Siemens SIMATIC FM 353 Manuel utilisateur

SIMATIC

FM 354/FM 353

Getting Started

First Steps in Commissioning

04/2007 Edition

-2

This Guide uses a concrete example to guide you through 4 start-up steps in the order given below

until you have obtained a functional application. You will then be able to traverse an axis and get to

know and try out the basic hardware and software functions of your FM 354 or FM 353. The refer-

ences to the Manual are intended to give you an initial overview of the information contained in the

Manual.

Depending on your level of experience, you will need approximately 1 1/2 to 2 1/2 hours to work

through this example.

Hardware and software requirements

The following preconditions must be fulfilled:

SYou have a SIMATIC 300 station, comprising a power supply module and a CPU 31x (including a

DIN rail as subrack).

SYou have an FM 354 or FM 353 module, the associated configuring package and the necessary

accessories such as bus connector, front connector and wiring material.

SYou have a power section (e.g. SIMODRIVE 611-A or FM STEPDRIVE), a motor (e.g. 1FT5 or

SIMOSTEP) and the appropriate setpoint cable. The power section and motor have already been

commissioned.

SYou have a rotary incremental encoder (servo drive −FM 354 only) and matching measuring sys-

tem cable.

SSTEP 7 (V5.3 + SP2 or later) is installed correctly on your programming device.

Installing and wiring the FM 354 or FM 353

Insert the bus connector supplied with the FM 354 or FM 353 into the CPU bus connector. Insert the

FM 354 or FM 353 module in the DIN rail, lower it down into position and tighten the mounting screws.

For more detailed instructions, please refer to Section 3.1 of the Manual.

Wire up the front connector. Insert front connector X1 in the FM 354 or FM 353 and lock. For a de-

scription and connection instructions for front connector, please refer to Sections 4.6 and 4.7 of the

FM 354 Manual or Sections 4.4 and 4.5 of the FM 353 Manual.

Connecting up the drive:

Connect the free end of the connecting cable to the terminals of the drive unit. (The terminal designa-

tions at the ends of pre-assembled cables ordered from the catalog are labelled with the appropriate

terminals for SIMODRIVE equipment or the corresponding pin assignments for the subminiature D

socket connector (15-way) for FM STEPDRIVE). The following condition must be fulfilled on SIMO-

DRIVE equipment: CW motor rotation with positive speed setpoint. In the case of STEPDRIVE mo-

tors, a 24 V supply must be applied to input GATE_N for pulse enabling. Insert the subminiature D

socket connector (9-way or 15-way) in connector X2 on the FM 354 or FM 353. Tighten the knurled-

head screws to lock the connector in place. For a description and connection instructions for the drive,

please refer to Sections 4.2 and 4.3 of the FM 354 or FM 353 Manual.

Connecting up the encoder (servo drive −FM 354 only):

Attach the connecting cable to the encoder. Insert the subminiature D connector (15-way) in socket

X3 on the FM 354. Tighten the knurled-head screws to lock the connector in place. For a description

and connection instructions for the encoder, please refer to Sections 4.4 and 4.5 of the Manual.

CPUPower supply

module PS

L+

FM 354

e. g. SIMODRIVE 611-AIncremental encoder

FM 353 FM STEPDRIVE

L+

−2 −

-3

Connect the programming device to the CPU.

Switch the CPU to the STOP state.

Test: Switch on the power on the power supply module. The red LED marked “SF” on the FM then

lights up briefly and goes out again on successful completion of an internal module test. The

yellow LED marked “DIAG” on the FM lights up briefly after about 8 s and goes out at the same

time as LED “SF”.

When the connections have been made correctly, green LEDs “DC 5V” on the CPU and the FM

354 or FM 353 light up.

Installing the configuring package on the programming device

The configuring package contains the “Parameterize FM 354” or “Parameterize FM 353” tool, the

function blocks (FCs), the data structure (UDT 1), a preconfigured example interface for the OP 7/17

(irrelevant here) and user examples.

Insert the CD ROM in the CD ROM drive of your PG/PC.

Run file Setup.exe on the CD ROM.

Follow step by step the instructions displayed by the installation routine.

The software is installed in the following directories when the defaults are accepted:

S“Parameterize FM 354” or “Parameterize FM 353” parameterization tool: “Siemens\Step7\S7FLAG

or \S7FSTEP”

SFunction blocks:“Siemens\Step7\S7LIBS/FMSTSV_L” or

“Siemens\Step7\S7LIBS/FM353_354”

SOP interface: “Siemens\Step7\EXAMPLES\FM354\zEn14_02_FM354_OP_EX” or

“Siemens\Step7\EXAMPLES\FM353\zEn13_02_FM353_OP_EX”

SUser examples: “Siemens\Step7\EXAMPLES\zEn14_03_FM354_EX” or

“Siemens\Step7\EXAMPLES\zEn13_03_FM353_EX”

SMD DBs (for start-up): “Siemens\Step7\EXAMPLES\FM353\MD” (on FM 353 only)

Instructions on how to install the configuring package can also be found in Section 5.1 of the Manual.

