ANEXO 1 EDS DEL DEVICENET SCANNER 1756-DNB DE ALLEN-BRADLEY

Transcripción

1 352 ANEXO 1 EDS DEL DEVICENET SCANNER 1756-DNB DE ALLEN-BRADLEY [File] DescText = "1756-DNB 1756 DeviceNet Scanner"; CreateDate = ; CreateTime = 10:31:00; ModDate = ; ModTime = 14:27:00; Revision = 1.0; [Device] VendCode = 1; VendName = "Allen-Bradley"; ProdType = 12; ProdTypeStr = "Communications Adapter"; ProdCode = 14; MajRev = 3; MinRev = 3; ProdName = "1756-DNB/A"; Catalog = "1756-DNB/A"; Icon = "1756enet.ico"; $ The ControlNet 1756 image is the same for DeviceNet 1_RSNetWorx_DNetTool = "SdnCnfg.DnScannerDevice"; [Device Classification] Class2 = 1_RSNetWorx_1756,1_RSNetWorx_Not_Connectable_Module; [Port] Port1 = 1_1756_Chassis, "Backplane", " ",1; $ port name must be Backplane for RSLinx Port2 = DeviceNet, $ Port type "A", $ Port name " ", $ Path to Port object, The DNet object 2; $ Internal Port Number [Modular] Width = 1; Rack1 = 1,0x6c,0x16,1,1,,,,0,1,2,3; $1756-A4 Chassis, any slot Rack2 = 1,0x6c,0x17,1,1,,,,0,1,2,3,4,5,6; $1756-A7 Chassis, any slot Rack3 = 1,0x6c,0x18,1,1,,,,0,1,2,3,4,5,6,7,8,9; $1756-A10 Chassis, any slot Rack4 = 1,0x6c,0x19,1,1,,,,0,1,2,3,4,5,6,7,8,9,10,11,12; $1756-A13 Chassis, any slot Rack5 = 1,0x6c,0x1A,1,1,,,,0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16;$1756-A17 Chassis, any slot Rack6 = 1,0x6c,0x16,2,1,,,,0,1,2,3; $1756-A4 Chassis v2.1, any slot Rack7 = 1,0x6c,0x17,2,1,,,,0,1,2,3,4,5,6; $1756-A7 Chassis v2.1, any slot Rack8 = 1,0x6c,0x18,2,1,,,,0,1,2,3,4,5,6,7,8,9; $1756-A10 Chassis v2.1, any slot Rack9 = 1,0x6c,0x19,2,1,,,,0,1,2,3,4,5,6,7,8,9,10,11,12; $1756-A13 Chassis v2.1, any slot Rack10 = 1,0x6c,0x1A,2,1,,,,0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16;$1756-A17 Chassis v2.1, any slot

2 353 ANEXO 2 EDS DEL DISPOSITIVO DEVICENET SENSOR FOTOELÉCTRICO 9000 DE ALLEN- BRADLEY $ DeviceNet 9000 Photoelectric Sensor $ $ Description: The following file is the EDS for the Allen-Bradley $ DeviceNet 9000 Photoelectric Sensor $ $ Author: BJT $ Date: 6/23/96 $ $ Edit History: BJT 6/23/96 Created $ BJT 8/16/96 Add COS and Diagnostic Mode [File] DescText = "DeviceNet 9000 Photoelectric Sensor EDS File"; CreateDate = ; CreateTime = 11:00:00; Revision = 1.1; $ EDS file revision [Device] VendCode = 1; ProdType = 6; ProdCode = 16; [IO_Info] MajRev = 2; MinRev = 1; VendName = "Allen-Bradley"; ProdTypeStr = "Photoelectric Sensor"; ProdName = "Series Infrared Fiber Optic"; Catalog = "42GNF-9000-QD"; Default = 0x0004; PollInfo = 0, 0, 0; $ Strobe only $ Not supported StrobeInfo = 0x000, 0, 0; $ Not Supported COSInfo = 0x0004, 1, 1; $ Use Input1 and Output1 for COS Input1 = 1, $ 1 byte 2, $ 2 bits used 0x0002, $ Strobe only "Sensor Output & Margin", $ Name

