Siemens EF 83H Series - User Manual

Siemens EF 83H Series

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Table of Contents:

  • Page 2 – DANGER; DANGER is limited to the most extreme situations.; WARNING; Trademarks; All Rights Reserved — Printed in USA
  • Page 3 – MANUAL PUBLICATION HISTORY; SIMATIC 505 PROFIBUS-FMS Communications Processor User Manual; Event; Original Issue
  • Page 4 – LIST OF EFFECTIVE PAGES; Pages
  • Page 5 – iii; Contents; Preface
  • Page 6 – iv; Chapter 3
  • Page 7 – Chapter 5
  • Page 8 – Chapter 6
  • Page 9 – vii; Chapter 7
  • Page 10 – viii; Appendix A Reference Data; A.2 Data Access between SIMATIC S7 and SIMATIC 505 Systems A-6; Appendix B Troubleshooting
  • Page 11 – ix; List of Figures
  • Page 13 – xi
  • Page 14 – xii; List of Tables
  • Page 15 – xiii; SIMATIC 505 PROFIBUS-FMS CP User Manual; About This Manual
  • Page 16 – xiv; The following conventions are used in this manual:; Conventions
  • Page 17 – Chapter 1; Overview; The SIMATIC 505 PROFIBUS-FMS Communications Processor Module
  • Page 18 – Supports the following PROFIBUS cards for personal computers:; Features
  • Page 19 – Example of Devices on an FMS Network
  • Page 20 – Hardware Overview; Bezel Features
  • Page 21 – RESET Button
  • Page 22 – Network Overview; PROFIBUS Physical Parameters
  • Page 23 – The Layers; The OSI 7 Layer Model
  • Page 24 – Stations 4, 5, and 6 are not part of the token ring; Token Passing on a PROFIBUS Network
  • Page 25 – Simplified Physical View of a Network; Example Connection between Stations
  • Page 26 – Logical View of a Network
  • Page 27 – Chapter 2; Installing the Module
  • Page 28 – Overview of Installation; Installation Flowchart
  • Page 29 – CAUTION; Visual Inspection
  • Page 30 – Setting the Baud Rate for the RS-232 Port; Location of Header E1; Jumper Storage at 9600 Baud
  • Page 31 – Inserting the FMS CP Module; Turn off all power to the base and the modules.; Inserting the Module into the Base
  • Page 32 – Connecting a Programming Device to the FMS CP Module; You can also use the RS-232 port on the FMS CP module to configure; RS-232 Port Cable Pinouts
  • Page 33 – Connecting the FMS CP Module to the Network; Figure 2-7 shows the pinouts for the PROFIBUS-FMS port on the FMS CP.; PROFIBUS-FMS Port Pinouts; Do not overload the pins on the PROFIBUS-FMS connector.
  • Page 34 – Powering Up the Base; When you power up the module for the first time, the LEDs display; LED Status Diagnostic Chart
  • Page 35 – Firmware Load: A firmware download to the module is in progress.
  • Page 36 – Configuring the I/O Address in the Programmable Logic Controller; Ensure that the FMS CP module successfully completes power-up
  • Page 37 – Because discretes and words do not share the same image register; Sample I/O Module Definition Chart in TISOFT
  • Page 38 – PROFIBUS Network Card and Software Packages; PROFIBUS Network Card/Software Packages; PROFIBUS Card; When editing the S7 configuration on your PC, specify 01 00 for the
  • Page 39 – Connecting the Network; Cables and Connectors
  • Page 40 – PROFIBUS Twisted-Pair Cable
  • Page 41 – PROFIBUS Bus Connectors
  • Page 42 – PROFIBUS Repeater
  • Page 43 – Cable Routing; Guidelines
  • Page 45 – Installing PROFIBUS Cables; Figure 3-4 shows a sample system layout for the PROFIBUS network.; Sample System Layout for PROFIBUS-FMS
  • Page 46 – Table 3-1 lists the PROFIBUS EN 50 170 cable line specifications.; PROFIBUS Cable Specifications
  • Page 47 – The rules for proper PROFIBUS installation follow:
  • Page 48 – Terminate the Network at the Endpoints; Siemens Connector, External Termination Switch
  • Page 49 – 600 baud to 12 Mbaud Connector Schematic
  • Page 50 – Typical PROFIBUS Connector; Remove the cover of the housing.; Stripping the Wires
  • Page 51 – Insert the signal wires into the cable terminals.; A. Attaching connector at segment end; Attaching Connector and Selecting Termination; Put the cover back on the connector housing.
  • Page 52 – Chapter 4; Communication Services
  • Page 53 – Service Modes of the FMS CP Module; Service
  • Page 54 – Connections
  • Page 55 – Communication between the PLC and the FMS CP Module
  • Page 56 – e Job Start Bit is a user-selected bit in one of the available output
  • Page 58 – Addressing on Your Network; Multiplexed Addressing; Network; Network Addressing Example
  • Page 59 – FMS Services; The software generates an “Object Dictionary” that contains the; FMS Connections
  • Page 60 – Data Flow; Data Flow; Data Flow; Data Flow; FMS Communication Jobs
  • Page 61 – Password; Access to a variable is only possible with the identical password; Group Numbers; Access to a variable is only possible when at least one; Password Access; Access to Variables via Passwords and Group Numbers
  • Page 62 – Send-Receive Services; Receive Job; Send Job; SEND; Send-Receive Communication Jobs; In general, it is best not to configure more than one Send or Receive; FDL Connections
  • Page 63 – Peerlink II Services; Transmit; TRANSMIT; Receive; RECEIVE; Peerlink II Services Data Flow; No status information is stored by Peerlink II services. If the
  • Page 64 – S7 Services; Read or Status Request; Write Request; S7 Services Supported as a Server; The 505 FMS CP module requires no configuration of connections or
  • Page 65 – Using the COM5434 Configurator
