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Siemens Metro 21 M216KA, Operator'S Manual

The Siemens Metro 21 M216KA Operator's Manual is essential for anyone using this top-of-the-line product. This comprehensive manual provides step-by-step instructions, troubleshooting tips, and important safety information. Download the manual for free from our website and make the most out of your Siemens Metro 21 M216KA experience.

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xvi

ET 200L, ET 200L-SC and ET 200L-SC IM-SC Distributed I/O Device

EWA 4NEB 780 6009-02c

Tables

1-1

General Components for the ET 200L, ET 200L-SC, ET 200L-SC IM-SC 

1-6

1-2

Components of the ET 200L  Distributed I/O Device

1-9

. . . . . . . . . . . . . . . . . . 

1-3

Components of a ET 200L-SC 

1-11

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

1-4

Components of an ET 200L-SC IM-SC

1-14

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

3-1

DIN VDE Regulations for Installation of a Controller

3-5

. . . . . . . . . . . . . . . . . . 

3-2

Pinout of the PROFIBUS-DP Terminal Connection

3-9

. . . . . . . . . . . . . . . . . . . . 

3-3

Pinout of the PROFIBUS-DP Terminal Connection

3-13

. . . . . . . . . . . . . . . . . . . . 

3-4

Assignment of the PROFIBUS-DP Connection at the IM-SC 
Interface Module

3-19

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

3-5

Assignment of the Power Supply

3-21

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

5-1

Diagnostics Using the LED Display 

5-2

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

5-2

Diagnostics Using the LEDs of the ET 200L-SC or ET 200L-SC IM-SC

5-3

. . 

5-3

Function Blocks for Slave Diagnosis 

5-7

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

5-4

Structure of Station Status 1 (Byte 0) 

5-8

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

5-5

Structure of Station Status 2 (Byte 1) 

5-9

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

5-6

Bytes 13 to 16 for the Diagnostic Interrupt

5-14

. . . . . . . . . . . . . . . . . . . . . . . . . . . 

6-1

Rated Voltage of the ET 200L Distributed I/O Device 

6-9

. . . . . . . . . . . . . . . . . 

7-1

Pinout of the TB 16L Terminal Block 

7-3

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

7-2

Pinout of the TB 32L Terminal Block 

7-6

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

7-3

Pinout of the TB 16L AC Terminal Block

7-9

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

7-4

Supplied Versions of the Supplementary Terminals  

7-18

. . . . . . . . . . . . . . . . . . 

7-5

Supplied Versions of the Supplementary Terminals  
TB16SC/ TB 16IM-SC

7-20

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

8-1

Assignment of the ET 200L Electronic Blocks to the Terminal Blocks  

8-1

. . . 

8-2

Service Life of the Contacts

8-27

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

8-3

Service Life of the Contacts

8-34

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

9-1

Assignment of the Interface Module/ET 200L-SC Electronics Blocks to the Ter-
minal Blocks

9-1

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

10-1

Switching capacity and lifetime of the contacts

10-20

. . . . . . . . . . . . . . . . . . . . . . . 

11-1

Default Parameters of the Analog Input Modules 

11-6

. . . . . . . . . . . . . . . . . . . . 

11-2

Effect of the Operating Mode of the CPU and the Supply Voltage L+ on the
Analog Input Values

11-7

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

11-3

Compensation of the Reference Junction Temperature 11-10

. . . . . . . . . . . . . . . 

11-4

Parameters of the Analog Output Modules 

11-20

. . . . . . . . . . . . . . . . . . . . . . . . . . 

11-5

Output Types/Output Ranges of the Analog Output Modules

11-21

. . . . . . . . . . . 

11-6

Default Parameters of the Analog Output Modules 

11-22

. . . . . . . . . . . . . . . . . . . 

11-7

Effect of the Operating Mode of the CPU and the Supply Voltage L+ on the
Analog Output Values

11-23

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

11-8

Bipolar Input Ranges

11-30

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

11-9

Unipolar Input Ranges

11-30

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

11-10

Life-Zero Input Ranges

11-31

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

11-11

Bipolar Output Ranges

11-37

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

11-12

Unipolar Output Ranges

11-37

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

11-13

Life-Zero Output Ranges

11-38

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

11-14

Representation of the Measurement Ranges for Analog Inputs

11-41

. . . . . . . . . 

11-15

Representation of the Measurement Rangesfor Analog Outputs

11-42

. . . . . . . . 

11-16

Bipolar Input Ranges

11-43

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

11-17

Unipolar Input Ranges

11-43

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

11-18

Life-Zero Input Ranges

11-44

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

11-19

Bipolar Output Ranges

11-50

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

11-20

Unipolar Output Ranges

11-50

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

Contents

Summary of Contents for Metro 21 M216KA

Page 1: ...Electronics Blocks Technical Data 9 SC Digital Electronic Modules Technical Data 10 SC Analog Electronic Modules Parameters 11 SC Analog Electronic Modules Technical Data 12 SC 1COUNT40kHz Counter Module 13 Order Numbers A Type and Device Master Files B Configuration Frame and Parameterization Frame C ESD D Glossary Index Edition 04 EWA 4NEB 780 6009 02c ET 200L ET 200L SC and ET 200L SC IM SC Dis...

Page 2: ...escription and only in connection with devices or components from other manufacturers which have been approved or recommended by Siemens This product can only function correctly and safely if it is transported stored set up and installed correctly and operated and maintained as recommended SIMATIC and SINEC are registered trademarks of SIEMENS AG Some of the other designations used in these docume...

Page 3: ...es This manual is valid for the components of the ET 200L distributed I O de vice and Smart Connect SC specified in Appendix A It describes the components valid at the time of publication We reserve the right to attach current product information on new and updated components Changes have been made since the previous version of this manual order number 6ES7 130 1AA00 8AA0 Release 3 as regards the ...

Page 4: ...er parts due to integration in ASICs The ET 200L and Smart Connect SC are recyclable due to their low contami nant content To recycle and dispose of your old equipment in an environment friendly manner contact Siemens Aktiengesellschaft Anlagenbau und Technische Dienstleistungen ATD TD3 Kreislaufwirtschaft Postfach 32 40 D 91050 Erlangen Phone 49 91 31 7 3 36 98 Fax 49 91 31 7 2 66 43 The people t...

Page 5: ...ase get in touch with your Siemens repre sentative or office You will find the address in the manuals of the DP mas ters e g in the appendix entitled Siemens Worldwide of the S7 300 Pro grammable Controller Hardware and Installation manual in catalogs and in CompuServe GO AUTFORUM A hotline is available on 49 911 895 7000 fax 7001 If you require the type file or device master file you can download...

Page 6: ...an be useful to you when using SIMATIC products On the Internet at http www ad siemens de support html_00 index shtml At the SIMATIC Customer Support mailbox on 49 911 895 7100 To access the mailbox use a modem of up to V 34 28 8 kbps with the following parameter settings 8 N 1 ANSI Alternatively use ISDN x 75 64 kbps You can contact SIMATIC Customer Support by phone on 49 911 895 7000 and by fax ...

Page 7: ...onnect Electronic Modules to the TB 16IM SC TB 16SC Terminal Block 2 13 2 5 Installing the ET 200L IM SC Interface Module on the TB 16IM SC Terminal Block 2 17 2 6 Setting the ET 200L PROFIBUS Address 2 18 2 7 Installing a supplementary terminal and shield terminal on the TB 16IM SC TB 16SC terminal block 2 19 3 Wiring 3 1 3 1 General Rules and Regulations 3 3 3 2 Configuring the Electrical Instal...

Page 8: ... Electromagnetic Compatibility 6 4 6 3 Shipping and Storage Conditions 6 6 6 4 Mechanical and Climatic Environmental Conditions 6 7 6 5 Details of Insulation Testing Safety Class and Degree of Protection 6 8 6 6 Rated Voltage of the ET 200L Distributed I O Device 6 9 7 Terminal Blocks and Supplementary Terminals Technical Data 7 1 7 1 Terminal Block TB 16L 6ES7 193 1CH00 0XA0 6ES7 193 1CH10 0XA0 7...

Page 9: ...3 10 SC Digital Electronic Modules Technical Data 10 1 10 1 Digital Electronic Module 2DIDC24V 10 2 10 2 Digital Electronic Module 2DODC24V0 5A 10 5 10 3 Digital Electronic Module 2DODC24V2A 10 8 10 4 Digital Electronic Module 1DIAC120 230V 10 11 10 5 Digital Electronic Module 1DOAC120 230V1A 10 14 10 6 Digital Electronic Module 1DORel AC230V DC 24 V to 120 V 10 17 11 SC Analog Electronic Modules ...

Page 10: ... Value Representation for Analog Input Modules in S5 Number Format 11 45 11 27 Analog Output Ranges for Output Channels in S5 Number Format 11 50 11 28 Analog Value Representation for Output Modules in S5 Number Format 11 52 12 SC Analog Electronic Modules Technical Data 12 1 12 1 Analog Electronic Module 2 AI U 12 2 12 2 High Speed Analog Electronic Module 2 AI HS U 12 8 12 3 Analog Electronic Mo...

Page 11: ...ET 200L SC or ET 200L SC IM SC Start Up C 3 C 3 Configuration Frame for the ET 200L SC C 4 C 3 1 Identifiers for the ET 200L SC C 6 C 3 2 Identifiers for the ET 200L SC IM SC C 9 C 3 3 Configuration Frame Example C 11 C 4 Parameterization Frame for the ET 200L SC or ET 200L SC IM SC C 14 C 4 1 Standard Section and Parameters for the Status C 16 C 4 2 Parameters for the Smart Connect Section C 17 C...

Page 12: ...r the Power Supply 3 17 3 9 Connections of the IM SC Interface Module 3 18 3 10 Length of Insulation Stripped 3 20 3 11 Wiring the PROFIBUS DP Screw Type Terminal 3 20 3 12 Connecting the Power Supply 3 21 3 13 Functioning of the Bus Terminating Switch 3 21 5 1 Structure of the Slave Diagnosis 5 7 5 2 Structure of the Module Diagnosis with the COM S7 Configuration Software for the ET 200L SC 5 10 ...

Page 13: ...ck Diagram of the IM SC Interface Module 9 3 9 3 View of the L SC 16 DI DC 24 V Electronics Block 9 4 9 4 Block Diagram of the L SC 16 DI DC 24 V Electronics Block 9 5 9 5 View of the L SC 16 DO DC 24 V 0 5 A Electronics Block 9 7 9 6 Block diagram of the L SC 16 DO DC 24 V 0 5 A Electronics Block 9 8 9 7 View of the L SC 32 DI DC 24 V Electronics Block 9 10 9 8 Block diagram of the L SC 32 DI DC ...

Page 14: ... 11 Block Diagram of the 2 AI I Analog Electronic Module 12 21 12 12 Jump Response 12 23 12 13 Front and Side Elevations of the 2 AI HS I High Speed Analog Electronic Mod ule 0 4 20mA 4 Wire Measuring Transducer 12 26 12 14 Block Diagram of the 2 AI HS I High Speed Analog Electronic Module 0 4 20mA 4 Wire Measuring Transducer 12 27 12 15 Jump Response 12 29 12 16 Front and Side Elevations of the 2...

Page 15: ...inued 13 24 A 1 Labeling Strips 6ES7 193 1BH00 0XA0 A 4 A 2 Labeling Strips 6ES7 193 1BL00 0XA0 A 5 A 3 Labeling Strips for Smart Connect A 8 C 1 Structure of the Parameterization Frame of the ET 200L SC and ET 200L SC IM SC C 14 C 2 Standard Section of the Parameterization Frame C 16 C 3 Parameters for the Status C 16 C 4 Structure of Data Record 0 C 19 C 5 Structure of the Header of Data Record ...

Page 16: ...pplementary Terminals TB16SC TB 16IM SC 7 20 8 1 Assignment of the ET 200L Electronic Blocks to the Terminal Blocks 8 1 8 2 Service Life of the Contacts 8 27 8 3 Service Life of the Contacts 8 34 9 1 Assignment of the Interface Module ET 200L SC Electronics Blocks to the Ter minal Blocks 9 1 10 1 Switching capacity and lifetime of the contacts 10 20 11 1 Default Parameters of the Analog Input Modu...

Page 17: ...Module Order Numbers A 7 A 7 Function Modules A 7 A 8 Accessories for the ET 200 Distributed I O Device A 9 A 9 Manuals for STEP 7 and SIMATIC S7 A 10 A 10 Manuals for ET 200 on SIMATIC S5 A 10 B 1 Version der Projektier Software B 2 B 2 Data for PROFIBUS DP B 3 B 3 Maximum Number of Inputs and Outputs with the ET 200L B 4 B 4 Maximum Number of Inputs and Outputs with the ET 200L SC or ET 200L SC ...

Page 18: ...xviii ET 200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c Contents ...

Page 19: ...mart Connect within the ET 200 distributed I O system The components which make up the ET 200L distributed I O device The components which make up the Smart Connect SC How the components of the ET 200L and Smart Connect SC can be used together Section Subject Page 1 1 What Is the ET 200 Distributed I O System 1 2 1 2 What Is the ET 200L Distributed I O Device 1 3 In This Chapter Contents of the Ch...

