerandExpansionsectionforcurrentconsumptionofCS1BasicI/O,CS1SpecialI/Oand CS1CPUBusunits. 5V Voltage Group Name Model Currentconsumption(A) DuplexCPUbackplane CS1D-BC052 0.55(totalforbackplaneandduplexunit) Duplexunit CS1D-DPL01 CS1DCPU CS1D-CPU67H 0.82(Seenote1.) CS1D-CPU65H 0.82(Seenote1.) Onlinereplacementexpansionbackplane CS1D-BI092 0.28 I/Ocontrolunit CS1W-IO102 0.92 I/Ointerfaceunit CS1W-II102 0.23 Note: 1. Thevaluesshownincludethecurrentconsumptionforprogrammingdevices. 2. NT-AL001-ELinkadaptersconsumeanadditional0.15eachwhenused. C--224 ProgrammableControllerCS1D CS1DOrderingGuide CPU Selection J CPURack Name Specifications Standards Partnumber CPUs I/Obits Program Datamemorycapacity --- --- capacity 5,120 60Ksteps 128Kwords (DM:32Kwords,EM:3banks of32K UC,N,L, CS1D-CPU65H words each) CE,,CID2 5,120 250Ksteps 448Kwords (DM:32Kwords,EM:13banks of32K CS1D-CPU67H words each) CPUBackplane 5slots CS1D-BC052 PowerSupply Units 100to120VACor200to240VAC(withRUNoutput); CS1D-PA207R Outputcapacity:7A,5VDC Duplex Unit — CS1D-DPL01 I/OControlUnit ForExpansionRacks connectedoveradistanceofmorethan12m U,C,CE,N CS1W-IC102 (2terminatingresistors included.C200HModules cannotbeusedonLong- distanceExpansionRacks.) Memoryy Cards Flashmemory,15MB L,,CE HMC-EF172 Flashmemory,30MB HMC-EF372 Flashmemory,64MB HMC-EF672 Memory CardAdapter(forcomputerPCMCIAslot) CE HMC-AP001 SerialCommunica- U,C,N,L, CS1W-SCB21-V1 2×RS-232Cports,protocolmacrofunction ttiions B Board ds C CE E 1×RS-232Cport+ 1×RS-422/485port,protocolmacrofunction CS1W-SCB41-V1 Programming AnEnglishKeyboardSheet(CS1W-KS001-E)is required.(Connects toperiph- U,C,N,CE CQM1H-PRO01-E C Cons onsoolleess er eral alpor portton onC CP PU Uoonl nlyy..C Cannot annotbe beccoonnec nnectteeddttooR RS S-232C 232Cpor portt..)) C200H-PRO27-E CE ProgrammingCon- ForC200H-PRO27andCQM1-PRO01 CS1W-KS001-E soleKey Sheet Programming Connects theC200H-PRO27-EProgrammingConsole.(2.0m) CS1W-CN224 Console C Co on nn ne eccttiin ng gC Ca ab blle ess Connects theC200H-PRO27-EProgrammingConsole.(6.0m) CS1W-CN624 CX-Progr gammer For1license Windows-basedSup ppor p tSoftwareforladderpr po- --- WS02-CXPC1-EV3 sofftware grammiingonW Wiindow d s 95, 9 98, 98 M Me,N NT T4.0, 0 2000, 2000 For3licenses WS02-CXPC1- orXP(Connects toperipheralportonCPUor EV3L03 R RS S--2 23 32 2C Cp po orrtto on nC CP PU Uo orrS Se erriia allC Co om mm mu un niicca attiio on nss For10licenses WS02-CXPC1- Unit/Board.) EV3L10 PeripheralDevice Connects DOScomputers,D-Sub9-pinreceptacle(Length:0.1m) CE CS1W-CN118 Connecting gCables (ConversioncabletoconnectRS-232Ccabletoperipheralport) ((fforperiiph herallportt)) Peripher p albus orHost Connects DOScomputers,D-Sub9-pin(2.0m) CS1W-CN226 L Link i k Connects DOScomputers,D-Sub9-pin(6.0m) CS1W-CN626 PeripheralDevice Peripheralbus orHost Connects DOScomputers,D-Sub9-pin(2.0m) --- C200H-CN229-EU C Co on nn ne eccttiin ng gC Ca ab blle ess L Liin nkk,a an nttii--sstta attiicc CBL-202* (forRS-232Cport) PCUSBAdapter Converts PCUSBporttoaPCserialportforusewithOmronserialprogram- --- CS1W-C1F31 mingcables. CX-Protocol Windows-basedProtocolCreationSoftwareforWindows95,98,Me, --- WS02-PSTC1-E NT4.0,2000,orXP Battery Set ForCS1Series only.