  • Page 66 – Installing the Software for the FMS CP Module; Installing the COM5434 Configurator Software; ENTER; Software Package
  • Page 67 – Double-click on the icon that appears on your Windows desktop.; Select the menu command Transfer; Transfer; Configuring the Communications Setup
  • Page 68 – Installing the Software for the FMS CP Module (continued); Click on the “Test” button to verify the communication setup.; You must configure the local module parameters using the RS-232
  • Page 69 – Select Device. The device represents a PROFIBUS card and driver.; PROFIBUS Connection Dialog
  • Page 70 – Features and Functions of the COM5434 Configurator Software; Windows menu items may also be selected by pressing the; key; File; Pressing the; key (escape) is the same as selecting the Cancel; COM5434 Configurator Screen
  • Page 72 – Menu Commands
  • Page 73 – Options; key on your keyboard. This
  • Page 74 – Toolbar Buttons; Button
  • Page 75 – Paste; Right Mouse Button Editor; New Item; The cut material is sent to the clipboard.; Copy; Allows you to paste a copied or cut item from the clipboard to the; Paste Special; Allows you to paste a copy of a connection or job to another
  • Page 76 – Describing the Configuration File; Naming the File; Description
  • Page 77 – Defining the Module Local Configuration; Module Local Configuration; To define the module local configuration, follow the steps below:; Module Local Configuration; on the configuration tree.; Local Station Address; Enter the local station address, within a range of
  • Page 78 – Defining the Module Local Configuration (continued); Highest Station Address
  • Page 79 – Gap Factor
  • Page 80 – Defining Peerlink II Services; Peerlink II Services Available; Peer Transmit Interval; Enter a numeric value, from 0 to 8, to specify the
  • Page 81 – Defining a Peer Block
  • Page 82 – Defining Peerlink II Services (continued); Peer Block Type; Select either Receive or Transmit for each peer block.; Local Address; Enter the location where the FMS CP module retrieves; OK; PLC Memory Type Editor Dialog Box
  • Page 83 – Defining FMS Connections; Maximum FMS Connections; This field displays the total number of FMS; FMS Connections Used; This field displays the number of FMS connections; FMS Connections Available; This field displays the total number of unused
  • Page 86 – Access Groups; When you click on the Access Groups field, a button; FMS Access Group Rights Dialog Box; Services Supported; When you click on the Services Supported field, a; FMS Services Supported Dialog Box
  • Page 87 – Defining FDL Connections; Maximum FDL Connections; This field displays the total number of FDL; FDL Connections Used; This field displays the number of FDL connections; FDL Connections Available
  • Page 89 – Local LSAP; Enter a numeric value for the local Link Service Access; Remote LSAP; Enter a numeric value for the remote Link Service
  • Page 90 – Overview of Communication Jobs; Communication Jobs; Maximum Communication Jobs
  • Page 91 – Configuring FMS Jobs; FMS Jobs Available; FMS Jobs
  • Page 93 – Job Type; Select an FMS connection that you have previously; Status Word V; The status word is a memory location in V-memory; Enter the variable name or variable index
  • Page 94 – Configuring Send-Receive Jobs
  • Page 96 – Select Send or Receive from the drop-down list.; FDL Connection; Select an FDL connection that you have previously; The Status Word is a memory location in V memory
  • Page 97 – Creating FMS Data Types; FMS Data Types Available; Maximum User Data Types; This field displays the total number of FMS user; User Data Types Used; This field displays the number of user data types that; User Data Types Available; This field displays the number of user data types; FMS Data Types
  • Page 98 – Creating a User Data Type
  • Page 99 – Definition; When you click on the Definition field, a button appears.; User Data Type Editor Dialog Box
  • Page 100 – Creating FMS Variables; FMS Variables Available; Maximum FMS Variables; FMS Variables
  • Page 101 – Defining FMS Variables
  • Page 102 – PLC Memory; When you click on the PLC Memory field, a button; PLC memory address is displayed in the PLC Memory field.; PLC Memory Editor Dialog Box; Access Rights; When you click on this field, a button appears in the; Select access rights; FMS Variable Access Rights Dialog Box
  • Page 103 – FMS Variable Access Groups Dialog Box
  • Page 104 – Select Yes to specify that the Information Report is to be; Sub Index; You can specify an element number if the variable is an
  • Page 105 – Saving and Downloading the Configuration; Saving Your Configuration to a File
  • Page 106 – Saving and Downloading the Configuration (continued); Validate and save the configuration, as described on page 5-41.; or click on the
  • Page 108 – Configuration Examples
  • Page 109 – Example Network
  • Page 110 – Configuration Tasks
  • Page 111 – Example of an FMS Read Job; Data Flow for FMS Read Example
  • Page 112 – Creating a Configuration File
  • Page 113 – Click on the Module Local Configuration icon.; Module Local Configuration Example
  • Page 114 – Click on the FMS Connections icon of the configuration tree.; Leave the remaining fields at their default values.; Defining an FMS Connection Example
  • Page 115 – Click on the FMS Jobs icon on the configuration tree.; FMS Read Job Example