Page 20: ...high data transfer rates The ET 200 distributed I O system consists of active master and passive slave nodes that are interconnected via the PROFIBUS DP DP master DP slaves PROFIBUS DP S7 300M7 300 S7 400M7 400 PU or PC ET 200L ET 200M ET 200B S5 95U Other field devices S5 95U with IM 308 C S5 115U to 155 U Figure 1 1 A Typical PROFIBUS DP Installation PROFIBUS DP DP means distributed I O is an op...

Page 21: ...rt Connect has been designed for the low end to medium performance ranges The ET 200L and Smart Connect is available in three versions The ET 200L block I O device The ET 200L SC modular I O device The ET 200L SC IM SC fine step modular I O device The ET 200L block I O device is not expandable The ET 200L consists of a terminal block for the wiring to which an elec tronics block is connected The e...

Page 22: ...necting the SIMATIC Smart Connect The Smart Connect SC consists of a TB 16SC terminal block and up to 8 SC electronic modules There are one and two channel SC electronic mod ules for digital and analog inputs outputs or for count functions ET 200L SC Electronics block ET 200L SC Terminal block TB 16SC Terminal block TB 16SC 16 channels 16 channels Terminal block TB 16L 16 channels Terminal block T...

Page 23: ...d up to 8 Smart Connect electronic modules The IM SC interface module connects the ET 200L SC IM SC to the PROFIBUS DP You can add the TB 16SC to the ET 200L SC IM SC thus allowing you to run an additional 8 SC electronic modules IM SC interface module for PROFIBUS ET 200L SC IM SC Terminal block TB 16SC 16 channels Terminal block TB 16 IM SC 16 channels Terminal block TB 16 IM SC 16 channels SC e...

Page 24: ...o 1 2 3 Table 1 1 General Components for the ET 200L ET 200L SC ET 200L SC IM SC Component Function Illustration Rail EN 50022 35 15 or 35 7 5 is the mounting rack for the ET 200L Power supply PS converts the mains voltage 120 230 VAC into a 24 V DC operat ing voltage for supplying the ET 200L is the load current power supply for the 24 V DC load circuits PROFIBUS cables with bus connector interco...

Page 25: ...f the Smart Connect The electronics block contains the logic circuitry and is inserted into the ter minal block and screwed It is characterized by the following It defines the number of input output channels You do not have to loosen the terminal lead to replace the electronics block you merely have to remove the bus connector The PROFIBUS DP is connected via a bus connector to the electronics blo...

Page 26: ...he ET 200L distributed I O device It con sists of a terminal block and an electronics block Electronics block Terminal block Figure 1 2 View of the ET 200L Distributed I O Device The modules incorporated in the ET 200L include 24 V DC digital input and or output modules AC digital input and or output modules Features of the ET 200L ET 200L Modules Product Overview ...

Page 27: ...s block Electronics block is mounted on the terminal block It defines the function input or output Supplementary terminals 1 row 2 row are an extension for actuators and sensors with a 3 or 4 wire termination MMMMMMMMMMMMMMMMM PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE Labeling sheet allows the labeling strips to be la beled automatically ...

Page 28: ...odule Analog input modules U I TC RTD Analog output modules U I The Smart Connect SC consists of a terminal block and various electronic modules that you can connect to it The Smart Connect SC allows you to fine tune the inputs and outputs to your process You can connect both analog and digital electronic modules to the terminal block at the same time You connect the ET 200L to the Smart Connect S...

Page 29: ...With spring terminal With screw type terminal carries the wiring and the SC electronic modules Digital analog electronic modules are connected to the TB 16SC terminal block Electronic mod ules define the functions input output Smart Connect connecting cable comes with the TB 16SC termi nal block connects the TB 16SC to the SC electronic modules Supplementary terminal single row Spring terminal Scr...

Page 30: ...lines with the supple mentary terminal Labeling sheet allows the labeling strips to be labeled automatically or printed using a laser printer You will find the technical data in the following chapters and sections TB 16L and TB 32L terminal blocks Sections 7 1 and 7 2 Electronics blocks for the Smart Connect Chapter 9 TB 16SC terminal block Section 7 4 SC electronic modules Chapters 10 and 12 Tech...

Page 31: ... interface module connects the ET 200L SC IM SC to the PROFIBUS DP It is tilted onto the TB 16IM SC terminal block It has a connector for the PROFIBUS DP The PROFIBUS addresses 1 to 99 can be set You can connect up to 8 SC electronic modules to the TB 16IM SC terminal block directly The Smart Connect SC modules include 24 V 0 5A 2A DC digital input output modules 120 230 V AC digital input output ...

Page 32: ...C Component Function Illustration IM SC interface module connects the TB 16IM SC terminal block to the PROFIBUS DP IM SC TB 16IM SC terminal block With spring terminal With screw type terminal carries the wiring the IM SC interface module and the SC electronic modules TB 16SC terminal block with SC connection cable With spring terminal With screw type terminal is added to the TB 16IM SC and carrie...

Page 33: ...rew type terminal is an extension for actuators and sensors with a 4 wire con nection Shield terminal connects the shielding of ana log signal lines with the supple mentary terminal Labeling sheet enables automatic labeling or printing by laser printer You will find the technical data for the ET 200L SC IM SC in the following sections and chapters IM SC interface module Section 9 1 TB 16IM SC term...

Page 34: ...1 16 ET 200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c Product Overview ...

Page 35: ... Set the ET 200L PROFIBUS address 2 6 Installing the ET 200L SC and S t C t 1 Install the ET 200L TB 16L TB 32L terminal block and supplementary terminal 2 1 Smart Connect 2 Install and disassemble the ET 200L electronics block 2 2 3 Install the SC TB 16SC terminal block 2 3 4 Connect the Smart Connect electronic modules to the TB 16SC terminal block 2 4 5 Set the ET 200L PROFIBUS address 2 6 6 In...

Page 36: ...onics Block 2 6 2 3 Installing the TB 16IM SC TB 16SC Terminal Block 2 7 2 4 Connecting the Smart Connect Electronic Modules to the TB 16IM SC TB 16SC Terminal Block 2 13 2 5 Installing the ET 200L IM SC Interface Module on the TB 16IM SC Terminal Block 2 17 2 6 Setting the ET 200L PROFIBUS Address 2 18 2 7 Installing a Supplementary Terminal and Shield Terminal on the TB 16IM SC TB 16SC Terminal ...

Page 37: ...a vertical wall All other mounting positions are conceivable You require a free space on a rail of 145 mm 16 channels or 191 mm 32 channels The minimum installation depth is 82 mm with an electronics block installed and an MLFB 6ES7 972 0CA30 0XA0 bus connector connected when using a 35 7 5 mm rail You require a free space of 35 mm above the terminal block You require a free space of 20 mm below t...

Page 38: ...lock If you are using supplementary terminals you must install them before you commence wiring 1 2 Figure 2 1 Installing the Terminal Block Push the supplementary terminals into the existing guideways on the lower side of the terminal block until you hear the safety bolt engage To disassemble supplementary terminals proceed as follows 1 Pull the safety bolt downwards as far as the stop 2 Pull out ...

Page 39: ...e bus connector Loosen the fixing screw Tilt the electronics block forwards 3 Loosen the wiring 4 If you are using supplementary terminals you must remove them before disassembling the terminal block see above 5 Press the two safety bolts downwards in succession with a screwdriver 6 Tilt and remove the terminal block from the rail 2 5 5 5 6 Figure 2 2 Disassembling the Terminal Block Disassembling...

Page 40: ...eways on the termi nal block 2 Tilt the electronics block backwards as far as the stop 3 Secure the electronics block on the terminal block by tightening the screw 2 1 3 1 Figure 2 3 Installing the Electronics Block To disassemble the electronics block proceed in the reverse order 1 Turn off the power supply 2 Remove the bus connector 3 Loosen the fixing screw 4 Tilt the electronics block forwards...

Page 41: ...emoving the terminal block and the electronic modules S To guarantee the air flow required for cooling during operation S TB 16IM SC terminal block You require a free space of 40 mm above the terminal block and 50 mm under the terminal block when using the 50 mm single tier supplementary terminal or the 57 mm two tier supple mentary terminal S TB 16SC terminal block You require a free space of 40 ...

Page 42: ...ilating the terminal block and installing and ventilating the elec tronic modules 2 Screw the rail 35 mm wide to the cabinet frame or the mounting block screw size M5 3 Position the terminal block on the 35 mm rail from above and swing it down The terminal block snaps onto the rail see Figure 2 4 Figure 2 4 Snapping the Terminal Block onto the Rail Installing the Terminal Block Installation ...

Page 43: ...roceed as follows 1 Note the assignment between the slot and the module on the labeling strip 2 Slide the labeling strip from the side into the terminal block guide Figure 2 5 Sliding the Labeling Strip into the Terminal Block Sliding the Labeling Strips into the Terminal Block Installation ...

Page 44: ...n up AC Modules Digital electronic module 1DIAC120 230V single width AC position down Digital electronic module 1DOAC120 230V1A single width AC position down Digital electronic module 1DORel AC230V single width AC position down Analog Electronic Modules Analog electronic module 2 AI U 2 AI HS U single width DC position up Analog electronic module 2 AI I 2 AI HS I single width DC position up Analog...

Page 45: ... Figure 2 6 Positioning the Coding Slide Switches 1 Select a screwdriver with a blade width of 3 5 mm 2 Insert the screwdriver into the slot on the coding slide switch see Fig ure 2 7 3 Apply slight pressure to push the coding slide switch into the required position Figure 2 7 Using the Screwdriver Installation ...

Page 46: ...ations on the enclosed labeling strip for the elec tronic module Labeling strips for terminal block and supplementary termi nal can be truncated here Labeling strips for electronic modules Separating edges Figure 2 8 Designation Plate with Labeling Strips Reduced in Size Noting the System Designation Installation ...

Page 47: ...ls 8 slots A H are available to you on each terminal block You Want to Connect the Following Electronic Modules to a Terminal Block A B C D E F G H Only DC modules DC DC DC DC DC DC DC DC Only analog electronic modules Analog Analog Analog Analog Analog Analog Analog Only AC modules AC AC AC AC AC AC Relay DC modules and AC modules AC DC DC AC AC Relay Analog electronic modules and AC modules Anal...

Page 48: ...l number of digital SC electronic modules plugged in A total number of analog SC electronic modules plugged in K total number of analog channels plugged in C total number of SC counter modules plugged in 1 only necessary if digital SC electronic modules are plugged in 2 only necessary if analog SC electronic modules are plugged in ET 200L SC IM SC 15 2AE 1 2DE D 1 A 15 K 30 10 14 1 7 21 15 9 30 5 ...

Page 49: ...he electronic modules elec trostatic discharge on the front of the module covering the LEDs Figure 2 9 Connecting the Electronic Modules to the Terminal Block Warning There is a risk of injury and damage to property If you install a combination of AC and DC modules on a terminal block you must comply with the rules for doing this If you do not injury and damage can be caused Always position the el...

Page 50: ... 6009 02c Warning There is a risk of injury and damage to property When using AC modules you must use a supplementary terminal screw type terminal to which you must connect the protective conductor When using AC modules you must use screw type supplementary termi nals Installation ...

Page 51: ...o chassis ground is fixed at the same time Secure the ground cable in the cable lug and establish a connection to chassis ground See Section 3 7 Secure the IM SC interface module by proceeding in the following sequence 1 Hook the interface module from above into the guides on the terminal block 2 Tilt the interface backward until the stop 3 Put the cable lug for chassis ground with the ground cabl...

Page 52: ...n the right hand side of the IM SC interface module Tip Set the PROFIBUS address before you wire the TB 16IM SC terminal block or before you mount the IM SC interface module The rotary switches are more accessible then Rotary switches for the PROFIBUS address Position 3 x1 x10 Position 6 Example PROFIBUS ad dress 63 You modify the PROFIBUS address at the two rotary switches by using a small screwd...

Page 53: ...e supplementary terminal parallel to the terminal block Use the right edge as a guide 2 Insert the mountings dovetails into the grooves on the underside of the terminal block 3 Press the upper side of the supplementary terminal against the underside of the terminal block and slide the supplementary terminal to the back The supplementary terminal engages Figure 2 11 Securing a Supplementary Termina...

Page 54: ...l To do this proceed as follows 1 Clip the TB 16IM SC TB 16SC terminal block onto the rail 2 Connect a 1 or 2 tier supplementary terminal to the TB 16IM SC TB 16SC terminal block 3 Connect the metallic shield terminal to the 1 or 2 tier supplementary ter minal Figure 2 12 Connecting a Shield Terminal to the Supplementary Terminal Shielding for Analog Processing Installation ...

Page 55: ...he shield terminal in the supplementary terminal by tightening the screw of the slot with a screwdriver If you are using a TB 16IM SC TB 16 SC spring terminal Secure the shield terminal in the supplementary terminal by inserting a screwdriver in the lower opening and the shield terminal in the upper opening until the stop 6 Strip the insulation to bare the conductors 7 Secure the bared wire ends i...