3 354 6, $ Path size " ", $ Path to ID value attribute "Output & Margin from Sensor. Output value is Bit 0. Margin indication is Bit 1"; $ Help string Input2 = 1, $ 1 byte 1, $ 1 bit used 0x0002, $ Strobe only "Sensor Output", $ Name 6, $ Path size " ", $ Path to ID value attribute "Output value from Sensor."; $ Help string Output1 = 0, $ 0 byte 0, $ 0 bit used 0x0002, $ Strobe only "", $ Name 0, $ Path size "", $ Path to ID value attribute ""; $ Help string [ParamClass] MaxInst = 4; Descriptor = 0x09; [Params] Param1 = $ Operate Mode 0, $ Data Placeholder 6, "20 0e ", $ Path size and Path to Operate Mode Attribute 0x02, $ Descriptor - (Support Enumerated Strings) 4, 1, $ Data Type and Size - (16 bit word) "Operate Mode", $ Name " ", $ Units (Not Used) "LIGHT OPERATE [DARK OPERATE] - The output is \"on\"[\"off\"] when \n" " the photoelectric sensor sees light reflected by the target object.\n" " The output is \"off\"[\"on\"] when the target object is not detected by \n" " the photoelectric sensor. The default is Light Operate.", $ Help 0,1,0, $ min, max, default values 1,1,1,0, $ mult, div, base, offset scaling (Not Used) 1,1,1,0, $ mult, div, base, offset links (Not Used) 0; $ decimal places Param2 = $ Operate Mode 0, $ Data Placeholder 6, "20 0e F", $ Path size and Path to Operate Mode Attribute 0x02, $ Descriptor - (Support Enumerated Strings) 4, 1, $ Data Type and Size - (16 bit word) "Diagnostic Mode", $ Name " ", $ Units (Not Used) "STATIC [DYNAMIC] DIAGNOSTIC - Static Mode provides an immediate Low\n" " Margin indication whenever an unstable condition exists. Static Mode\n" " should be used whenever the target object is constantly in the sensor's\n" " field of view. Dynamic Mode provides an Low Margin indication when\n"

4 355 " an object passes in and out of the sensor's field of view and a stable signal\n" " is never received. Dynamic Mode should be used in applications which moving\n" " target objects pass in and out of the sensor's field of view.", $Help 0,1,0, $ min, max, default values 1,1,1,0, $ mult, div, base, offset scaling (Not Used) 1,1,1,0, $ mult, div, base, offset links (Not Used) 0; $ decimal places Param3 = $ Output 0, $ Data Placeholder 6, "20 0e ", $ Path size and Path to Output Attribute 0x12, $ Descriptor - (Support Enumerated Strings, Read-only) 4, 1, $ Data Type and Size - (Boolean) "Output", $ Name " ", $ Units (Not Used) "The state of the sensor", $ Help 0,1,0, $ min, max, default values 1,1,1,0, $ mult, div, base, offset scaling (Not Used) 1,1,1,0, $ mult, div, base, offset links (Not Used) 0; $ decimal places Param4 = $ Diagnostic 0, $ Data Placeholder 6, "20 0e ", $ Path size and Path to Output Attribute 0x12, $ Descriptor - (Support Enumerated Strings, Read-only) 4, 1, $ Data Type and Size - (Boolean) "Operating Margin", $ Name " ", $ Units (Not Used) "Whenever Operating Margin is between 2.5 and 1, Low Margin is indicated", $ Help 0,1,0, $ min, max, default values 1,1,1,0, $ mult, div, base, offset scaling (Not Used) 1,1,1,0, $ mult, div, base, offset links (Not Used) 0; $ decimal places [EnumPar] Param1 = $ Operate Mode Enumerated Strings "Light Operate", $ For value = 0 "Dark Operate"; $ For value = 1 Param2 = $ Diagnostic Mode Enumerated Strings "Static Diagnostic", $ For value = 0 "Dynamic Diagnostic"; $ For value = 1 Param3 = $ Output Enumerated Strings "Off", $ For value = 0 "On"; $ For value = 1 Param4 = $ Diagnostic Enumerated Strings "Ok", $ For value = 0 "Low Margin"; $ For value = 1

