sCPU 31x:CommissioningCPU 31xC:CommissioningCPU 314C: Positioningwith Analog OutputCPU 314C: Positioningwith Digital OutputCPU 31xC:CountingCPU 31xC:PtP ConnectionCPU 31xC:ControllingSIMATICAutomation System S7-300Getting Started CollectionThis manual is part of the documentationpackage with the order number:6ES7398-8FA10-8BA0Edition 06/2003A5E00123662-03

Siemens SIMATIC Manual

user manual

Preface

Product Content

External Structure &Pin Definition

Inner Diagram

ETH Adapter CN Parameters Setting

STEP7 software setting

The usage in the LAN

PC work as Client,ETH Adapter CN work as Server

PC work as Server, ETH Adapter CN work as Client

Remote communication in the internet

Remote wireless communication in 3g internet

Appendix: basic knowledge of Ethernet

Simatic S7-300

Welcome

Preparing the PC

Installing and wiring the hardware

What components are required

Installing the components

Wiring the components

Commissioning the hardware

Configuring the control in STEP 7 Lite

What is a STEP 7 Lite project

Opening a STEP 7 Lite project

Reproducing the module configuration in STEP 7 Lite

Establishing the online connection between the PC and CPU 312C

Downloading and checking the module configuration to the CPU 312C

Opening the program on the PC

What is a program

Opening a program

Performing a test run

Downloading the project to the CPU 312C

Starting the test run

Congratulations

Additional information

Diagnostics / correction of errors

Additional documentation

SIMATIC Technical Support

Manual, Edition 08/2004,

Table 1-3 Communication between sensors/actuators and the PLC

Table 1-6 CPU performance

Table 1-9 Supplementary features

Operating and display elements

Status and Error Indicators: CPU 31xC

Operating and display elements: CPU 31x

Operating and display elements: CPU 317-2 DP

Operating and display elements: CPU 31x-2 PN/DP

Status and error displays of the CPU 31x

Communication

PROFIBUS DP

PROFINET (PN)

Point to Point (PtP)

Overview of communication services

PG communication

S7 communication

Global data communication (MPI only)

Routing

PtP communication

Data consistency

PROFINET IO System

Blocks in PROFINET IO

System status lists (SSLs) in PROFINET IO

Open communication via Industrial Ethernet

SNMP communication service

Assignment of S7 connections

Distribution and availability of S7 connection resources

Table 3-11 Availability of connection resources

Connection resources for routing

DPV1

Memory areas and retentivity

Retentivity of the load memory, system memory and RAM

Retentivity of memory objects

Address areas of system memory

Properties of the Micro Memory Card (MMC)

Memory functions

Handling with modules

Deleting blocks

Recipes

Measured value log files

Backup of project data to a Micro Memory Card (MMC)

Overview

Cycle time

Calculating the cycle time

Different cycle times

Communication load

Cycle time extension as a result of testing and commissioning functions

Response time

Shortest response time

Longest response time

Reducing the response time with direct I/O access

Calculating method for calculating the cycle/response time

Interrupt response time

Reproducibility of delay interrupts and watchdog interrupts

Sample calculations

Sample of response time calculation

Example of interrupt response time calculation

A5E00105475

Technical data of CPU 31xC

Technical data of CPU 31x

CPU 312C

CPU 313C

CPU 313C-2 PtP and CPU 313C-2 DP

CPU 314C-2 PtP and CPU 314C-2 DP

Technical data of the integrated I/O

Analog I/O

Configuration

Interrupts

Diagnostics

Table 6-12 Technical data of digital inputs

Digital outputs

Table 6-13 Technical data of digital outputs

Analog inputs

Analog outputs

General technical data

Technical data of the Micro Memory Card (MMC)

technical data

CPU 315-2 DP

CPU 315-2 PN/DP

CPU 317-2 DP

CPU 317-2 PN/DP

A.1 Information about upgrading to a CPU 31xC or CPU 31x

A.1.2 Changed behavior of certain SFCs

A.1.3 Interrupt events from distributed I/Os while the CPU status is in STOP

A.1.4 Runtimes that change while the program is running

A.1.6 Reusing existing hardware configurations

A.1.8 Using consistent data areas in the process image of a DP slave system

Memory concept

A.1.12 Changed retentive behavior for CPUs with firmware >= V2.1.0

A.1.14 Using loadable blocks for S7 communication for the integrated PROFINET interface

Glossary

Purpose of the manual

Product overview

Configuration of an electronic cam control with FM 352

Cam control basics

Tracks and track result

Special tracks

Hysteresis

Dynamic adjustment

Interfaces of the cam controller

Installing and removing the FM 352

Connecting the encoder

Terminal assignment of the front connector

Wiring the front connector

Installing the software

Programming the FM 352

Basics of Programming an FM 352

Data blocks

Evaluating a diagnostics interrupt

Channel DB

High-speed access to module data

Parameter transmission paths

Commissioning the FM 352

Parameter DB

Machine and cam data

Writing and enabling machine data

Read machine data

Writing cam data

Reading cam data

Physical units system

Machine data of the axis

Determining the correct absolute encoder adjustment

Example: Adjusting the absolute encoder

Machine data of the encoder

Resolution

Quantity framework and track data

Interrupt enable

Cam data

Settings

Influence of settings on the switching characteristics of time-based cams

Set zero offset

Set reference point

Change cam edges

Perform "Fast Cam Parameter Change

Executing "Length measurement and edge detection

Retrigger reference point

Disabling software limit switches

Simulating

Read "count values of counter cam tracks

Read "position and track data

Read encoder data

Read cam and track data

Setting control signals for the cam controller

Querying checkback signals for the cam controller

Setting the return signals for diagnostics

Encoders

Proximity switches

Absolute encoder

Diagnostic interrupts

Examples

Requirements

Sample Program 2 "Commissioning

Sample program 3 "One Module

Sample program 4 "Interrupts

Sample program 5 "MultiModules

A.2 Technical data

B.1 Encoder types

B.2 Connection Diagram for Incremental Encoder Siemens 6FX 2001-2 (Up=5V; RS 422)

B.3 Connection Diagram for Incremental Encoder Siemens 6FX 2001-2 (Up=24V; RS 422)

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