Page 56: ...2 22 ET 200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c Installation ...

Page 57: ...les 3 3 Wiring the ET 200L 1 Wire the ET 200L TB 16L TB 32L terminal block 3 4 Installing the ET 200L SC and 1 Wire the ET 200L TB 16L TB 32L terminal block 3 4 g ET 200L SC and Smart Connect 2 Wire the Smart Connect TB 16SC terminal block 3 5 Smart Connect 3 Install a supplementary terminal for the TB 16SC 3 8 4 Connect shielded cables to the shield terminal of the supplementary ter minals 3 9 5 ...

Page 58: ...32L Terminal Block 3 11 3 5 Wiring the Smart Connect TB 16SC Terminal Block 3 14 3 6 Wiring the ET 200L TB 16IM SC Terminal Block 3 16 3 7 Wiring the ET 200L IM SC Interface Module 3 18 3 8 Installing a Supplementary Terminal for the TB 16SC TB 16IM SC 3 22 3 9 Connecting Shielded Cables to the Shield Terminal of the Sup plementary Terminals 3 23 3 10 Connecting the Smart Connect SC to the ET 200L...

Page 59: ...ows a voltage drop or failure Start up of the ET 200L follows an inter ruption of bus communications No hazardous operating states may occur Force an EMER GENCY STOP if necessary Start up follows unlocking of the EMER GENCY STOP device ET 200L start up occurs without the DP master addressing the ET 200L There must not be an uncon trolled or undefined start up The following table shows you the item...

Page 60: ...trical isolation of extra low voltage The following table shows you the items you have to take into account in respect of protection against electrical phenomena or faults With Pay Attention to Any plant or system in which the ET 200L is installed Is the plant or system connected to a protec tive conductor for diverting electromagnetic interference Connecting leads signal and bus lines Are the wir...

Page 61: ...degree to which the protec tive measures are binding depend on the DIN VDE regulation that applies to the installation of your plant The following table refers to Figure 3 1 Table 3 1 DIN VDE Regulations for Installation of a Controller Compare Ref to Fig 3 1 DIN VDE 0100 DIN VDE 0113 Circuit breaking device for PLC sensors and signal con trol elements Part 460 Main switch Part 1 Disconnector Shor...

Page 62: ...mon reference potential ground Install a detachable connection to the protective conductor on the external power supply terminal L or M or on the isolation transformer Fig ure 3 1 This measure makes it simpler for you to locate ground faults in the power distribution system You will find notes on EMC compatible installation and wiring in the manual for the DP master you are using or for the host s...

Page 63: ...e does not correspond to the actual arrangement but was chosen for the sake of clarity Ground bus in cabinet N L1 L M PS ET 200L ET 200L SC ET 200L SC IM SC Electronics L1 L2 L3 N Load circuit 24 to 230 VAC for AC modules 5 to 60 VDC load circuit for non iso lated DC modules 5 to 60 VDC load circuit for floating DC modules Cabinet AC AC AC DC AC DC Low voltage distribution system for example TN S ...

Page 64: ...0950 IEC 950 as safety extralow voltage with safe isolation SELV or VDE 0106 Part 101 Ground bus in cabinet N L PS Terminal block L1 N Cabinet Low voltage distribution e g TN S system PE Electronic modules Rail L M Supplementary terminal PE Figure 3 2 Power Supply of the Terminal Block The 1DIAC120 230V and 1DOAC120 230V1A electronic modules do not require any auxiliary voltage L M A supplementary...

Page 65: ...f the cables Without insulation collars With insulation collars 7 to 11 mm 7 to 11 mm Wire end ferrule in accordance with DIN 46228 Without insulation collars With insulation collars 0 25 to 1 0 mm 2 1 5 mm2 Shape A up to 12 mm long Shape E up to 12 mm long Shape E 12 mm long Shape A up to 12 mm long Shape E up to 12 mm long Shape E 18 mm long Blade width of the screwdriver 3 5 mm cylindrical desi...

Page 66: ...ewdriver The cable is clamped to the contact Figure 3 3 How the Spring Terminal Works 4 Release the spring terminal of the first connection using a screwdriver 0 5 x 3 5 mm DIN 5264 Begin at the bottom left of the terminal block 5 Push the first wire into the released spring terminal and withdraw the screwdriver 6 Repeat steps 1 to 3 for all other wires Warning There is a risk of injury and damage...

Page 67: ...and readily visible from the front Assignment of terminal connections to input output channels is simple to perform without danger of confusion Connect the terminal block and the supplementary terminal in accordance with the configuration Figure 3 4 shows the terminal connections for termi nal block TB 16L Its pinout is described in Chapter 7 Connection for PE Channel group A Channel group B Elect...

Page 68: ...Ways of Connecting the Voltage Supply The block diagrams relating to the ET 200L distributed I O device will be found in Chapter 7 A labeling strip is located on the front of the electronics block for noting the assignment of inputs and outputs A terminal connection model showing the terminal connection assignment and electrical connections is located beneath the labeling strip on the elec tronics...

Page 69: ...3 3 Pinout of the PROFIBUS DP Terminal Connection View Pin No Signal Name Description 1 1 2 2 1 6 3 RxD TxD P Data line B 3 2 7 6 4 RTS Request To Send 3 8 7 5 M5V21 Data reference potential from station 9 4 8 6 P5V21 Supply Plus from station 9 5 4 7 5 8 RxD TxD N Data line A 9 1 For connecting an ET 200 handheld or an optical fiber module PROFIBUS DP Terminal Connection Wiring ...

Page 70: ...0 0AA0 check that the polarity of 1L and 1M and 2L and 2M on the TB 16SC terminal block is correct before you switch on the load voltage If the polarity is incorrect any actuators connected may be activated The terminal block has one local ground point 1 You must provide a low resistance connection between the local ground point and the rail For this purpose use at least a 4mm2 conductor with a ma...

Page 71: ... D3 D4 Slot E E1 E2 E3 E4 Slot F F1 F2 F3 F4 Slot G G1 G2 G3 G4 Slot H H1 H2 H3 H4 Not all electronic modules use all the terminals assigned to the slot Unused terminals must not be wired in order to maintain the clearance and creepage distances Warning There is a risk of injury and damage to property Connecting cables to unassigned terminals can cause injury and damage to property Do not connect ...

Page 72: ...shows the connection of the TB 16IM SC terminal block Connector for the Smart Connect Slots for SC electronic modules 1L 1M 2L 2M 3L 3M A1 A2 B1 B2 C1 C2 D1 D2 E1 E2 F1 F2 G1 G2 H1 H2 A3 A4 B3 B4 C3 C4 D3 D4 E3 E4 F3 F4 G3 G4 H3 H4 SC A B Figure 3 7 Connections of the TB 16IM SC Terminal Block Warning There is a risk of injury and damage to property Connecting cables to unassigned terminals can ca...

Page 73: ...TB 16IM SC slots A to D and E to H Separate power supply for the IM SC 5L 4L 1M 2M IM SC TB 16IM SC L M M L M The bridges between 4L and 5L and between 4M and 5M are in the screw type terminal for the power supply see Table 3 5 Figure 3 8 Connection Alternatives for the Power Supply Unused terminals must not be wired in order to maintain the clearances and creepage distances Terminals Description ...

Page 74: ... SC IM SC is on the IM SC interface module 1 You must connect the connection point to the rail with low resistance To do this use at least a 4mm2 cable with a maximum length of 0 5 m and a cable lug with a nominal size of 4 6 in accordance with DIN 46237 Place the cable lug on the screw by means of which you attach the inter face module to the terminal block 2 Connect the rail with low resitance t...

Page 75: ...ect the bus lines and the shield to the screw type terminal The 6 pin screw type terminal is shipped with the IM SC interface module Table 3 4 Assignment of the PROFIBUS DP Connection at the IM SC Interface Module View Signal Name Designation Ground Bus line shield A1 Data line A IN B1 Data line B IN A2 Data line A OUT Cover B2 Data line B OUT Holder Ground Bus line shield IM SC PROFIBUS DP Connec...

Page 76: ...m the PROFIBUS DP 1 Strip the insulation from the bus line as shown in the figure below 22 mm 7 mm 6 5 mm Figure 3 10 Length of Insulation Stripped 2 Connect the bus line to the screw type terminal and screw the cover on the holder Cover Holder Shield Bus line IN Bus line OUT Shield support IM SC Figure 3 11 Wiring the PROFIBUS DP Screw Type Terminal 3 Insert the screw type terminal in the appropr...

Page 77: ... screw type terminal 1 Connect the bus line to the screw type terminal and press the cover on the screw type terminal IM SC Cover Figure 3 12 Connecting the Power Supply 2 Insert the screw type terminal in the appropriate socket on the IM SC interface module The bus terminating switch allows you to switch bus terminating resistors on or off The bus terminating switch is located in a recess on the ...

Page 78: ... the original labeling visible Multiplying any potentials For this purpose you must label the strip yourself All the terminals of a tier are electrically connected to each other internally You can use the two tier supplementary terminal for different purposes You must adapt the labeling of the supplementary terminal according to the ap plication 1 You must use the screw type 2 tier supplementary t...

Page 79: ...lementary terminal The spring terminal contacts the shield of the signal line To secure the shield terminal proceed as follows 1 Make as short a connection as possible between 2M on the TB 16SC TB 16IM SC terminal block and the tier of the supplementary terminal in which you want to insert the shield terminals 2 Insert the shield terminal into the desired position in the supplementary terminal 3 U...

Page 80: ...e sheathed end of the cable set into the Smart Connect interface of the ET 200L SC or ET 200L SC IM SC 2 One of the connecting cable s connectors has a lug Insert this connector into the terminal block of the Smart Connect Note All open Smart Connect interfaces must be closed using the accompanying SC cover before operating the ET 200L SC or ET 200L SC IM SC Only then are the requirements for hand...

Page 81: ... SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c Commissioning Section Topic Page 4 1 Configuration Software 4 2 4 2 Commissioning the ET 200L and Smart Connect 4 3 4 3 Replacing SC Electronic Modules 4 5 Contents of the Chapter 4 ...

Page 82: ...M 308C COM ET 200 Windows as of Version 2 1 See Table C 14 Device master files See Table C 2 5 2 1 to 5 2 5 COM PROFIBUS as of Version 3 0 See Table C 14 5 2 1 to 5 2 5 S5 95U with DP master interface COM ET 200 Windows as of Version 1 0 See Table C 14 5 2 6 C 5 Other master COM PROFIBUS Version 3 1 Recommendation See Table C 14 and Device master files See Table C 2 5 2 6 C 5 The following applies...

Page 83: ...n ET 200L SC or ET 200L SC IM SC you can now connect the Smart Connect Use the enclosed Smart Connect cable set for this purpose 5 Turn on the power supply for the ET 200L Result The ET 200L starts up automatically 6 If you are using an ET 200L SC or ET 200L SC IM SC turn on the power supply of the Smart Connect SC and ET 200L SC Result The ET 200L SC or ET 200L SC IM SC and Smart Connect SC start...

Page 84: ...t connected at start up SC modules are not detected The ET 200L SC or ET 200L SC IM SC starts up when the power supply is switched on This behavior can result in the following errors A configured SC module is not detected at start up As a result a diagnos tic interrupt occurs with a parameterization error for the SC add on and the SF LED on the ET 200L SC or ET 200L SC IM SC comes on ET 200L SC as...

Page 85: ...oltage supply to the ET 200L and Smart Connect 3 Extend the process wiring 4 Insert the new electronic modules into the terminal block in accordance with the positioning of the coding slide switches 5 Create a new configuration 6 Switch on the load voltage supply to the ET 200L and Smart Connect again 7 Expand your user program 8 Set the CPU to RUN mode 9 Check the actual status of the system Note...

Page 86: ...4 6 ET 200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c Commissioning ...

Page 87: ... I O device and Smart Connect was designed to make working with and commissioning it as simple as possible If a failure nevertheless occurs you can find out what it is by means of LEDs and slave diagnostics Section Topic Page 5 1 Diagnostics Using the LEDs 5 2 5 2 Slave Diagnostics 5 5 Introduction Contents of the Chapter 5 ...

Page 88: ...BF LED Bus Fault ON LED Meaning Error Handling Off Off No voltage is being applied to the ET 200L An ET 200L hardware fault has occurred Check the power supply Switch on the on off switch for 24 VDC on the power supply module Check whether the electronics block is properly secured on the terminal block On On ET 200L is in the process of starting up The connection to the DP mas ter has failed ET 20...

Page 89: ...y secured on the terminal block Off Off On Power supply of the ET200L SC ET 200L SC IM SC is on comes on briefly when the power is switched on Data exchange On Incorrect assignment of pa rameters Check whether parameter assignment for the Smart Connect configuration matches the actual Smart Connect configuration Check that the cable to the Smart Connect is properly connected Check the power supply...

Page 90: ...On ET 200L SC ET 200L SC IM SC has still not re ceived any configuration data or has received incor rect data Bus protocol incorrect Check the configuration in the DP master station type input output PROFIBUS address Check the format of the parameterization frame On Error in configuration frame Check the configuration in the DP master station type input output PROFIBUS address Check the configurat...