5 356 ANEXO 3 EDS DE DISPOSITIVO CONTROLNET MÓDULO 1756-CNB DE ALLEN-BRADLEY [File] DescText = "1756-CNB/A ControlNet Bridge"; CreateDate = ; CreateTime = 16:02:13; ModDate = ; ModTime = 12:00:00; Revision = 2.1; [Device] VendCode = 1; VendName = "Allen-Bradley"; ProdType = 12; ProdTypeStr = "Communications Adapter"; ProdCode = 7; MajRev = 1; MinRev = 7; $ initial release ProdName = "1756-CNB/A"; Catalog = "1756-CNB/A"; Icon = "1756cnb.ico"; [Port] $ RSLinx requires port names "A" and "Backplane" Port2 = ControlNet,"A","20 F ",2; Port1 = 1_1756_Chassis,"Backplane"," ",1; [Device Classification] Class1 = 1_RSNetWorx_1756,1_RSNetWorx_Adapter; Class2 = ControlNet; [Keeper] Revision = 1; [Modular] Width = 1; $ Single Keeper $ Occupies a single slot Rack1 = $1756-A4 Chassis 1, $ VendorID = Allen-Bradley 0x6c,0x16, $ Product Type, Product Code 1,1, $ Major Rev, Minor Rev,,, $ Reserved 0,1,2,3; $ Legal slot

6 357 Rack2 = 1,0x6c,0x17,1,1,,,, $1756-A7 Chassis, v1.1 0,1,2,3,4,5,6; Rack3 = 1,0x6c,0x18,1,1,,,, $1756-A10 Chassis, v1.1 0,1,2,3,4,5,6,7,8,9; Rack4 = 1,0x6c,0x19,1,1,,,, $1756-A13 Chassis, v1.1 0,1,2,3,4,5,6,7,8,9,10,11,12; Rack5 = 1,0x6c,0x1A,1,1,,,, $1756-A17 Chassis, v1.1 0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16; Rack6 = 1,0x6c,0x16,2,1,,,, $1756-A4 Chassis, v2.1 0,1,2,3; Rack7 = 1,0x6c,0x17,2,1,,,, $1756-A7 Chassis, v2.1 0,1,2,3,4,5,6; Rack8 = 1,0x6c,0x18,2,1,,,, $1756-A10 Chassis, v2.1 0,1,2,3,4,5,6,7,8,9; Rack9 = 1,0x6c,0x19,2,1,,,, $1756-A13 Chassis, v2.1 0,1,2,3,4,5,6,7,8,9,10,11,12; Rack10 = 1,0x6c,0x1A,2,1,,,, $1756-A17 Chassis, v2.1 0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16;

7 358 ANEXO 4 EDS DE DISPOSITIVO CONTROLNET PANEL-VIEW DE ALLEN-BRADLEY $ Revision: $Header: $ $ $ EDS Name: eds [File] DescText = "PanelView 2711-*15 EDS"; CreateDate = ; CreateTime = 13:00:00; ModDate = ; Modtime = 22:00:00; Revision = 0.9; [Device] VendCode = 1; VendName = "Allen-Bradley"; ProdType = 24; ProdTypeStr = "Operator Interface"; ProdCode = 2; MajRev = 2; MinRev = 1; ProdName = "PanelView"; Catalog = "2711-*15"; Icon = "panelvu.ico"; [Device Classification] Class1 = ControlNet; [Port] Port2 = ControlNet_Redundant, $ Port type "ControlNet", $ Port name "20 F ", $ Path to Port object, The CNet object for PV 2; $ Port Number [Params] $ The Params entries consist of the following: $ Reserved (0), $ Link Path Size, $ Link Path, $ Parameter Descriptor, $ Data Type Identifier, $ Data Size, $ Parameter Name,