(Replacebattery within2years oftheproductiondate.) L,CE CS1W-BAT01 *AvailableinCanadaonly. ProgrammableControllerCS1D C--225 CS1DOrderingGuide ExpansionRack J ExpansionRack Name Specifications Standards Partnumber CS1DExpansionBackplane 9slots UC,N,L, CS1D-BI092 CE,CID2 PowerSupply 100to120VACor200to240VAC(withRUNouput), CS1D-PA207R Module Outputcapacity:7A,5VDC I/OInterfaceUnit ForExpansionRacks connectedoveradistanceofmorethan12m. U,C,CE CS1W-II102 (C200HModules cannotbeusedonLong-distanceExpansion Racks.) CS1I/O / ConnectinggCables Connects CS1ExppansionI//OBackpl panes Length:0.3m L,,CE CS1W-CN313 toC CP PU UB Backkpllaneorother h C CS S11E Expansiion Length:0.7m CS1W-CN713 II//O OB Ba acckkp plla an ne ess. Length:2m CS1W-CN223 Length:3m CS1W-CN323 Length:5m CS1W-CN523 Length:10m CS1W-CN133 Length:12m CS1W-CN133-B2 Long- gdistanceExpans p ion ConnectI//OControlUnittoI//OInterfaceUnitor Length:0.3m N,L,CE CV500-CN312 R Rackk C Cabl bles connects twoII//O OIInterfa f ceM Moddule l s Length:0.6m N,,CE CV500-CN612 Length:1m CV500-CN122 Length:2m CE CV500-CN222 Length:3m CV500-CN322 Length:5m CV500-CN522 Length:10m CV500-CN132 Length:20m CV500-CN232 Length:30m CV500-CN332 Length:40m CV500-CN432 Length:50m CV500-CN532 Note: RefertotheCS1OrderingGuidefor: S CS1High-densityI/Omodules S CS1SpecialI/Omodules S CS1CPUBusunits S DeviceNetproductline J MountingRails andAccessories Name Specifications Standards Partnumber DINTrackMounting 1set(2included) --- C200H-DIN01 Bracket Length:50cm; height:7.3cm PFP-50N DINTracks Length:1m;height:7.3cm PFP-100N Length:50cm; height:16mm PFP-100N2 EndPlate --- PFP-M Spacer --- PFP-S C--226 ProgrammableControllerCS1D CS1D Reference Information Dimensions Unit:mm J CS1DCPUBackplane J CS1DExpansionBackplane J BackplaneMountingDimensions ProgrammableControllerCS1D C--227 CS1D Reference Information Dimensions J MountingDepth ThedepthofallRacksisfrom118to153mmdependingontheUnitsthataremounted.Additionaldepthisrequiredtoconnect PeripheralDevices and Cables. Be sureto allowsufficient mounting depth. 118to153mm 180to223mm Cable Bending Radius Note: I/O ConnectingCablesare12m longmax. andrequiresufficientspace to maintainthemin.bendingradius. 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"����# ����(��������-��#� 992�;�������#���� $��%���"�����=GG������������� ������%���!�7’�41�5, �������!���������;�*�2F9 <���"�����=GG�������������G��� (������"�����=GG������������ �$)��$*�)+,, $%&�’�&�&$&( 6���<�������������������������������3������= �,,�((&�&)&& Cat. No. R301-E3-01 2/04 Specifications subject to change without notice Printed in USA