Page 91: ...d Manufacturer Identification 5 8 5 2 4 Structure of the Module Diagnosis for the ET 200L SC 5 10 5 2 5 Structure of the Station Diagnosis for the ET 200L SC 5 13 5 2 6 Structure of the Slave Diagnosis for Default Start Up of the ET 200L SC 5 15 Diagnostics is the detection and localization of errors The diagnostics struc ture is laid down in EN 50170 Volume 2 PROFIBUS ET 200L diagnostics complies...

Page 92: ...es this means that diagnostic messages should be stored within the DP master in a ring buffer store If the DP master cannot store diagnostic messages only the latest diagnostic message to be received would always be stored for instance You have to poll regularly in your application the corresponding bits in the station diagnosis In doing so you have to take into account the bus run time of the PRO...

Page 93: ...ow byte Manufacturer ID Byte 6 Byte 7 Byte 8 Module diagnosis for the ET 200L SC or ET 200L SC IM SC Byte 9 Byte 16 Station diagnosis for ET 200L SC or ET 200L SC IM SC ET 200L ET 200L SC Figure 5 1 Structure of the Slave Diagnosis You can request a slave diagnosis with the following function blocks Table 5 3 Function Blocks for Slave Diagnosis PLC Family Number Name SIMATIC S5 with IM 308 C FB 19...

Page 94: ...P master to the DP slave do not agree with the installation of the DP slave Correct station type or correct installation of the ET 200L entered in the system configura tion software 3 1 An external diagnosis exists Check the contents of the external diagnosis 4 1 The requested function is not supported by the DP slave Check the configuration 5 1 The DP master cannot interpret the reply from the DP...

Page 95: ...y if another diagnostic message changes too Station status 3 is reserved and is not relevant in as far as the diagnostics of the ET 200L distributed I O device are concerned The Master PROFIBUS Address diagnostic byte stores the PROFIBUS ad dress of the DP master which has assigned parameters to the DP slave refer to Figure 5 1 byte 3 The master PROFIBUS address comprises one byte with the PROFIBU...

Page 96: ...device defective slot 5 Smart Connect digital analog1 defective slot 8 4 5 ET 200L SC Inputs 17 to 24 of the on board device defective slot 6 ET 200L SC Inputs 25 to 32 of the on board device defective slot 7 4 5 6 7 Bit no Bit no 1 1 1 1 1 1 1 1 3 L SC 16 DI 16 DO 24 V 0 5 A ET 200L SC Outputs 1 to 8 of the on board de vice defective slot 4 ET 200L SC Outputs 9 to 16 of the on board de vice defec...

Page 97: ...H Byte 8 L SC IM SC Smart Connect digital analog1 defective slot 4 Smart Connect analog defective slot 5 4 Bit no 1 1 L SC IM SC 1 SC modules analog when only analog modules are used 00H Figure 5 3 Structure of the Module Diagnosis with the COM S7 Configuration Soft ware for the ET 200L SC IM SC Diagnostics g ...

Page 98: ...1 1 1 1 1 3 L SC 16 DI 16 DO 24 V 0 5 A ET 200L SC Inputs outputs 1 to 16 of the on board device defective slot 4 4 5 Bit no 1 1 1 Smart Connect digital analog1 defective slot 6 1 SC modules analog when only analog modules are used Smart Connect analog defective slot 7 Smart Connect digital analog1 defective slot 6 Smart Connect analog defective slot 7 Smart Connect digital analog1 defective slot ...

Page 99: ...ontains a maximum of eight bytes You will find an explanation of the slots in Appendix C 3 01H 01H Code for S7 diagnosis Byte 9 7 0 Bit no Length of station diagnosis incl byte 9 max of 8 bytes Code for station diagnosis 0 0 Byte 10 01H Code for S7 diagnosis Byte 11 Slot for ET 200L SC 05H to 9H Byte 12 00H Reserved Byte 13 Byte 16 Station diagnosis for the ET 200L SC and ET 200L SC IM SC Slot for...

Page 100: ...the ET 200L SC parameter assignment 14 0 to 3 Module class 0010 special module 4 to 7 Not applicable 15 0 User module wrong or miss ing Smart Connect incorrect or missing 1 SC communication error ET 200L SC as of version 3 Connection to the SC module with serial data transfer aborted analog module counter Module defective 24V power supply of the SC modules is switched off analog module counter 1 1...

Page 101: ...ection 5 2 3 High byte Low byte manufacturer ID see Section 5 2 3 Byte 6 Byte 7 3 43H L SC 16 DI DC 24 V L SC 16 DO DC 24 V 0 5 A ET 200L SC On board I O device defec tive slot 4 Smart Connect digital analog1 defective slot 5 4 Bit no 1 1 L SC 32 DI DC 24 V L SC 16 DI 16 DO DC 24V 0 5 A Byte 8 00H Module diagnosis 1 5 Smart Connect analog defective slot 6 1 SC modules analog when only analog modul...

Page 102: ...5 16 ET 200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c Diagnostics g ...

Page 103: ... criteria by which the ET 200L distributed I O device was tested Section Topic Page 6 1 Standards and Certification 6 2 6 2 Electromagnetic Compatibility 6 4 6 3 Shipping and Storage Conditions 6 6 6 4 Mechanical and Climatic Environmental Conditions 6 7 6 5 Details of Insulation Testing Safety Class and Degree of Protec tion 6 8 6 6 Rated Voltage of the ET 200L Distributed I O Device 6 9 What Is ...

Page 104: ...ollers in the official journals of the Euro pean Communities 89 336 EEC Electromagnetic Compatibility Directive 73 23 EEC Low Voltage Directive for electrical equipment The EC Declarations of Conformity are available to the relevant authorities at the following address Siemens Aktiengesellschaft Bereich Automatisierungstechnik A D AS E 14 Postfach 1963 D 92209 Amberg The ET 200L has the following ...

Page 105: ...23 Factory Mutual Approval Standard Class Number 3611 Class I Division 2 Group A B C D Warning There is a risk of injury and damage to property In potentially explosive atmospheres there is a risk of injury to people and damage to property if you disconnect connectors when a ET 200 is in opera tion Always de energize the ET 200 in potentially explosive atmospheres before disconnecting any connecto...

Page 106: ...cal installation The following table shows the electromagnetic compatibility of the ET 200L distributed I O device with regard to pulse shaped interference Pulse Shaped Interference Tested with Corresponds to Severity Electrostatic discharge to IEC 801 2 DIN VDE 0843 Part 2 8 kV 4 kV 3 air discharge 2 contact dis charge Burst impulses in accordance with IEC 801 4 DIN VDE 0843 Part 4 2 kV supply li...

Page 107: ... Corre sponds to IEC 801 6 Amplitude Modulated Pulse Modulated p 80 to 1000 MHz 900 MHz 5 MHz 0 15 to 80 MHz 10 V m 10 Vrms unmodulated 80 AM 1 kHz 50 ED 80 AM 1 kHz 200 Hz repetition fre quency 150 W source imped ance Emitted interference of electromagnetic fields in accordance with EN 55011 Limit Value Class A Group 1 measured at a distance of 30 m Frequency Emitted Interference From 20 to 230 M...

Page 108: ...th regard to shipping and storage conditions The following details apply to modules that are shipped and stored in their original packaging Type of Condition Admissible Range Free fall v 1m Temperature From 40 C to 70 C Temperature variation 20 K h Air pressure From 1080 to 660 hPa corresponds to a height of 1000 to 3500 m Relative humidity From 5 to 95 without condensation Conditions General Tech...

Page 109: ... the following table in the form of sinusoidal oscillations Frequency Range Permanent Occasional 10 v f v58 Hz 0 0375 mm amplitude 0 075 mm amplitude 58 v f v150 Hz 0 5 g constant acceleration 1 g constant acceleration The following table provides information on the type and extent of tests of mechanical environmental conditions Test for Test Standard Remarks Oscilla tions Oscillation test to IEC ...

Page 110: ...o Other Circuits or to Ground Test Voltage 0 V Uev50 V 500 VDC Safety class II in accordance with IEC 536 VDE 0106 Part 1 that is con nection to a protective conductor is not necessary IP 20 degree of protection in accordance with IEC 529 that is protection against contact with standard test fingers Furthermore it is protected against foreign matter having a diameter greater than 12 5 mm No specia...

Page 111: ...rated voltage and cor responding tolerances shown in the following table Table 6 1 Rated Voltage of the ET 200L Distributed I O Device Rated Voltage Tolerance Range 24 VDC 20 4 to 28 8 VDC The ET 200L distributed I O device bridges voltage drops of the power supply of up to 20 ms long does not apply to SC electronic modules Rated Voltage for Operation Bridging Voltage Drops General Technical Data ...

Page 112: ...6 10 ET 200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c General Technical Data ...

Page 113: ...s and their supplemen tary terminals Section Subject Page 7 1 Terminal Block TB 16L 6ES7 193 1CH00 0XA0 6ES7 193 1CH10 0XA0 7 2 7 2 Terminal Block TB 32L 6ES7 193 1CL00 0XA0 6ES7 193 1CL10 0XA0 7 4 7 3 Terminal Block TB 16L AC 6ES7 193 1CH20 0XA0 7 7 7 4 Terminal Block TB 16SC 6ES7 120 0AH01 0AA0 6ES7 120 0BH01 0AA0 7 10 7 5 Terminal Block TB 16IM SC 6ES7 120 0AH50 0AA0 6ES7 120 0BH50 0AA0 7 14 7 ...

Page 114: ...6 DO DC 24 V 0 5A 6ES7 132 1BH00 0XB0 ET 200L SC 16 DO DC 24 V 0 5 A 6ES7 132 1BH11 0XB0 The terminal block bears the stationary wiring In Figure 7 1 you can see the dimension drawing of the TB 16L terminal block with the 16 DI 24 V DC electronics block clipped on 18 19 31 29 28 27 16 15 14 13 12 11 10 9 8 7 6 4 3 2 1 30 32 20 21 145 35 3 69 61 100 ON BF PROFIBUS DP x10 x1 131 1BH00 0XB0 139 1CH00...

Page 115: ...r supply for channel group B I1 and Q1 internally 3L Power supply for channel group B I1 and Q1 internally jumpered 4L Power supply for electronics internally jumpered 5L Power supply for electronics internally jumpered 1M 2M Ch i d ti f h l A h l 3M Chassis ground connection for channel group A channel group B and electronics all internally jumpered 4M group B and electronics all internally jumpe...

Page 116: ...llowing electronics blocks to the TB 32L terminal block Chapter Plug In Electronics Blocks Order Number Chapter 9 ET 200L 32 DI DC 24 V 6ES7 131 1BL00 0XB0 p ET 200L Electronics Blocks T h i l D t ET 200L SC 32 DI DC 24 V 6ES7 131 1BL11 0XB0 Technical Data ET 200L 32 DO DC 24 V 0 5 A 6ES7 132 1BL00 0XB0 ET 200L 16 DI 16 DO DC 24 V 0 5 A 6ES7 133 1BL00 0XB0 ET 200L SC 16 DI 16 DO DC 24 V 0 5 A 6ES7...

Page 117: ... PROFIBUS DP SF BF ON SC 131 1BL10 0XBO X 2 3 4 TB32L 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 18 19 31 29 28 27 16 15 14 13 12 11 10 9 8 7 6 4 3 2 1 30 32 20 21 1L 2L 3L 4L 5L 1M 2M 3M 4M 5M 17 22 23 24 25 26 5 48 64 1L 1M 33 1 48 16 2L 2M 49 17 64 32 4L 4M POWER SUPPLY 47 5 52 5 Rail support 69 35 3 With bus connector 82 mm Figure 7 2 The TB 32L T...

Page 118: ...3 Sensor supply Q3 Chassis ground inter nally jumpered 1L Power supply for channel group A I0 and I1 or Q0 and Q1 2L Power supply for channel group B 3L Power supply for channel group B I2 and I3 or Q2 and Q3 internally jumpered 4L Power supply for electronics internally jumpered 5L Power supply for electronics internally jumpered 1M 2M Ch i d ti f h l A h l 3M Chassis ground connection for channe...

Page 119: ...ocks to the TB 16L AC terminal block Chapter Plug In Electronics Blocks Order Number Chapter 9 ET 200L 16 DI AC 120 V 6ES7 131 1EH00 0XA0 p ET 200L Electronics Blocks ET 200L 16 DO AC 120V 1 0A 6ES7 132 1EH00 0XB0 Blocks Technical Data ET 200L 16 DO DC 24 V AC 120V 2 0 A 6ES7 132 1JH00 0XB0 Technical Data ET 200L 8 DI 8 DO AC 120V 1 0A 6ES7 133 1EH00 0XB0 ET 200L 8DI AC 120V 8 DO DC 24V AC 120V 2 ...