8 359 $ Units String, $ Help String, $ Minimum Value, $ Maximum Value, $ Default Value, $ Scaling Multiplier, $ Scaling Divider, $ Scaling Base, $ Scaling Offset, $ Multiplier Link, $ Divisor Link, $ Base Link, $ Other Link, $ Decimal Precision, Param1 = 0, $ first field shall equal 0,, $ path size,path 0x0000, $ descriptor 2, $ data type : 16-bit Unsigned Integer 2, $ data size in bytes "Target Error Codes", $ name "", $ units "", $ help string 0,0xFFFF,0, $ min,max,default data values 0,0,0,0, $ mult,dev,base,offset scaling not used 0,0,0,0, $ mult,dev,base,offset link not used 0; $ decimal places not used Enum1 = 0x0000,"Success", 0x2335,"Success"; $ The following describes the valid size range for Emulated Rack Outputs and Inputs. $ The Rack Outputs have a 32-bit header. The Rack Inputs have a 64-bit header. Param7 = 0,,, 0x0000, 2, 2, "", "", "", 0, 64, 16, 0, 0, 0, 0, 0, 0, 0, 0, 0; Param8 = 0,,, 0x0000, 2, 2, "", "", "", 8, 72, 24, 0, 0, 0, 0, 0, 0, 0, 0, 0; [Assembly] Assem1 = "connection input format",,,,,, 32,Param1, 544,; [Connection Manager] $ The following describes a limited use read/write connection.

9 360 Connection1 = 0x , $ class 1, cyclic, exclusive owner 0x , $ O=>T scheduled, p2p or multicast, run/idle header $ T=>O scheduled, p2p or multicast, 64-bit status header, Param7,, $ O=>T RPI, size, format, Param8, Assem1, $ T=>O RPI, size, format,, $ config part 1 (unused),, $ config part 2 (unused) "Read/Write - only", "", $ connection name string, help string "20 7C C 02 2C 01"; $ Path to target object 1_PLC5C_RTD_Format1 = 1_PLC5C_1771_Discrete_RTD_Format;

10 361 ANEXO 5 FORMULARIO SOLICITUD ESPECIFICACIONES CIP A continuación se entrega el impreso del formulario de solicitud de las especificaciones CIP. Este formulario se realiza online a través de Internet desde la página de ODVA: Specification Subscription Order Form About the Specifications The specifications for CIP Networks are published as The CIP Networks Library, which currently consists of six volumes. The DeviceNet Specification is comprised of two volumes from the library: Volume One: Common Industrial Protocol (CIP) Specification and Volume Three: DeviceNet Adaptation of CIP. The EtherNet/IP Specification is comprised of two volumes from the library: Volume One: Common Industrial Protocol (CIP) Specification and Volume Two: EtherNet/IP Adaptation of CIP. The CompoNet Specification is comprised of two volumes from the library: Volume One: Common Industrial Protocol (CIP) Specification and Volume Six: CompoNet Adaptation of CIP. The CIP Safety Specification is comprised of one volume from the library: Volume Five: CIP Safety Specifications (includes extensions for both DeviceNet and EtherNet/IP). To purchase the CIP Safety Specification subscription, a vendor must hold either a DeviceNet Vendor ID or an EtherNet/IP Vendor ID. Specifications are obtained through a subscription, which entitles the Buyer to updates to the specific Specifications for one (1) year. Specifications are distributed on CD, and one paper copy of either or both of the volumes that comprise the specific Specifications may be requested. Please note that the cost of shipping the paper copy will be the responsibility of the Buyer. The Buyer may purchase an additional copy of the specific Specifications ordered in a different language format for a reduced price. However, if the Buyer wishes to obtain duplicate copies of the same language format (e.g., two DeviceNet English language versions), a second full subscription must be purchased.

11 362 The right to use the Specifications to design, manufacture, or sell products incorporating all or any part of the Specifications is subject to the terms and conditions of the relevant Terms of Usage Agreement. If you have not previously submitted a Terms of Usage Agreement form for the type of Specifications you wish to purchase, please fax to (+1) a signed and completed copy of the Terms of Usage Agreement. Those wishing to purchase a copy of the CIP Safety Specifications must complete a DeviceNet Safety Terms of Usage Agreement, an EtherNet/IP Safety Terms of Usage Agreement, or both, depending on the adaptation(s) for which the vendor wishes to develop or make products or solutions. Please note that prior to the expiration of your subscription, you will automatically receive an invoice from ODVA in order to renew the subscription. For more information, please contact: ODVA 4220 Varsity Drive, Suite A Ann Arbor, Michigan USA Telephone: (+1) ext Fax: (+1) odva@odva.org Note: * = Required fields Step 1. Complete Subscription Contact Information Please provide the name and contact details of the individual to whom subscription should be registered. Contact Name * Title Company Name * Street Address * City * State/Province Zip/Post Code Country * Phone * Fax *