Parameterizing the FM 354 or FM 353 module

If you have not yet created a project, proceed as follows:

Set up a new project in the SIMATIC Manager by selecting File →New →Projects and enter a proj-

ect name. Insert your project in the SIMATIC 300 Station by selecting Insert →SIMATIC 300 Station

in the new project window.

Select the SIMATIC 300 Station. Open the S7 hardware configuration screen by selecting menu com-

mands Edit →Open Object.

Open the hardware catalog by selecting Insert →Hardware Components or View →Catalog. Select

SIMATIC 300 →RACK-300 →Rail. Drag the rail into your hardware project.

By the same method, select the CPU and the FM 354 or FM 353 module with associated order num-

bers (MLFBs) from the hardware catalog and drag them to the appropriate location (location 2 for the

CPU, in the example: Location 4 for the FM 354 or FM 353).

Save and compile your hardware project by selecting commands Station →Save and Compile.

Note: The configured CPU and FM 354 or FM 353 are now included in your project in the SIMATIC

Manager.

Select the FM 354 or FM 353 in your hardware project.

Select menu items Edit →Object Properties to call dialog “Properties −FM354 SERVO −(R0/S4)” or

“Properties −FM353 STEPPER −(R0/S4)”.

Click on button Parameters... to open the “Parameterize FM 354” or “Parameterize FM 353” inter-

face.

Select OK when the “Save Project?” query appears.

−3 −

-4

FM 354

When you click on button MD in the main window, a new Machine Data Data Block (DB-MD) is

opened. The parameters of this DB-MD are set to defaults (“Machine Data” display).

These defaults will enable you to traverse an axis if your system configuration is as follows:

SPower section: SIMODRIVE 611-A

SMotor: 1FT5

SEncoder: Rotary incremental encoder with 2,500 increments/rev

If your system is configured differently, then you will need to parameterize the following machine data

to match your configuration:

SController data: MD26 “Zero speed range”

SAxis data: MD23 “Maximum velocity”

SEncoder data: MD11/12 “Distance per encoder revolution”

MD13 “Increments per encoder revolution”

FM 353

By loading the configuring package, you have installed directory “FM353\MD”. This directory contains

data blocks for machine data for starting up FM STEPDRIVE and the corresponding SIMOSTEP.

These DB-MDs are assigned machine data defaults which will enable you to traverse an axis.

Select menu commands File →Import to open the MD file (note file type!) for the appropriate motor

in directory “[STEP7 directory]\EXAMPLES\FM353\MD”.

e.g. si02_353.md for a SIMOSTEP 2 Nm motor.

Deactivate the setting Controller Already Active on the index card “Drive Interface” under MD37. Se-

lect setting No Boost, No PWM Active under “Phase Current Control of Drive” on index card “Drive

Data”.

If your system is configured differently, then you will need to parameterize the following machine data

to match your configuration:

Drive interface: MD11/12 “Distance per motor revolution”

MD13 “Steps per motor revolution”

Once you have parameterized the FM 354 or FM 353 to match your configuration, proceed as

follows:

Save the DB-MD by selecting File →Save.

Close the “Machine Data” screen.

Click on button Transfer Data to FM... in the main display.

In the “Data Block Transfer” dialog, select machine data block “DB 1200” (FM 354) or “DB 1210”

(FM 353) under “Data Block Offline”.

Click on button Transfer to FM to send the MD-DB to the FM 354 or FM 353.

Close the dialog.

Test: You have set up the necessary safety measures for moving an axis.

Open the start-up window by selecting Test →Start-up or by clicking on button Start-up in

the main window.

Set the operating mode to Jog.

Select Servo Enable and Drive Enable (drive enable/axis enable). Enter an override of 50%.

Select button R+.

You can now initiate a traversing motion by pressing the spacer key.. Your motor will rotate (at

the setting for velocity level 1) while the spacer key is pressed and you can monitor the actual

position in the start-up display (dynamic response of axis in accordance with defaults).

−4 −

-5

Should an error occur during the test, you can reset the test run by selecting buttons Restart or Ack-

now or DIQ in the start-up window.

You can read the error message with error number and error text by selecting menu items Test →

Error Analysis or clicking on button Error Display in the main window.