Page 120: ... 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 PROFIBUS DP BF ON POWER SUPPLY L1 N DI 16xAC120V ET200L TB16L AC L1 L1 N N X10 X1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 9 10 11 12 13 14 15 16 1 2 3 4 5 6 7 8 25 26 27 28 29 30 31 32 17 18 19 20 21 22 23 24 40 5 99 1 131 1EH00 0XB0 x 2 3 4 193 1CH20 0XA0 Figure 7 3 The TB 16L AC Terminal Block with the Electronics Block Mounted Dimension Drawing mm Di...

Page 121: ...oltage 24 I0 7 Sensor neutral Q0 7 Load voltage 25 I1 0 Sensor neutral Q1 0 Load voltage 26 I1 1 Sensor neutral Q1 1 Load voltage 27 I1 2 Sensor neutral Q1 2 Load voltage 28 I1 3 Sensor neutral Q1 3 Load voltage 29 I1 4 Sensor neutral Q1 4 Load voltage 30 I1 5 Sensor neutral Q1 5 Load voltage 31 I1 6 Sensor neutral Q0 6 Load voltage 32 I1 7 Sensor neutral Q1 7 Load voltage L1 Power supply line for...

Page 122: ...nic Modules 2DODC24V0 5A 6ES7 122 1BB00 0AA0 Modules Technical Data 2DODC24V2A 6ES7 122 1BB10 0AA0 Technical Data 1DIAC120 230V 6ES7 121 1FA00 0AA0 1DOAC120 230V 6ES7 122 1FA00 0AA0 1DORel AC230V 6ES7 122 1HA01 0AA0 Counter module 1COUNT40kHz 6ES7 127 1BE00 0AB0 Chapter 12 2 AI U 6ES7 123 1FB00 0AB0 p Analog SC Electronic Modules 2 AI HS U 6ES7 123 1FB50 0AB0 Modules Technical Data 2 AI I 6ES7 123...

Page 123: ...rminals You must establish a connection to local ground The TB16 SC enables a 2 wire connection and can be expanded to 3 wire and 4 wire connection using supplementary terminals You can slide a labeling strip into the TB16 SC terminal block for noting the assignments between slot and module The counter module and the high speed analog SC electronic modules can only be used in the TB 16SC when the ...

Page 124: ...12 115 69 100 47 5 52 5 With bus connector 82 mm Figure 7 4 Front Elevation of the Terminal Block Caution The spring terminal will be destroyed if you insert the screwdriver into the opening for the wires Only press the screwdriver into the rectangular openings of the terminal block Dimension Drawing Terminal Blocks and Supplementary Terminals Technical Data ...

Page 125: ...nd damage to property Connecting different phases of a three phase system to a terminal block can lead to injury and damage to property Connect only one phase to each terminal block Dimensions and Weight Dimensions W H D mm 145 100 40 5 Weight 230 g Module Specific Data Number of slots 8 Current carrying capacity via 1L and 2L Current carrying capacity per slot with parallel supply max 8A max 1 5 ...

Page 126: ...lectronic modules Depending on the design the wiring can be connected either via screw type terminals or via spring terminals The TB 16IM SC enables a 2 wire connection and can be expanded to a 3 and 4 wire connection with the supplementary terminals of the TB 16SC You can slide a labeling strip into the TB 16IM SC terminal block for noting the assignments between slot and module the TB 16IM SC ca...

Page 127: ... Technical Data Counter module 1COUNT40kHz 6ES7 127 1BE00 0AB0 1DIAC120 230V 6ES7 121 1FA00 0AA0 1DOAC120 230V 6ES7 122 1FA00 0AA0 1DORel AC230V 6ES7 122 1HA01 0AA0 Chapter 12 2 AI U 6ES7 123 1FB00 0AB0 p Analog SC Electronic Modules 2 AI HS U 6ES7 123 1FB50 0AB0 Modules Technical Data 2 AI I 6ES7 123 1GB00 0AB0 6ES7 123 1GB10 0AB0 2 AI HS I 6ES7 123 1GB50 0AB0 6ES7 123 1GB60 0AB0 2 AI TC 6ES7 123...

Page 128: ...2 mm IM SC SF BF ON Bus terminator ON OFF SIMATIC ET200L SC Figure 7 6 The TB 16IM SC Terminal Block with the IM SC Interface Module Mounted Dimension Drawing Caution The spring terminal will be destroyed if you insert the screwdriver into the opening for the wires Only press the screwdriver into the rectangular openings of the terminal block Dimension Drawing Terminal Blocks and Supplementary Ter...

Page 129: ... Warning There is a risk of injury and damage to property Connecting different phases of a three phase system to a terminal block can lead to injury and damage to property Connect only one phase to each terminal block Dimensions and Weight Dimensions W H D mm 160 100 73 6 Weight 260 g Module Specific Data Number of slots 8 Current carrying capacity via 1L and 2L max 2 8A Number of times an electro...

Page 130: ...rminals Channels Tiers Fixing Order Number 1 Screw type terminal 6ES7 193 1FH20 0XA0 16 1 Spring terminal 6ES7 193 1FH50 0XA0 16 2 Screw type terminal 6ES7 193 1FH30 0XA0 2 Spring terminal 6ES7 193 1FH60 0XA0 1 Screw type terminal 6ES7 193 1FL20 0XA0 32 1 Spring terminal 6ES7 193 1FL50 0XA0 32 2 Screw type terminal 6ES7 193 1FL30 0XA0 2 Spring terminal 6ES7 193 1FL60 0XA0 With the supplementary te...

Page 131: ... M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE PE Figure 7...

Page 132: ...ype terminal 6ES7 120 1AH00 0AA0 1 Spring terminal 6ES7 120 1BH00 0AA0 2 Screw type terminal 6ES7 120 2AH00 0AA0 2 Spring terminal 6ES7 120 2BH00 0AA0 Shield terminal 6ES7 192 0AA0 0AA0 With the supplementary terminals every tier is jumpered internally Figure 7 8 shows the dimension drawings for the supplementary terminals 115 22 Installation depth 40 115 38 Installation depth 40 TB 16SC TB 16IM S...

Page 133: ...CH00 0XA0 ET 200L 16 DI DC 24 V 6ES7 131 1BH00 0XB0 6ES7 193 1CH00 0XA0 6ES7 193 1CH10 0XA0 ET 200L 16 DO DC 24 V 0 5A 6ES7 132 1BH00 0XB0 TB 32L 6ES7 193 1CL00 0XA0 ET 200L 32 DI DC 24 V 6ES7 131 1BL00 0XB0 6ES7 193 1CL00 0XA0 6ES7 193 1CL10 0XA0 ET 200L 32 DO DC 24 V 0 5 A 6ES7 132 1BL00 0XB0 6ES7 193 1CL10 0XA0 ET 200L 16 DI 16 DO DC 24 V 0 5 A 6ES7 133 1BL00 0XB0 TB 16L AC 6ES7 193 1CH20 0XA0 ...

Page 134: ...V 0 5 A 6ES7 132 1BL00 0XB0 8 12 8 5 Electronics Block L 16 DI 16 DO DC 24 V 0 5 A 6ES7 133 1BL00 0XB0 8 15 8 6 Electronics Block L 16 DI AC 6ES7 131 1EH00 0XB0 8 18 8 7 Electronics Block L 16 DO AC 120 V 1 0 A 6ES7 132 1EH00 0XB0 8 21 8 8 Electronics Block L 16 DO DC 24 V AC 120V 2 0 A 6ES7 132 1JH00 0XB0 8 24 8 9 Electronics Block L 8 DI 8 DO AC 120 V 1 0 A 6ES7 133 1EH00 0XB0 8 28 8 10 Electron...

Page 135: ...ted input voltage of 24 V DC Suitable for switches and proximity switches BEROs The following figure shows a view of the electronics block ON BF PROFIBUS DP ET200L DI 16xDC24V 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 A B SUPPLY POWER 4L 4M 1L 1M 17 1 24 8 2L 2M 25 9 32 16 SENSOR SUPPLY 131 1BH00 0XB0 X 2 3 4 B A x10 x1 Receptacle for labeling strip Figure 8 1 View of the L 16 DI DC 24 V Electronics ...

Page 136: ...2 7 23 9 25 8 24 10 26 11 27 12 28 13 29 14 30 15 31 16 32 1L 1M 2L 2M 3L 3M 4L 4M 5L 5M 24 VA 24 VB 24 Vinternal A B PROFIBUS address 10 1 PROFIBUS DP connection A B Galvanic isolation Electronics Internal power supply ON BF EB TB Figure 8 2 Block Diagram of the L 16 DI DC 24 V Electronics Block Block Diagram ET 200L Electronics Blocks Technical Data ...

Page 137: ...ts driven simultaneously 16 Galvanic isolation Between channels No Between channels and PROFIBUS DP Yes Insulation tested with 500 V DC Power input From supply voltage L4 L5 Max 70 mA From load voltage L1 and L2 L3 without load Max 50 mA per load group Power loss of module Typically 2 2 W Status Interrupts Diagnostics Status display Green LED per channel Interrupts None Diagnostic function Yes Bus...

Page 138: ...5 A per output Rated load voltage of 24 V DC Suitable for solenoids DC contactors and indicator lights The following figure shows a view of the electronics block LOAD VOLTAGE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 A 1L 1M 1 17 8 24 2L 2M 9 25 16 32 DO 16xDC24V 0 5A ET200L ON BF PROFIBUS DP 132 1BH00 0XB0 X 2 3 4 x10 x1 SUPPLY POWER 4L 4M A B B Receptacle for labeling strip Figure 8 3 View of the L...

Page 139: ...ernal power supply ON BF TB EB Figure 8 4 Block diagram of the L 16 DO DC 24 V 0 5 A Electronics Block The following table shows the technical data of the L 16 DO DC 24 V 0 5 A electronics block Dimensions and Weight Dimensions W H D mm 145 60 60 5 Weight Approx 130 g Module Specific Data Baud rate 9 6 19 2 93 75 187 5 500 and 1500 kBaud Bus protocol PROFIBUS DP SYNC compatibility Yes Number of ou...

Page 140: ...n LED per channel Interrupts None Diagnostic function Yes S Bus monitoring PROFIBUS DP Red BF LED S Monitoring of electro nics power supply Green ON LED Actuator Selection Data Output voltage S At signal 1 At least L1 3 V or L2 L3 3 V Output current S At signal 1 Rated value Permissible range 0 5 A 1 mA to 0 5 A S At signal 0 residual current Max 1 mA Output delay with resistive load S With 0 afte...

Page 141: ...DC Suitable for switches and proximity switches BEROs The following figure shows a view of the electronics block SENSOR SUPPLY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 A 1L 1M 1 33 16 48 2L 2M 17 49 32 64 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 B DI 32xDC24V ET200L ON BF PROFIBUS DP 131 1BL00 0XB0 X 2 3 4 x10 x1 SUPPLY POWER 4L 4M A B Receptacle for labeling strip Figure 8 5 View of the L 32...

Page 142: ...5M 24 VA 24 VB 24 Vinternal B PROFIBUS address 10 1 PROFIBUS DP connection A B Galvanic isolation Electronics 1 33 2 34 3 35 4 36 5 37 6 38 7 39 9 41 8 40 10 42 11 43 12 44 13 45 14 46 15 47 16 48 A 17 18 19 20 21 22 23 25 24 26 27 28 29 30 31 32 ON BF EB TB Internal power supply Figure 8 6 Block diagram of the L 32 DI DC 24 V Electronics Block Block Diagram ET 200L Electronics Blocks Technical Da...

Page 143: ...ts driven simultaneously 32 Galvanic isolation Between channels No Between channels and PROFIBUS DP Yes Insulation tested with 500 V DC Power input from supply voltage L4 L5 Max 70 mA from load voltage L1 and L2 L3 without load Max 100 mA per load group Power loss of module Typically 3 2 W Status Interrupts Diagnostics Status display Green LED per channel Interrupts None Diagnostic function Yes Bu...

Page 144: ...voltage of 24 V DC Suitable for solenoids DC contactors and indicator lights The following figure shows a view of the electronics block LOAD VOLTAGE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 A 1L 1M 1 33 16 48 2L 2M 17 49 32 64 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 B DO 32xDC24V 0 5A ET200L ON BF PROFIBUS DP 132 1BL00 0XB0 X 2 3 4 x10 x1 SUPPLY POWER 4L 4M A B Receptacle for labeling strip ...

Page 145: ...ata of the L 32 DO DC 24 V 0 5 A electronics block Dimensions and Weight Dimensions W H D mm 145 60 60 5 Weight Approx 150 g Module Specific Data Baud rate 9 6 19 2 93 75 187 5 500 and 1500 kBaud Bus protocol PROFIBUS DP SYNC compatibility Yes Number of outputs 32 Cable length S Unshielded Max 600 m S Shielded Max 1000 m Manufacturer ID 0011H Voltages Currents Potentials Rated supply voltage for e...

Page 146: ...voltage At signal 1 At least L1 3 V or L2 L3 3 V Output current At signal 1 Rated value Permissible range 0 5 A 1 mA to 0 5 A At signal 0 residual current Max 1 mA Output delay with resistive load With 0 after 1 Max 50 µs With 1 after 0 Max 200 µs Load resistance range 41 W to 28 kW Lamp load Max 5 W Parallel connection of two outputs For redundant control of load Possible outputs in same group on...