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16 367 ANEXO 6 INFORME DE PROYECTO DE REDES DE CAMPO INTEGRADAS GENERADO CON EL PROGRAMA INTEGRATED ARCHITECTURE BUILDER En las páginas siguientes, se muestra un informe de un proyecto de redes de campo integradas generado en forma automática por el programa para diseño Integrated Architecture Builder, visto en las secciones y El proyecto que se muestra en el informe generado, se basa en la aplicación real mostrada en el capítulo 14. Por ello, se integra de las redes de comunicación industrial DeviceNet, ControlNet y EtherNet/IP. El informe, genera automáticamente las listas de los elementos que se requieren para su implementación física. Incluye los dispositivos de hardware especializados, como por ejemplo, el controlador de la plataforma ControlLogix o bien, los módulos de comunicación necesarios (por ejemplo, el módulo 1756-DNB para la red DeviceNet), así como los elementos de medio físicos que se utilizarán, como por ejemplo, cables y taps. En la figura A6.1 se muestra una captura de pantalla del software Architecture Builder de Rockwell-Automation, con una vista del proyecto realizado. Figura A6.1. Captura de pantalla del software de diseño de redes de comunicación Architecture Builder.

17 1 / Tuesday, August 28, :23 TesisProject01 Documentation Ref / Version 1 Integrated Architecture Builder TesisProject01 Project Documentation Reference Version 1 Tuesday, August 22, :23 / Juan Maximiliano Muñoz Jorquera 1

18 1 / Tuesday, August 28, :23 TesisProject01 Documentation Ref / Version 1 ControlLogix for High Performance Control ControlLogix provides a high performance control platform for multiple types of control. You can perform sequential, process, drive or motion control - in any combination - with this single platform. Because the platform is modular, you can design, build, and modify it efficiently - with significant training and engineering savings. Engineering Productivity is increased with advanced configuration tools, memory structure and symbolic programming that requires less programming and memory. And your investment in ControlLogix is assured through with such features as flash-upgradable firmware. The flexible ControlLogix platform permits multiple processors, networks, and I/O to be mixed without restrictions. As your application grows, you can use the NetLinx architecture for control and configuration Rockwell Automation s Logix Platforms offer users compatibility of control in a variety of formats within the NetLinx open network architecture for Ethernet, ControlNet and DeviceNet. of devices and collection of information across Ethernet, ControlNet, DeviceNet and Foundation Fieldbus networks. 2

19 1 / Tuesday, August 28, :23 TesisProject01 Documentation Ref / Version 1 Take Control with Logix Rockwell Automation s Logix offer users compatibility of control in a variety of platforms, including: ControlLogix, a high-performance, multi-processing platform ProcessLogix, a cost-effective distributed control system (DCS) for process applications SoftLogix, PC-based control from the PLC leader FlexLogix, FLEX I/O expanded to include distributed control CompactLogix, value-focused compact modular I/O coupled with machine control. The RSLogix 5000 programming environment and/or NetLinx open network architecture are common to these Logix platforms. The RSLogix 5000 environment offers an easy-to-use IEC compliant interface, symbolic programming with structures and arrays for increased productivity, and an instruction set that serves sequential, motion, process and drives applications. The NetLinx open network architecture offers common communication tools for use with a variety of networks such as Ethernet, ControlNet and DeviceNet. The ControlLogix control platform is: seamless enables easy integration with existing PLC-based systems. Users on existing networks can send or receive messages to/from program controllers on other networks transparently. fast the ControlLogix platform provides high-speed data-transfers across the backplane and the ControlLogix5550 controller provides a high-speed control platform. scalable provides a modular approach to control. Add as many or as few controllers and communication modules as you need. You can have multiple controllers in the same chassis. Select the controller memory size that meets your application. industrial offers a hardware platform designed to withstand the vibrations, thermal extremes, and electrical noise associated with harsh industrial settings. integrated establishes a platform that integrates multiple technologies, including sequential, motion, drive, and process applications. compact meets the needs of many applications where control is highly distributed and panel space is limited. As one of the next generation of Allen-Bradley control systems, ControlLogix integrates sequential, process, drive and motion control together with communications and state-of-the-art I/O in a small, cost-competitive platform. Because ControlLogix is modular, you can design, build, and modify it efficiently - with significant training and engineering savings. 3