If you change any machine data, you must activate them by clicking on button MD active after they

have been loaded to the FM.

Note: For further start-up instructions, please refer to Section 7 of the Manual.

For further information about parameterizing the FM 354 or FM 353 module, please refer to Section 5

of the Manual.

Linking into user program using an example

When you loaded the configuring package, you also installed example project “zEn14_02_FM354_EX”

or “zEn13_02_FM353_EX”. Provided you have properly completed the steps described above, you

can use Example 1 (EXAMPLE1) from this project to move an axis of the FM 354 or FM 353.

Proceed as follows:

Close windows “Parameterize FM 354” or “Parameterize FM 353”, “Properties” and “S7 Hardware

Configuration”.

Enter Yes to system query “Save changes in SIMATIC 300(1)?”.

Open example project “zEn14_02_FM354_EX” or “zEn13_02_FM353_EX” in the SIMATIC Manager

by selecting File →Open →Projects.

Select directory “EXAMPLES” in this example project. This directory contains:

SA “Symbols” file

SA “Blocks” directory

Select the “Symbols” file and copy it to your project under SIMATIC 300 Station →CPUxxx →S7

Program.

Enter Yes to system query “... Do you want to replace the existing object and all its contents?”.

Open the “Blocks” directory in example project “zEn14_02_FM354_EX” or “zEn13_02_FM353_EX”

and copy all the blocks it contains into your project under SIMATIC 300 Station →CPUxxx →S7 Pro-

gram →Blocks.

The following blocks are now stored in your project:

SFC 0 to FC 3 −technology functions

SFC 100 −basic example for setting the operating mode

SFC 101 to FC 103 −examples 1, 2, 3

SDB 1 −user data block (from UDT 1)

SDB 100 −example data block (DBEX)

SOB 1 −cycle OB

SOB 100 −restart OB

SOB 82 −diagnosis alarm OB

SUDT 1 −user-defined data type

SVariables table VAT1...3

Open “OB 100” with a double click.

The LAD\STL\CSF Editor is opened.

Enter LADDR:=256 (for example) for FC “POS_INIT” call parameter under Network 2 in OB 100.

Save OB 100 by selecting File →Save.

Close the Editor.

Select SIMATIC 300 Station →CPUxxx →S7 Program →Blocks in the SIMATIC Manager. Load all

the S7 blocks (including system data) stored in this directory to your CPU (CPU in STOP state) by

selecting Target System →Load.

Switch your CPU to the RUN-P state.

−5 −

-6

After the CPU and FM 354 or FM 353 have powered up successfully, the following settings have been

preset by block OB 100:

S“Jog” mode with operating mode parameter BP = 1 (value of velocity level 1)

SOverride 100%

SServo enable set

SVelocity levels: 40 m/min (level 1) and 80 m/min (level 2)

You can monitor the status of the FM module in the main display or by selecting Test →Start-up in

the parameterization tool. You can open the parameterization tool screen by selecting SIMATIC 300

Station →Edit →Open Object, double clicking on the FM 354 or FM 353 object and finally clicking on

button Parameters in the “Properties” dialog.

To be able to monitor or set the bits in DB 100 used in the user program, you must start the “View and

Control Variables” tool. To do this, select your project in the SIMATIC Manager and then select

SIMATIC 300 Station →CPUxxx →S7 Program →Blocks. With a double click on the variables table

VAT1 in the “Blocks” directory, you open the “View and Control Variables” tool. Establish an online

connection via the menu Target System →Establish Connection to →CPU Configured (directly con-

nected CPU).

Enter the following bits in the column headed “Operand”:

SDBEX.EX1DIR_P (plus direction)

SDBEX.EX1.DIR_M (minus direction)

SDBEX.EX1.GO_P (plus travel)

SDBEX.EX1.GO_M (minus travel)

To start the axis (plus direction), enter “2#1” in the “Control Value” column in the line for bit

“DBEX.EX1.DIR_P” and activate the traverse motion by selecting Variables →Activate Control Val-

ues.

To end the movement, change the value of bit “DBEX.EX1.DIR_P” from “2#1” to 2#0 and terminate

the motion by selecting menu commands Variables →Activate Control Values.

To start the axis (minus direction), enter “2#1” in the “Control Value” column in the line for bit

“DBEX.EX1.DIR_M” and activate the traverse motion by selecting Variables →Activate Control Val-

ues.

To end the movement, change the value of bit “DBEX.EX1.DIR_M” from “2#1” to 2#0 and terminate

the motion by selecting menu commands Variables →Activate Control Values.

You can monitor the operands cyclically by selecting Variables →View.