  • Page 116 – Save As Dialog
  • Page 117 – Select the menu command File
  • Page 118 – Click on the FMS Variables icon of the configuration tree.; Defining an FMS Variable
  • Page 120 – FMS Read Job Relay Ladder Logic for Station 1
  • Page 121 – Example of a Send-Receive Job; Send-Receive Job Data Flow Example
  • Page 122 – The first step in the process is to create the configuration file.
  • Page 124 – Click on the FDL Connections icon of the configuration tree.; FDL Connection for Station 1
  • Page 125 – Click on the Send-Receive Jobs icon of the configuration tree.; Send Job for Station 1
  • Page 128 – Motorrec
  • Page 129 – The logic shown in Figure 6-16 performs as described in Table 6-1:; Description of Send Logic
  • Page 130 – Send Relay Ladder Logic for Station 1
  • Page 131 – The logic shown in Figure 6-17 performs as described in Table 6-2:; Description of Receive Logic
  • Page 132 – Receive Relay Ladder Logic for Station 5
  • Page 133 – Successful Timing Example; The list below explains the sequence of events.
  • Page 134 – Unsuccessful Timing Example
  • Page 135 – Example of a Peerlink II Transmit and Receive Service; Red Box PLC; Peerlink Data Block Transfer Services
  • Page 136 – Blue Box CPU; Creating a Configuration File Example
  • Page 137 – Example of a Peerlink II Transmit and Receive Service (continued)
  • Page 138 – Click on the Peerlink II Services icon of the configuration tree.; Peer Transmit Interval:; Peerlink Service Configuration Example
  • Page 139 – Click on the New Item button on the toolbar.; Peerlink II Services Example
  • Page 140 – Red Box Count
  • Page 141 – Red Box CPU; Creating a Configuration File for Station 5 Example
  • Page 144 – Peerlink II Transmit Service Example
  • Page 145 – Continue by configuring the parameters for a Receive service.
  • Page 147 – Diagnostics
  • Page 148 – CP Status; CP Status. The Read CP Status dialog appears, as shown; Read CP Status Dialog Box; Click on the “Stop CP” button to switch the module to STOP mode.
  • Page 149 – Active Stations; Active Stations. The List of Active Stations dialog; List of Active Stations Dialog Box
  • Page 150 – PROFIBUS Statistics. The; PROFIBUS Statistics Dialog Box; Some of the possible PROFIBUS errors are the following:; PROFIBUS Errors
  • Page 151 – FMS Connection Status; FMS Connection Status. The List of; Configured FMS Connections dialog appears, as shown in Figure 7-4.; List of Configured FMS Connections Dialog Box; For more information on these connection types, see Section A.5.
  • Page 152 – FDL Connection Status; FDL Connection Status. The List of; Configured FDL Connections dialog appears, as shown in Figure 7-5.; List of Configured FDL Connections Dialog Box
  • Page 153 – Job Status; Job Status. The List of Configured
  • Page 154 – Peer Block Status; Peer Block Status. The List of; Configured Peer Blocks dialog appears, as shown in Figure 7-7.; List of Configured Peer Block Dialog Box; The “Tx Interval” value shown is the actual peer transmit interval.
  • Page 155 – Appendix A; Reference Data
  • Page 156 – Data Element List
  • Page 159 – These flags have a “control” part and a “status” part. When written, only
  • Page 160 – Data Access between SIMATIC S7 and SIMATIC 505 Systems; Equivalent Address Formats for SIMATIC 505 and S7 Systems; 05 Addressing Format
  • Page 161 – SIMATIC 505 to S7 Addressing Examples
  • Page 162 – Mapping of FMS Variables onto 505 Memory; Boolean; Mapping of Simple Variables in 505 Memory
  • Page 163 – Time Difference; Mapping of Simple Variables in 505 Memory (continued)
  • Page 164 – Mapping of FMS Variables onto 505 Memory (continued); Mapping of Variable Arrays in 505 Memory
  • Page 165 – Structure; Mapping of a Structure in 505 Memory
  • Page 166 – Logical status of the device (whether communication is possible); FMS Status Response; Mapping of FMS Status Response; Logical Status
  • Page 167 – Name or model number of the device; FMS Identify Response; Mapping of FMS Identify Response
  • Page 168 – Protocol Implementation Conformance Statements (PICS); PICS Part 1: Implementation in the System; System Parameters; PICS Part 2: Supported Services
  • Page 169 – PICS Part 3: FMS Parameters and Options; FMS Parameters and Options; PICS Part 4: Local Implementation Values; Local Implementation Values
  • Page 170 – FMS Connection Types and Variables; FMS Connection Types and Jobs Allowed; Connection Type; Confirmed service
  • Page 171 – Read/Write Access to Variables with Password; Read Access; Only read access is permitted.
  • Page 172 – Local LSAP Assignments; LSAP; Ordinarily, the FMS CP module cannot repeat local LSAP numbers.
  • Page 173 – Appendix B; Troubleshooting; Using the RESET Button; Job Status Codes
  • Page 175 – FMS or Send-Receive Job Status; Local FMS Job Status Codes; Error
  • Page 177 – Errors Signaled by the FMS Partner
  • Page 178 – Send-Receive Job Error Codes; Connection is not configured by CP.
  • Page 179 – Status; Memory type cannot be written since it is read-only.
  • Page 180 – Appendix C; Specifications; Communication Capacities; Communication Type; Calculating Variable Length; Write or Information Report
  • Page 182 – Index
  • Page 186 – Customer Response; Text Assembly Number:
  • Page 187 – BUSINESS REPLY MAIL; FOLD
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SIMATIC 505