Page 147: ...of 16 outputs Output current of 0 5 A Rated load voltage of 24 V DC Suitable for solenoids DC contactors and indicator lights The following figure shows a view of the electronics block LOAD VOLTAGE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 A 1L 1M 1 33 16 48 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 B DI16 DO16xDC24V 0 5A ET200L ON BF PROFIBUS DP 133 1BL00 0XB0 X 2 3 4 x10 x1 SUPPLY POWER 4L 4M...

Page 148: ...Block The following table shows the technical data of the L 16 DI 16 DO DC 24 V 0 5 A electronics block Dimensions and Weight Dimensions W H D mm 145 60 60 5 Weight Approx 130 g Module Specific Data Baud rate 9 6 19 2 93 75 187 5 500 and 1500 kBaud Bus protocol PROFIBUS DP FREEZE compatibility Yes SYNC compatibility Yes Number of inputs 16 Number of outputs 16 Cable length Unshielded Max 600 m Shi...

Page 149: ...ignal 1 Typically 5 mA at 24 V Input delay S With 0 after 1 2 0 to 4 5 ms S With 1 after 0 2 0 to 4 5 ms Input characteristic To IEC 1131 2 Type 1 Connection of 2 wire BEROs Possible S Permissible closed cir cuit current Max 1 5 mA Actuator Selection Data Output voltage S At signal 1 At least L1 3 V or L2 L3 3 V Output current S At signal 1 Rated value Permissible range 0 5 A 1 mA to 0 5 A S At si...

Page 150: ...able for switches and proximity switches compatible with IEC Type 2 currents Figure 8 11 shows a view of the L 16 DI AC 120V electronics block ET200L DI 16xAC120V POWER SUPPLY L1 N 1 2 3 4 1 2 3 4 17 18 19 20 5 6 7 8 5 6 7 8 21 22 23 24 9 10 11 12 9 10 11 12 25 26 27 28 13 14 15 16 13 14 15 16 29 30 31 32 BF ON PROFIBUS DP x10 x1 Receptacle for labeling strip Figure 8 11 View of the L 16 DI AC 120...

Page 151: ...120 V electronics block 4 20 3 19 2 18 1 17 PROFIBUS address 10 1 PROFIBUS DP connection A B Internal power supply ON BF EB 8 24 7 23 6 22 5 21 12 28 11 27 10 26 9 25 Electronics 16 32 15 31 14 30 13 29 L1 N L1 N TB 120 VAC Figure 8 12 Block Diagram of the L 16 DI AC 120 V Electronic Block Block Diagram ET 200L Electronics Blocks Technical Data ...

Page 152: ... least 20 ms Maximum number of inputs driven simultaneously 16 Optical isolation Between channels Yes Between L1 and PROFIBUS DP Yes Between channels and PROFIBUS DP Yes Insulation tested with 1500 VAC Power input fromsupply voltage L1 Max 90 mA Power loss of module Typically 5 4 W Status Alarms Diagnostics Status display Green LED per channel Alarms None Diagnostic function Yes Bus monitoring PRO...

Page 153: ...ltage of 120 VAC Suitable for solenoids AC contactors and indicator lights Figure 8 13 shows a view of the L 16 DO AC 120 V 1 0 A electronics block ET200L DO 16xAC120V 1 0A POWER SUPPLY L1 N 1 2 3 4 17 18 19 20 5 6 7 8 5 6 7 8 21 22 23 24 9 10 11 12 9 10 11 12 25 26 27 28 13 14 15 16 13 14 15 16 29 30 31 32 BF ON PROFIBUS DP x10 x1 1 2 3 4 Receptacle for labeling strip Figure 8 13 View of the L 16...

Page 154: ...c tronics block 4 20 3 19 2 18 1 17 PROFIBUS address 10 1 PROFIBUS DP connection A B Internal power supply BF EB 8 24 7 23 6 22 5 21 12 28 11 27 10 26 9 25 Electronics 16 32 15 31 14 30 13 29 L1 N L1 N TB 120 VAC ON Z C Z C Z C Z C Figure 8 14 Block Diagram of the L 16 DO AC 120 V 1 0 A Electronics Block Block Diagram ET 200L Electronics Blocks Technical Data ...

Page 155: ...s Insulation tested with 1500 VAC Power input S from supply voltage L Max 170 mA Power loss of module Typically 18 9 W Status Alarms Diagnostics Status display Green LED per channel Alarms None Diagnostic function Yes S Bus monitoring PROFIBUS DP Red BF LED S Monitoring of electronics power supply Green ON LED Actuator Selection Data Load voltage L S Rated voltage 120 VAC S Permissible range 74 to...

Page 156: ... solenoids contactors and indicator lights Adjacent outputs of 24 V DC and 120 VAC are permitted Figure 8 15 shows a view of the L 16 RO DC 24 V AC 120 V 2 0 A electron ics block ET200L RO 16xDC 24 V AC 120V 2 0A POWER SUPPLY L1 N 1 2 3 4 17 18 19 20 5 6 7 8 5 6 7 8 21 22 23 24 9 10 11 12 9 10 11 12 25 26 27 28 13 14 15 16 13 14 15 16 29 30 31 32 BF ON PROFIBUS DP x10 x1 1 2 3 4 Receptacle for lab...

Page 157: ...B 120 VAC ON Figure 8 16 Block Diagram of the L 16 RO DC 24 V AC 120 V 2 0 A Electronics Block The following table shows the technical data of the L 16 RO DC 24 V AC 120 V 2 0 A electronics block Dimensions and Weight Dimensions W H D mm 191 61 85 5 Weight Approx 302 g Module Specific Data Baud rate 9 6 19 2 93 75 187 5 500 1500 3000 and 6000 kBaud Bus protocol PROFIBUS DP SYNC compatibility Yes N...

Page 158: ...ne Diagnostic function Yes S Bus monitoring PROFIBUS DP Red BF LED S Monitoring of electronics power supply Green ON LED Actuator Selection Data Load voltage L S Rated voltage 24 V DC or 120 VAC S Permissible DC range 4 5 to 30 V DC S Permissible AC range 6 to 132 VAC S AC Frequency 47 to 63 Hz Output voltage S With signal 1 At least L 1 0V Output current S With signal 1 Rated value Permissible ra...

Page 159: ...ge Switching Cycles Typical Resistive load 0 5 A 1 0 A 2 0 A 30 V DC or 250 V AC 30 V DC or 250 V AC 30 V DC or 250 V AC 800 000 550 000 300 000 Inductive load L R 7 ms power factor 0 4 0 5 A 1 0 A 2 0 A 30 V DC or 250 V AC 30 V DC or 250 V AC 30 V DC or 250 V AC 500 000 300 000 100 000 Mechanical 20 000 000 ET 200L Electronics Blocks Technical Data ...

Page 160: ...ts 8 outputs fully isolated Output current of 1 0 A Rated load voltage of 120 VAC Suitable for solenoids AC contactors and indicator lights Figure 8 17 shows a view of the L 8 DI 8 DO AC 120 V 1 0 A electronics block ET200L DI 8 DO 8xAC120V 1 0A POWER SUPPLY L1 N 1 2 3 4 17 18 19 20 5 6 7 8 5 6 7 8 21 22 23 24 9 10 11 12 9 10 11 12 25 26 27 28 13 14 15 16 13 14 15 16 29 30 31 32 BF ON PROFIBUS DP ...

Page 161: ...gure 8 18 Block Diagram of the L 8 DI 8 DO AC 120 V 1 0 A Electronics Block The following table shows the technical data of the L 8 DI 8 DO AC 120 V 1 0 A electronics block Dimensions and Weight Dimensions WxHxD mm 145 61 85 5 Weight Approx 318 g Module Specific Data Baud rate 9 6 19 2 93 75 187 5 500 1500 3000 and 6000kBaud Bus protocol PROFIBUS DP FREEZE compatibility Yes SYNC compatibility Yes ...

Page 162: ...ed value 120 VAC S With signal 1 74 to 132 VAC S With signal 0 0 to 20 VAC Input current S With signal 1 9 to 27 mA S With signal 0 0 to 4 mA Input delay S From 0 to 1 2 to 14 ms S From 1 to 7 6 to 25 ms Input characteristic To IEC 1131 2 Type 2 Connection of 2 wire BEROs Possible Actuator Selection Data Load voltage L S Rated voltage 120 VAC S Permissible range 74 to 132 VAC S Frequency 47 to 63 ...

Page 163: ...nt of 2 0 A Rated load voltage of 24 V DC or 120 VAC Suitable for solenoids contactors and indicator lights Adjacent outputs of 24 V DC and 120 VAC are permitted Figure 8 19 shows a view of the L 8 DI AC 120 V 8 RO DC 24 V AC 120 V 2 0 A electronics block ET200L DI 8 AC 120 V RO 8 DC 24 V AC 120 V 2 0A POWER SUPPLY L1 N 1 2 3 4 17 18 19 20 5 6 7 8 5 6 7 8 21 22 23 24 9 10 11 12 9 10 11 12 25 26 27...

Page 164: ...lock Diagram of the L 8 DI AC 120 V 8 RO DC 24 V AC 120 V 2 0A Electronics Block The following table shows the technical data of the L 8 DI AC 120 V 8 RO DC 24 V AC 120 V 2 0A electronics block Dimensions and Weight Dimensions WxHxD mm 145 61 85 5 Weight Approx 322 g Module Specific Data Baud rate 9 6 19 2 93 75 187 5 500 1500 3000 and 6000kBaud Bus protocol PROFIBUS DP FREEZE compatibility Yes SY...

Page 165: ...ted value 120 VAC S With signal 1 74 to 132 VAC S With signal 0 0 to 20 VAC Input current S With signal 1 9 to 27 mA S With signal 0 0 to 4 mA Input delay S From 0 to 1 2 to 14 ms S From 1 to 7 6 to 25 ms Input characteristic To IEC 1131 2 Type 2 Connection of 2 wire BEROs Possible Actuator Selection Data Load voltage L S Rated voltage 24 V DC or 120 VAC S Permissible DC range 4 5 to 30 V DC S Per...

Page 166: ...ge Switching Cycles Typical Resistive load 0 5 A 1 0 A 2 0 A 30 V DC or 250 V AC 30 V DC or 250 V AC 30 V DC or 250 V AC 800 000 550 000 300 000 Inductive load L R 7 ms power factor 0 4 0 5 A 1 0 A 2 0 A 30 V DC or 250 V AC 30 V DC or 250 V AC 30 V DC or 250 V AC 500 000 300 000 100 000 Mechanical 20 000 000 ET 200L Electronics Blocks Technical Data ...

Page 167: ...ES7 120 0BH50 0AA0 IM SC interface module 6ES7 138 1XL00 0XB0 TB 16L 6ES7 193 1CH00 0XA0 6ES7 193 1CH10 0XA0 ET 200L SC 16 DI DC 24 V 6ES7 131 1BH11 0XB0 6ES7 193 1CH10 0XA0 ET 200L SC 16 DO DC 24 V 0 5 A 6ES7 132 1BH11 0XB0 TB 32L 6ES7 193 1CL00 0XA0 6ES7 193 1CL10 0XA0 ET 200L SC 32 DI DC 24 V 6ES7 131 1BL11 0XB0 6ES7 193 1CL10 0XA0 ET 200L SC 16 DI 16 DO DC 24 V 0 5 A 6ES7 133 1BL10 0XB0 Sectio...

Page 168: ...n this way a data line connected at A2 and B2 can be disconnected or looped through When the PROFIBUS DP screw type terminal is removed subsequent DP slaves are disconnected from the PROFIBUS DP When the connector for the power supply is removed the IM SC is swit sched off Subsequently connected slaves are not affected The following figure shows a view of the IM SC interface module Switch for the ...

Page 169: ...9 6 19 2 93 75 187 5 500 and 1500 kBaud Bus protocol PROFIBUS DP FREEZE compatibility SYNC compatibility Yes Yes Number of inputs Number of outputs Max 32 Max 32 Manufacturer ID 802BH Voltages Currents Potentials Rated supply voltage for electronics 4L 5L 24 V DC Reverse polarity protection Yes Power failure with stand time At least 20 ms Maximum number of in puts outputs driven simul taneously 32...

Page 170: ...DC Suitable for switches and proximity switches BEROs Connection of a TB 16SC The following figure shows a view of the electronics block SENSOR SUPPLY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 A 1L 1M 1 17 8 24 2L 2M 9 25 16 32 DI 16xDC24V ET200L SC BF SF PROFIBUS DP 131 1BH11 0XB0 X 2 3 4 x10 x1 SUPPLY POWER 4L 4M A B Receptacle for labeling strip ON Smart Connect connection SC Figure 9 3 View of th...

Page 171: ...24 10 26 11 27 12 28 13 29 14 30 15 31 16 32 1L 1M 2L 2M 3L 3M 4L 4M 5L 5M 24 VA 24 VB 24 Vinternal A B PROFIBUS address 10 1 PROFIBUS DP connection A B Galvanic isolation Electronics Internal power supply ON BF EB TB TB 16SC connection SF Figure 9 4 Block Diagram of the L SC 16 DI DC 24 V Electronics Block Block Diagram ET 200L SC Electronics Blocks Technical Data ...