You can update the operands once for monitoring by selecting Variables →Update Status Values.

For information about programming standard function blocks, please refer to Section 6 of the Manual.

−6 −

-7

Further examples

The “zEn14_02_FM354_EX” or “zEn13_02_FM353_EX” project contains further helpful examples

which you can adapt to your application.

Note

You should activate functions alarm generation, alarm selection and all monitors in normal opera-

tion.

You can set the alarm generation function on index card “Basic Parameters” in dialog “Properties −

FM 354 SERVO −(R0/S4)” or “Properties −FM 353 STEPPER −(R0/S4)” (see also heading “Para-

meterizing the FM 354 or FM 353 module” or Section 5.2 in Manual).

The monitoring functions, e.g. MD20 hardware monitor, MD21/22 software limit switches, etc. are acti-

vated by means of parameter settings.

Make sure that the data are transferred to the FM 354 or FM 353 and the CPU again afterwards.

Diagnostics

Input errors, wiring mistakes or conflicting parameter settings may cause errors which are displayed

by group error LED “SF” on the FM 354 or FM 353.

For a description of how to localize and remedy errors and messages of this type, please refer to Sec-

tion 11 of the Manual.

−7 −

Siemens Aktiengesellschaft

Subject to changes without prior notice

ESiemens AG 1998-2007

Siemens AG

Automation and Drives

90437 Nürnberg

Federal Republic of Germany

Autres manuels pour SIMATIC FM 353

Ce manuel convient aux modèles suivants

Table des matières

Autres manuels Siemens Unité de contrôle

Siemens

Siemens 3VT9500-6AE00 Manuel utilisateur

Siemens

Siemens SINAMICS G120P CU230P-2 Guide de l'administrateur

Siemens

Siemens XC10 Series Mode d’emploi

Siemens

Siemens SIMOCODE pro 3UF7400-1AA00-0 Manuel utilisateur

Siemens

Siemens 3RK2 Series Manuel utilisateur

Siemens

Siemens Climatix POL822 Manuel utilisateur

Siemens

Siemens PN16 Manuel utilisateur

Siemens

Siemens COM060 Manuel utilisateur

Siemens

Siemens VXP45 Series Manuel du propriétaire

Siemens

Siemens Cerberus Pyrotronics LP-30 Manuel utilisateur

Siemens

Siemens SOAM Manuel utilisateur

Siemens

Siemens SINUMERIK 840D Manuel utilisateur

Siemens

Siemens AP 118 Manuel de service

Siemens

Siemens SIMADYN D MS51 Manuel utilisateur

Siemens

Siemens RUGGEDCOM RS900F Manuel utilisateur

Siemens

Siemens Simatic S7-1500 Manuel utilisateur

Siemens

Siemens SINUMERIK 840Di Manuel de la liste des pièces

Siemens

Siemens SINUMERIK Series Manuel de la liste des pièces

Siemens

Siemens SIMADYN D Manuel utilisateur

Siemens

Siemens MJ-X Series Manuel utilisateur

Siemens

Siemens SINAMICS CONNECT 500 Manuel utilisateur

Siemens

Siemens ASR61EX Manuel utilisateur

Siemens

Siemens 3AH Manuel utilisateur

Siemens

Siemens SENTRON Series Manuel utilisateur

Manuels Unité de contrôle populaires d'autres marques

Festo

Festo Compact Performance CP-FB6-E Manuel de la liste des pièces

Elo TouchSystems

Elo TouchSystems DMS-SA19P-EXTME Manuel utilisateur

JS Automation

JS Automation MPC3034A Manuel utilisateur

JAUDT

JAUDT SW GII 6406 Series Guide rapide

Spektrum

Spektrum Air Module System Manuel utilisateur

BOC Edwards

BOC Edwards Q Series Manuel utilisateur

KHADAS

KHADAS BT Magic Manuel utilisateur

Etherma

Etherma eNEXHO-IL Manuel utilisateur

PMFoundations

PMFoundations Attenuverter Manuel utilisateur

GEA

GEA VARIVENT Manuel utilisateur

Walther Systemtechnik

Walther Systemtechnik VMS-05 Manuel utilisateur

Altronix

Altronix LINQ8PD Instructions de montage

Eaton

Eaton Powerware Series Manuel utilisateur

WAGO

WAGO 750-407/040-000 Manuel utilisateur

Sony

Sony CCU-590 Manuel utilisateur

Graco

Graco 25D614 Manuel utilisateur

Task Force Tips

Task Force Tips YE-RF-900 Manuel de programmation

Shini

Shini SPV-U Series Manuel utilisateur