PROFIBUS-FMS Communications
Processor (505–CP5434–FMS)

User Manual

Order Number: PPX:505–8129–1
Text Assembly Number: 2807479–0001
Original Edition

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Summary

Page 2 - DANGER; DANGER is limited to the most extreme situations.; WARNING; Trademarks; All Rights Reserved — Printed in USA

! DANGER DANGER indicates an imminently hazardous situation that, if not avoided, willresult in death or serious injury. DANGER is limited to the most extreme situations. ! WARNING WARNING indicates a potentially hazardous situation that, if not avoided, couldresult in death or serious injury, and/o...

Page 3 - MANUAL PUBLICATION HISTORY; SIMATIC 505 PROFIBUS-FMS Communications Processor User Manual; Event; Original Issue

MANUAL PUBLICATION HISTORY SIMATIC 505 PROFIBUS-FMS Communications Processor User Manual Order Manual Number: PPX:505–8129–1 Refer to this history in all correspondence and/or discussion about this manual. Event Date Description Original Issue 12/97 Original Issue (2807479–0001)

Page 4 - LIST OF EFFECTIVE PAGES; Pages

LIST OF EFFECTIVE PAGES Pages Description Pages Description Cover/Copyright Original History/Effective Pages Original iii — xiv Original 1-1 — 1-10 Original 2-1 — 2-12 Original 3-1 — 3-13 Original 4-1 — 4-13 Original 5-1 — 5-43 Original 6-1 — 6-39 Original 7-1 — 7-8 Original A-1 — A-18 Original B-1 ...

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