Page 172: ...f in puts driven simultaneously 16 Galvanic isolation Between channels No Between channels and PROFIBUS DP Yes Insulation tested with 500 VDC Power input from supply voltage L4 L5 Max 180 mA from load voltage L1 and L2 L3 without load Max 50 mA per load group Power loss of module Typically 4 0 W Status Interrupts Diagnostics Status display Green LED per channel Interrupts None Diagnostic function ...

Page 173: ... of 24 VDC Suitable for solenoids DC contactors and indicator lights TB 16SC connection The following figure shows a view of the electronics block BF SF x10 x1 ON Smart Connect connection SC LOAD VOLTAGE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 A 1L 1M 1 17 8 24 2L 2M 9 25 16 32 DO 16xDC24V 0 5A ET200L SC PROFIBUS DP 132 1BH11 0XB0 X 2 3 4 x10 x1 SUPPLY POWER 4L 4M A B B Receptacle for labeling stri...

Page 174: ...6SC connection SF Figure 9 6 Block diagram of the L SC 16 DO DC 24 V 0 5 A Electronics Block The following table shows the technical data of the L SC 16 DO DC 24 V 0 5 A electronics block Dimensions and Weight Dimensions W H D mm 145 60 60 5 Weight Approx 130 g Module Specific Data Baud rate 9 6 19 2 93 75 187 5 500 and 1500 kBaud Bus protocol PROFIBUS DP SYNC compatibility FREEZE compatibility fo...

Page 175: ...nel Interrupts None Diagnostic function Yes S Bus monitoring PROFIBUS DP Red BF LED S Monitoring of electro nics power supply S Group error Green ON LED Red SF LED Actuator Selection Data Output voltage S At signal 1 At least L1 3 V or L2 L3 3 V Output current S At signal 1 Rated value Permissible range 0 5 A 1 mA to 0 5 A S At signal 0 residual current Max 1 mA Output delay with resistive load S ...

Page 176: ...es and proximity switches BEROs TB 16SC connection The following figure shows a view of the electronics block SENSOR SUPPLY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 A 1L 1M 1 33 16 48 2L 2M 17 49 32 64 DI 32xDC24V ET200L SC BF SF PROFIBUS DP 131 1BL11 0XB0 X 2 3 4 x10 x1 SUPPLY POWER 4L 4M A B Receptacle for labeling strip ON Smart Connect connection SC 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 3...

Page 177: ... 24 Vinternal B PROFIBUS address 10 1 PROFIBUS DP connection A B Galvanic isolation Electronics Internal power supply 1 33 2 34 3 35 4 36 5 37 6 38 7 39 9 41 8 40 10 42 11 43 12 44 13 45 14 46 15 47 16 48 A 17 18 19 20 21 22 23 25 24 26 27 28 29 30 31 32 ON BF EB TB TB 16SC connection SF Figure 9 8 Block diagram of the L SC 32 DI DC 24 V Electronics Block Block Diagram ET 200L SC Electronics Block...

Page 178: ... in puts driven simultaneously 32 Galvanic isolation Between channels No Between channels and PROFIBUS DP Yes Insulation tested with 500 VDC Power input from supply voltage L4 L5 Max 180 mA from load voltage L1 and L2 L3 without load Max 100 mA per load group Power loss of module Typically 4 8 W Status Interrupts Diagnostics Status display Green LED per channel Interrupts None Diagnostic function ...

Page 179: ...t of 0 5 A Rated load voltage of DC 24 V Suitable for solenoids DC contactors and indicator lights TB 16SC connection The following figure shows a view of the electronics block LOAD VOLTAGE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 A 1L 1M 1 33 16 48 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 B DI16 DO16xDC24V 0 5A ET200L SC ON BF PROFIBUS DP 133 1BL10 0XB0 X 2 3 4 x10 x1 SUPPLY POWER 4L 4M A SE...

Page 180: ...C 16 DI 16 DO DC 24 V 0 5 A Electronics Block The following data shows the technical data of the L SC 16 DI 16 DO DC 24 V 0 5 A electronics block Dimensions and Weight Dimensions W H D mm 145 60 60 5 Weight Approx 130 g Module Specific Data Baud rate 9 6 19 2 93 75 187 5 500 and 1500 kBaud Bus protocol PROFIBUS DP FREEZE compatibility for SC outputs Yes SYNC compatibility for SC outputs Yes Number...

Page 181: ...l 1 13 to 30 V S At signal 0 30 to 5 V Input current S At signal 1 Typically 5 mA at 24 V Input delay S At 0 after 1 2 0 to 4 5 ms S At 1 after 0 2 0 to 4 5 ms Input Characteristic to IEC 1131 2 Type 1 Connection of 2 wire BEROs Possible S Permissible closed cir cuit current Max 1 5 mA Actuator Selection Data Output voltage S At signal 1 At least L1 3 V or L2 L3 3 V Output current S At signal 1 Ra...

Page 182: ...9 16 ET 200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c ET 200L SC Electronics Blocks Technical Data ...

Page 183: ...20 230V 10 11 10 5 Digital Electronic Module 1DOAC120 230V1A 10 14 10 6 Digital Electronic Module 1DORel AC230V 10 17 Product Name Order Number Digital Electronic Module 2DIDC24V 6ES7 121 1BB00 0AA0 Digital Electronic Module 2DODC24V0 5A 6ES7 122 1BB00 0AA0 Digital Electronic Module 2DODC24V2A 6ES7 122 1BB10 0AA0 Digital Electronic Module 1DIAC120 230V 6ES7 121 1FA00 0AA0 Digital Electronic Module...

Page 184: ...he circuit schematic In the operating state the cir cuit schematic is covered by the labeling strip The LEDs are visible through the transparent part of the labeling strip Front elevation Side elevation rotated LED Channel 1 LED Channel 2 The used terminals are shaded gray Slot 1 is shown A2 A4 A1 A3 Figure 10 1 Front and Side Elevations of the 2DIDC24V Digital Electronic Module Note The status LE...

Page 185: ... Figure 10 2 shows the block diagram of the 2DIDC24V digital electronic module 1 3 1L 2L 1M 2M L M supply via terminal block SC bus 2 4 Channel 0 Channel 1 I L L I Figure 10 2 Block Diagram of the 2DIDC24V Digital Electronic Module Block Diagram SC Digital Electronic Modules Technical Data ...

Page 186: ...puts 2 Galvanic isolation Between channels and SC bus Between different channels no no Permissible potential difference Between different circuits DC 75 V AC 60 V Power input From load voltage L Power loss of the module typ 0 4 W Status Interrupts Diagnostics Status indication green LED per channel Interrupts none Diagnostic functions none Sensor Selection Data Input voltage Rated value At signal ...

Page 187: ...he circuit schematic In the operating state the cir cuit schematic is covered by the labeling strip The LEDs are visible through the transparent part of the labeling strip Front elevation Side elevation rotated LED Channel 1 LED Channel 2 The used terminals are shaded gray Slot 1 is shown A2 A4 A1 A3 Figure 10 3 Front and Side Elevations of the 2DODC24V0 5A Digital Electronic Module Note The statu...

Page 188: ...om 8 s at rated current to 20 s at 10 mA load current The time specifications are based on a threshold of 10 V Figure 10 4 shows the block diagram of the 2DODC24V0 5A digital elec tronic module M 1L 2L 1M 2M L M supply via terminal block 1 3 SC bus M 2 4 Channel 0 Channel 1 Q Q Figure 10 4 Block Diagram of the 2DODC24V0 5A Digital Electronic Module Special Features Block Diagram SC Digital Electro...

Page 189: ...functions none Actuator Selection Data Output voltage At signal 1 min L 0 5 V Output current At signal 1 Rated value Permissible range At signal 0 residual cur rent 0 5 A 5 mA 0 6 A max 0 3 mA Output delay with resistive load At 0 to 1 At 1 to 0 max 200 ms max 1 3 ms Load resistance range 48 W to 4 8 kW Lamp load max 2 5 W Parallel switching of 2 outputs For redundant control of a load not possibl...

Page 190: ... the circuit schematic In the operating state the cir cuit schematic is covered by the labeling strip The LEDs are visible through the transparent part of the labeling strip Front elevation Side elevation rotated LED Channel 1 LED Channel 2 The used terminals are shaded gray Slot 1 is shown A2 A4 A1 A3 Figure 10 5 Front and Side Elevations of the 2DODC24V2A Digital Electronic Module Note The statu...

Page 191: ...from 5 s at rated current to 100 s at 10 mA load current The time specifications are based on a threshold of 10 V Figure 10 6 shows the block diagram of the 2DODC24V2A digital electronic module M 1L 2L 1M 2M L M supply via terminal block 1 3 SC bus M 2 4 Channel 0 Channel 1 Q Q Figure 10 6 Block Diagram of the 2DODC24V2A Digital Electronic Module Special Features Block Diagram SC Digital Electroni...

Page 192: ...tuator Selection Data Output voltage At signal 1 min L 0 5 V Output current At signal 1 Rated value Permissible range For 0 to 40 C For 40 to 60 C At signal 0 residual cur rent 2 A 5 mA to 2 4 A 5 mA to 1 8 A max 0 6 mA Output delay with resistive load At 0 to 1 At 1 to 0 max 200 ms max 1 3 ms Lamp load max 10 W Load resistance range 12 W to 4 8 kW Parallel switching of 2 outputs For performance e...

Page 193: ... LED is located below the circuit schematic In the operating state the circuit schematic is covered by the labeling strip The LED is visible through the transparent part of the labeling strip Front elevation Side elevation LED Channel 1 A2 A4 The used terminals are shaded gray A1 A3 Slot 1 is shown Figure 10 7 Front and Side Elevations of the 1DIAC120 230V Digital Electronic Module Note The status...

Page 194: ...ws the block diagram of the 1DIAC120 230V digital elec tronic module 2 SC bus 4 N L I Figure 10 8 Block diagram of the 1DIAC120 230V Digital Electronic Module The 1DIAC120 230V electronic module does not require a supply voltage L M Block Diagram Special Feature SC Digital Electronic Modules Technical Data ...

Page 195: ...nput AC 240 V Isolation tested with DC 2500 V Power loss of the module typ 0 6 W Status Interrupts Diagnostics Status indication green LED Interrupts none Diagnostic functions none Sensor Selection Data Input voltage Rated value At signal 1 At signal 0 Frequency range AC 120 230 V AC 74 264 V DC 75 264 V AC 0 40 V DC 0 40 V 47 63 Hz Input current At signal 1 At signal 0 typ 3 7 mA typ 2 2 mA Input...

Page 196: ...ide elevation of the 1DOAC120 230V1A L Front elevation Side elevation LED Channel 1 A2 A4 A1 A3 Slot 1 is shown The used terminals are shaded gray Figure 10 9 Front and Side Elevations of the 1DOAC120 230V1A Digital Electronic Module The 1DOAC120 230V1A electronic module does not require a supply volt age L M Order Number Front Elevation Side Elevation Special Feature SC Digital Electronic Modules...

Page 197: ...evice EWA 4NEB 780 6009 02c Figure 10 10 shows the block diagram of the 1DOAC120 230V1A digital electronic module 4 SC bus 2 N L Q Figure 10 10 Block Diagram of the 1DOAC120 230V1A Digital Electronic Module Block Diagram SC Digital Electronic Modules Technical Data ...

Page 198: ...none Actuator Selection Data Output voltage At signal 1 min L 1 V Output current At signal 1 Rated value Permissible range for 00 C to 400 C Permissible range for 400 C to 600 C Permissible surge current At signal 0 residual cur rent 1 A 40 mA 1 1 A 40 mA 0 6 A max 10 A for 2 half waves max 3 mA Output delay with resistive load At 0 to 1 At 1 to 0 max 20 ms max 20 ms Zero crossing with zero crossi...

Page 199: ... you the front elevation and the side elevation of the 1DORel AC230V digital electronic module LED Channel 1 Front elevation Side elevation A2 A4 A1 A3 The used terminals are shaded gray Slot 1 is shown 6ES7122 1HA01 0AA0 Figure 10 11 Front and Side Elevations of the 1DORel AC230V Digital Electronic Module Order Number Front Elevation Side Elevation SC Digital Electronic Modules Technical Data ...

Page 200: ...EWA 4NEB 780 6009 02c Figure 10 12 shows you the block diagram of the 1DORel AC230V digital electronic module 4 SC bus 2 L N 1M 2M Q 1L 2L Figure 10 12 Block Diagram of the 1DORel AC230V Digital Electronic Module Block Diagram SC Digital Electronic Modules Technical Data ...

Page 201: ...lay Between ground or supply voltage of the relay and the output AC 1500 V DC 2500 V Power input From supply voltage L max 15 mA Power loss of the module typ 0 7 W Status Interrupts Diagnostics Status indication green LED Interrupts none Diagnostic functions none Actuator Selection Data Continuous thermal current max 5 A Minimum load current 1 mA Switching capacity and lifetime of the contacts For...