Frequently asked questions

How does Industrial Trading differ from its competitors?

chervon down
Industrial Trading' parent company, GID Industrial, specializes in procuring industrial parts. We know where to find the rare and obsolete equipment that our customers need in order to get back to business. There are other companies who claim to do what we do, but we're confident that our commitment to quality and value is unparalleled in our field.

Is there a warranty for the CS1W-MD292?

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The warranty we offer will be based on what we negotiate with our suppliers. Sometimes, a part will be sold as-is and without a warranty. Our specialty, single board computers, tend to receive a one-year warranty.

Which carrier will Industrial Trading use to ship my parts?

chervon down
We use FedEx, UPS, DHL, and USPS. We have accounts with each of them and generally ship using one of those, but we can also ship using your account if you would prefer. However, we can use other carriers if it will be more convenient for you.

Can I buy parts from Industrial Trading if I am outside the USA?

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Industrial Trading will definitely serve you. We work with international clients all the time, and we are familiar with shipping to destinations all across the globe.

Which payment methods does Industrial Trading accept?

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Visa, MasterCard, Discover, and American Express are all accepted by Industrial Trading. We will also accept payment made with wire transfer or PayPal. Checks will only be accepted from customers in the USA. Terms may available for larger orders, upon approval.

Why buy from GID?

quality

Quality

We are industry veterans who take pride in our work

protection

Protection

Avoid the dangers of risky trading in the gray market

access

Access

Our network of suppliers is ready and at your disposal

savings

Savings

Maintain legacy systems to prevent costly downtime

speed

Speed

Time is of the essence, and we are respectful of yours

What they say about us

FANTASTIC RESOURCE

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One of our top priorities is maintaining our business with precision, and we are constantly looking for affiliates that can help us achieve our goal. With the aid of GID Industrial, our obsolete product management has never been more efficient. They have been a great resource to our company, and have quickly become a go-to supplier on our list!

Bucher Emhart Glass

EXCELLENT SERVICE

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With our strict fundamentals and high expectations, we were surprised when we came across GID Industrial and their competitive pricing. When we approached them with our issue, they were incredibly confident in being able to provide us with a seamless solution at the best price for us. GID Industrial quickly understood our needs and provided us with excellent service, as well as fully tested product to ensure what we received would be the right fit for our company.

Fuji

HARD TO FIND A BETTER PROVIDER

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Our company provides services to aid in the manufacture of technological products, such as semiconductors and flat panel displays, and often searching for distributors of obsolete product we require can waste time and money. Finding GID Industrial proved to be a great asset to our company, with cost effective solutions and superior knowledge on all of their materials, it’d be hard to find a better provider of obsolete or hard to find products.

Applied Materials

CONSISTENTLY DELIVERS QUALITY SOLUTIONS

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Over the years, the equipment used in our company becomes discontinued, but they’re still of great use to us and our customers. Once these products are no longer available through the manufacturer, finding a reliable, quick supplier is a necessity, and luckily for us, GID Industrial has provided the most trustworthy, quality solutions to our obsolete component needs.

Nidec Vamco

TERRIFIC RESOURCE

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This company has been a terrific help to us (I work for Trican Well Service) in sourcing the Micron Ram Memory we needed for our Siemens computers. Great service! And great pricing! I know when the product is shipping and when it will arrive, all the way through the ordering process.

Trican Well Service

GO TO SOURCE

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When I can't find an obsolete part, I first call GID and they'll come up with my parts every time. Great customer service and follow up as well. Scott emails me from time to time to touch base and see if we're having trouble finding something.....which is often with our 25 yr old equipment.

ConAgra Foods

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