20 1 / Tuesday, August 28, :23 TesisProject01 Documentation Ref / Version 1 1 Visión general del proyecto 'TesisProject01' Lista Sistemas del proyecto Lista Redes delproyecto Lista plataforma hardware del proyecto Lista de materiales para el proyecto 'TesisProject01' Sistemas para el proyecto 'TesisProject01' Redes para el proyecto 'TesisProject01' Redes 'DeviceNet001' Redes 'ControlNet001' Redes 'EtherNet/IP001' Plataformas para el proyecto 'TesisProject01' Platforma 'CLogix001' Platforma 'E3' Platforma 'DSA' Platforma 'VDF PowerFlex40' Platforma 'Flex I/O' Platforma 'Servidor' Platforma '120 HMI' Platforma '200 HMI' Platforma 'PC MANTENCION' Platforma '100 HMI 01' Platforma 'PC INGENIERIA' Platforma '100 HMI 02' Platforma '100 HMI 03' Platforma '100 GES 01' Platforma '100 HMI 04' Platforma '100 HMI 05'

21 1 / Tuesday, August 28, :23 TesisProject01 Documentation Ref / Version 1 1 Visión general del proyecto 'TesisProject01' NOTA IMPORTANTE: El comprobador de subsistemas ControlLogix comprueba que los chasis ControlLogix fueron creados por el asistente del subsistema ControlLogix. Cualquier otro dispositivo conectado manualmente a la red controlada por el subsistema será verificado, y se incluirá Cuando se realice la comprobación de memoria/conexiónes. El comprobador de subsistema ControlLogix examina el consumo de alimentación de los racks del subsistema, y estima la memoria y el número de conexiones. El comprobador de subsistemas FlexLogix comprueba que los racks FlexLogix fueron creados por el asistente del subsistema FlexLogix. Cualquier otro dispositivo conectado manualmente a la red controlada por el subsistema será verificado, y se incluirá cuando se realice la verificación de memoria/conexión. El comprobador de subsistemas FlexLogix examina el consumo de alimentación de los racks del subsistema, y estima la memoria y el número de conexiones. En los subsistemas ProcessLogix generados directamente por el ProcessLogix Subsystem Wizard se garantiza que no se excede la capacidad del servidor ProcessLogix (número máx. de controladores, número de puntos de las licencias). El Wizard también garantiza que las configuraciones de redes son correctas, de acuerdo con las limitaciones de ProcessLogix. Sin embargo, NO se realiza ninguna verificación después de modificaciones manuales de dispositivos pertenecientes a ese subsistema. Tampoco se incluyen automáticamante en la configuración dispositivos de 3as partes (PC, monitor, etc). El comprobador de subsistemas CompactLogix comprueba los chasis creados con el asistente del subsistema CompactLogix. El comprobador de subsistema CompactLogix examina el consumo de alimentación de los racks del subsistema, y estima la memoria y el número de conexiones. El comprobador de subsistema de E/S examina el consumo de corriente de las plataformas que fueron creadas por el DIO wizard. El Wizard DeviceNet Media asegura que son correctas de las redes DeviceNet creadas. Comprueba todas las conexiones de dispositivos, así como todo el cableado de la red (Trunk, Taps y Drops). También asegura que las redes están correctamente dimensionadas (consumo de corriente, longitud máxima y velocidad (Baud rate)). El asistente para ControlNet Media garantiza que es correcto el cableado de los componentes de ControlNet y verifica el retardo de propagación. Cuando está en modo experto, el usuario es responsable de la validez de la topología creada El software Integrated Architecture Builder es una herramienta diseñada para ayudar en la definición de configuraciones de automatización. A pesar de que el Software Integrated Architecture Builder ha sido diseñado y verificado para proporcionar listas de materiales completas y precisas, las variables particulares y las asunciones de la herramienta, pueden ocasionar resultados diferentes a los esperados. Los usuarios de esta herramienta deben determinar independientemente la viabilidad de la aplicación y asumir la responsabilidad del uso de la configuración y lista de materiales resultantes. Finalmente, esta herramienta de software proporciona información del rendimiento esperado. 5

22 1 / Tuesday, August 28, :23 TesisProject01 Documentation Ref / Version 1 Rockwell Automation no asume ninguna responsabilidad en la precisión de estos datos. 1.1 Lista Sistemas del proyecto Sistemas 1.2 Lista Redes delproyecto Este proyecto contiene 3 redess: Tipo Red Nombre Red Estado Red DeviceNet DeviceNet001 OK ControlNet ControlNet001 OK EtherNet/IP EtherNet/IP Lista plataforma hardware del proyecto Este proyecto contiene 16 plataformas de hardware s: Tipo HW Platforma Nombre HW Platforma ControlLogix CLogix001 DeviceNet E3 DeviceNet DSA PowerFlex VDF PowerFlex40 Flex Flex I/O View Servidor View 120 HMI View 200 HMI View PC MANTENCION View 100 HMI 01 View PC INGENIERIA View 100 HMI 02 View 100 HMI 03 View 100 GES 01 View 100 HMI 04 View 100 HMI 05 2 Lista de materiales para el proyecto 'TesisProject01' Qty Catalog # Description Unit Price Price Others Networks DeviceNet DNB DEVICENET BRIDGE/SCANNER MODULE N/A #N/A A4 4 SLOT CONTROLLOGIX CHASSIS N/A #N/A L55M12 LOGIX5555 PROCESSOR WITH 750KBYTE MEMORY N/A #N/A PA V AC POWER SUPPLY 13 AMP) N/A #N/A DNY41R 120V AC, 4 INPUTS / 2 RELAY OUTPUT (22MM N/A #N/A EC1AB E3 ELECTRONIC OVERLOAD RELAY, 100-C09...C23, 1- N/A #N/A 5A 1 20AA2P2A0AYYADNN PowerFlex70 Drive - DeviceNet N/A #N/A A-T1E4 NEMA 6P, 13 TERMINATOR WITH IDC IDC BASE N/A #N/A P-P1E4-R5 NEMA 6P, 13 MICRO MODULE WITH IDC BASE N/A #N/A K-P1F5-C RIGHT ANGLE MICRO 1M TO CONDUCTOR N/A #N/A T-P1E4-B1 NEMA 6P, 13 POWER TAP WITH IDC BASE, 1M LENGTH N/A #N/A C-P1E75 FLAT CABLE, CLASS 1, TPE JACKET, 75M N/A #N/A 1 POWER SUPPLY Class 1 DeviceNet Power Supply N/A #N/A Subtotal: #N/A 6

23 1 / Tuesday, August 28, :23 TesisProject01 Documentation Ref / Version 1 ControlNet CNB CONTROLNET BRIDGE MODULE N/A #N/A ACN15 SINGLE MEDIA ADAPTER FOR CONTROLNET N/A #N/A IB10XOB6 10/6 24VDC COMBO N/A #N/A IE4XOE2 ANALOG COMBO MODULE, 12 BIT, 4 INPUT/2 OUTPUT N/A #N/A PS VAC TO 24 VDC 1.3A POWER SUPPLY N/A #N/A TB3 TERMINAL BASE, 3-WIRE N/A #N/A XT CONTROLNET 75 OHM TERMINATOR PLUG N/A #N/A TPS CONTROLNET T-TAP/STRAIGHT N/A #N/A RG6 CONTROLNET RG6 SHIELD HIGH FLEX CABLE-1000FT N/A #N/A ROLL Subtotal: #N/A EtherNet/IP ENBT CLX ETHERNET/IP 10/100 BRIDGE MODULE - TWISTED N/A #N/A PR B6C20L1 PANELVIEW 600 COLOR DC KEYPAD/TOUCH N/A #N/A TERMINAL 8 DESKTOP PC Desktop PC N/A #N/A 8 NIC-CARD EtherNet NIC Card for PC N/A #N/A 1 ENET SWITCH 8-PORT EtherNet Switch 8-Port N/A #N/A 1 ENET SWITCH 4-PORT EtherNet Switch 4-Port N/A #N/A Subtotal: #N/A Others PCIC CONTROLNET PCI BUS MESSAGING CARD WITH N/A #N/A 1 DESKTOP PC Desktop PC N/A #N/A Subtotal: #N/A Total: Grand Total: #N/A #N/A 3 Sistemas para el proyecto 'TesisProject01' 4 Redes para el proyecto 'TesisProject01' 4.1 Redes 'DeviceNet001' Estado red DeviceNet : OK DeviceNet001 7