Page 202: ... A 2 5 million AC 230 V 5 0 A 0 2 million AC 230 V 1 0 A 0 5 million AC 230 V 0 5 A 1 5 million For Inductive Load in Accordance with IEC 947 5 1 DC13 AC15 and Lamp Load Voltage Current Number of Operations Typ DC 24 V 1 0 A 0 1 million DC 24 V 0 5 A 0 5 million DC 60 V 0 5 A 0 5 million DC 120 V 0 2 A 0 1 million AC 48 V 2 0 A 1 0 million AC 60 V 2 0 A 1 0 million AC 120 V 2 0 A 0 5 million AC 12...

Page 203: ...ers of the Analog Output Modules 11 22 11 15 Behavior of the Analog Output Modules 11 23 11 16 Conversion Cycle Settling and Response Times of the Analog Output Modules 11 24 11 17 Connecting Loads Actuators to Analog Outputs 11 26 11 18 Wiring Unused Analog Output Modules 11 28 11 19 Analog Value Representation in S7 Number Format 11 29 11 20 Analog Measurement Ranges for Input Channels in S7 Num...

Page 204: ...arameters used by analog mod ules Parameter The following settings are possible for each channel Measurement range deactivated yes no Voltage measurement range 80 mV 1 5 V 10 V Current measurement range for 4 wire measuring transducer 0 20 mA 4 20 mA 20 mA Current measurement range for 2 wire measuring transducer 4 20 mA Resistance measurement range 4 conductor connection 600 W Thermal resistance ...

Page 205: ...ssion 50 Hz interference suppression 60 Hz interference suppression Smoothing None Weak smoothing Medium smoothing Strong smoothing Reference junction None Dynamic reference temperature at Pt100 module on A Dynamic reference temperature Format analog value representation S5 format S7 format SC Analog Electronic Modules Parameters ...

Page 206: ...e 4 conductor connection 0 600 W The 4 conductor connection gives the maximum possible accuracy The conductor resistances are in principle fully compensated Resistance thermometer with linearization 4 conductor connection Platinum and nickel resist ance thermometer Temperature characteristics of various resistance thermometers dynamic reference temperature are stored in the module s ROM The conver...

Page 207: ...is recorded by another module You can specify the temperature in the reference temperature parameter and adjust it dynamically in RUN mode 1 In the case of the ET 200L SC the dynamic reference temperature is only possible with S7 masters Here you can enter the reference junction temperature in the climatic temper ature range for recording temperatures using thermocouples in S7 number format 0 01oC...

Page 208: ... 11 1 Default Parameters of the Analog Input Modules Parameters Default Value Measurement type Each module is intended for a specific measurement type Measurement Range Module type for voltage input 10 V Module type for current input 4 20 mA Module type for resistance input Pt 100 standard Module type for thermocouple input Thermocouple type K Interference frequency suppression 50 Hz Smoothing Non...

Page 209: ...e Analog Input Values Operating Mode of the CPU Supply Voltage L at the Analog Input Value of the Analog Module at the Analog Module S7 Number Format S5 Number Format POWER ON RUN L applied Process value Process value pp 7FFFH until the conclusion of the 1st conversion after the parameterization of the module 7FFFH until the conclusion of the 1st conversion after the parameterization of the module...

Page 210: ...nnels are con verted one after the other The cycle time i e the time until another analog input value is converted is the sum of the conversion times of the activated analog input channels of an analog input module see Chapter 12 You should activate unused analog input channels to reduce the cycle time The transfer of the digitized measured values to the system depends on the interface used and th...

Page 211: ...e types C Trimming resistor Supply conductor Cu Equalizing conductor Reference junction Connecting point Thermocouple with plus and mi nus components Measurement point Measurement point for thermal e m f Figure 11 1 Structure of Thermocouples If the measurement point is subjected to a different temperature to the free end of the thermocouple a potential difference develops between the free ends wh...

Page 212: ...ance thermometer to mea sure the reference junction temperature recommended method You can measure the reference temperature using a resistance thermometer platinum and have the module calculate it for any ther mocouple of this terminal block Dynamic reference tem perature module on A Constant reference junction temperature thermostat ice bath If the reference junction temperature is constant and ...

Page 213: ... independently of the other channel can use any thermocouple type supported by the analog input module Slot A AI TC Slot C Slot B C1 C2 C3 C4 B1 B2 B3 B4 A1 A2 A3 A4 1L 2L 1M 2M 24V M M M M M Figure 11 2 Connecting Insulated Thermocouples Without Compensation With Internal Compensation or Use of the Reference Temperature Example TB 16SC Connecting Thermocouples SC Analog Electronic Modules Paramet...

Page 214: ...block In this case the equalizing conductors must lead to the terminal block The effect of temperature on the reference junction of a thermocouple e g terminal box can be equalized by means of a compensating box The compensating box contains a bridge circuit which is compensated for a specified reference junction temperature compensating temperature The connections for the ends of the equalizing c...

Page 215: ...es of the Same Type with External Compensation via a Resistance Thermometer Connected to the Resistance Measurement Module to Slot A of the Terminal Block Example TB 16SC Connect the resistance thermometer to the module on slot A Note the para meterization of the reference junction for each thermocouple channel In Figures 11 2 and 11 3 the abbreviations have the following meanings IC Constant curr...

Page 216: ...ws how to connect voltage sensors to an analog input module Slot A AI 10V 1 5V Slot C Slot B C1 C2 C3 C4 B1 B2 B3 B4 A1 A2 A3 A4 1L 2L 1M 2M 24V M U U M M M M Figure 11 4 Connecting Voltage Sensors Example TB 16SC 4 wire measuring transducers with voltage output are connected like voltage sensors Voltage Sensors SC Analog Electronic Modules Parameters ...

Page 217: ...w to connect current sensors as 4 wire measuring transducers to analog input modules U H auxiliary power Slot A AI 4 20 mA 20mA Slot C Slot B C1 C2 C3 C4 B1 B2 B3 B4 A1 A2 A3 A4 1L 2L 1M 2M 24V M M M M M Sensor e g pressure gauge 4 wire measuring transducer 4 wire measuring transducer U H U H P P Figure 11 5 Connecting 4 Wire Measuring Transducers Example TB 16SC Supply Voltage of the Sensors Conn...

Page 218: ...an external power supply to current input modules Slot C Slot B C1 C2 C3 C4 B1 B2 B3 B4 A1 A2 A3 A4 1L 2L 1M 2M 24V M M M M M 2 wire measuring transducer P 24V M M 2 wire measuring transducer P 24V Slot A AI 4 20 mA Figure 11 6 Connecting 2 wire measuring transducers Example TB 16SC Connecting 2 Wire Measuring Transducers SC Analog Electronic Modules Parameters ...

Page 219: ... The resulting voltage at the resistance thermometer and resistor is measured via terminals M and M Very pre cise measurement results are thus obtained at the 4 conductor connection Figure 11 7 shows how to implement the 4 conductor connection for resist ance thermometers resistors Slot A AI RTD Slot C Slot B C1 C2 C3 C4 B1 B2 B3 B4 A1 A2 A3 A4 1L 2L 1M 2M 24V M M IC M IC Figure 11 7 4 Conductor C...

Page 220: ...otential differences can occur be tween the individual measuring sensors and in comparison to M These po tential differences can also be caused by malfunctions or the spatial distribu tion of the measuring sensors Ensure that UCM does not exceed the permitted value e g by using an equalizing conductor Floating Measuring Sensors SC Analog Electronic Modules Parameters ...

Page 221: ... case of analog input modules for voltage current and thermocou ples Insert a bridge between M and M and connect it to the ground M of the terminal block In the case of analog input modules for resistance thermometers Insert a bridge between M and M and connect it to the ground M of the terminal block IC and IC remain unwired In the case of the 2 AI HS I analog input module 6ES7 123 1GB50 0AB0 Lea...

Page 222: ...ges listed below depending on their functionality The parameterization tools are described in Chapter 4 The table 11 4 shows which parameters are used by the analog output mod ules Table 11 4 Parameters of the Analog Output Modules Parameters The following settings are possible Measurement range deactivated yes no Voltage range 1 5 V 10 V Current range 0 20 mA 4 20 mA Tool for Parameterization Par...

Page 223: ...odule type you have the option of entering an output range of the pa rameters or value ranges listed below Table 11 5 Output Types Output Ranges of the Analog Output Modules Output Type Output Range Notes Voltage 1 5 V 10 V Wire the S and S sense inputs of the modules directly to the load to be driven in order to com pensate for line effects Current 0 20 mA 4 20 mA Output Type Output Range SC Anal...

Page 224: ... using the specified software Chapter 4 the default settings apply to all output chan nels after a restart Specifically this means Table 11 6 Default Parameters of the Analog Output Modules Parameter Default Value Output type Each module is intended for a specific output type Output Range Module type for voltage 10 V Module type for current 4 20 mA Default Parameters SC Analog Electronic Modules P...

Page 225: ...s Operating Mode of the CPU Supply Voltage L at the Analog Mo Output Value of the Analog Output Module CPU at the Analog Mo dule S7 Number Format S5 Number Format POWER ON RUN L applied CPU values CPU values pp By the conclusion of the 1st conversion after power on a signal of 0 mA or 0 V is output after parameterization a signal of 0 mA or 0 V is output By the conclusion of the 1st conversion aft...

Page 226: ...ed output values from internal memory after a message ends and digi tal analog conversion The analog output modules are single channel so the internal cycle time cor responds to the conversion time described above The data in the analog modules is transmitted sequentially by means of the appropriate interface The cycle time i e the time that elapses before an ana log module is addressed again depe...

Page 227: ...s in the worst case the sum of the cycle time and the settling time The worst case is when the analog channel is converted just before transfer of a new output value to the inter face and is only transferred again after transfer and conversion of the other channels cycle time Figure 11 8 shows the response time of the analog output channels tA tZ tE t1 t2 tA response time tZ cycle time which corre...

Page 228: ...urn line for load ground connection RL Load resistance The figures below show you how to connect loads and actuators to the cur rent or voltage outputs of the analog output modules Figure 11 9 shows an example of the wiring on an electronic module Slot C Slot B C1 C2 C3 C4 B1 B2 B3 B4 A1 A2 A3 A4 1L 2L 1M 2M 24V M QI QI RL Slot A AO 4 20 mA 0 20mA Figure 11 9 Connecting Loads Actuators to a Curren...

Page 229: ... 10 Connecting Loads Actuators to a Voltage Output via a 4 Wire Circuit Example TB 16SC The sensor lines S S must be connected directly to the load The volt age is thus measured and adjusted directly on the load You can also use only QV and QV by bridging QV with S and QV with S on the terminal block This entails a loss of accuracy In this case the line resistances are not compensated S and S must...

Page 230: ...alog Output Modules To avoid faults you must wire unused channels of analog output modules as follows In the case of analog output modules for voltage Insert a bridge between QV and S and between QV and S In the case of analog output modules for current No wiring is required SC Analog Electronic Modules Parameters ...

Page 231: ...ment is as follows Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 Value of bits 215 214 213 212 211 210 29 28 27 26 25 24 23 22 21 20 If the resolution of an analog module is less than 16 bits the analog value is stored on the module with left justification 0 is written to the unused low value positions Example In the following example you see how 0 is written to the unused positions when the resolutio...

Page 232: ...1 0 003617 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 g 27648 100 000 1 0 0 1 0 1 0 0 0 0 0 0 0 0 0 0 27649 100 004 1 0 0 1 0 0 1 1 1 1 1 1 1 1 1 1 Underrange 32512 117 593 1 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 g 32768 t 117 593 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Underflow Table 11 9 Unipolar Input Ranges Units Measured Value in Data Word Range Value in 215 214 213 212 211 210 29 28 27 26 25 24 23 22 21 20 g 32767 u1...

Page 233: ... 1 1 1 1 1 1 Overflow 32511 117 589 0 1 1 1 1 1 1 0 1 1 1 1 1 1 1 1 Overrange 27649 100 004 0 1 1 0 1 1 0 0 0 0 0 0 0 0 0 1 g 27648 100 000 0 1 1 0 1 1 0 0 0 0 0 0 0 0 0 0 1 0 003617 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 Rated range 0 0 000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 003617 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 Underrange 4864 17 593 1 1 1 0 1 1 0 1 0 0 0 0 0 0 0 0 g 32767 t 17 593 0 1 1 1 1 1 1 1 1 ...

Page 234: ... is always the same the following tables contain only the measurement ranges against the units For the corresponding binary representation of the measured values see the tables in Section 11 20 Measured Value in System Voltage Measurement Range Dec Hex 10 V 80 mV u117 589 32767 7FFF u11 759V Overflow 117 589 32511 7EFF 11 759 V 94 1 mV Overrange 27649 6C01 g 100 000 27648 6C00 10 V 80 mV Rated ran...

Page 235: ...93 4864 ED00 0 296 V t 17 593 32767 7FFF t 0 296 V Open circuit Measured Value in System Current Measurement Range Dec Hex 20 mA u117 589 32767 7FFF u23 52 mA Overflow 117 589 32511 7EFF 23 52 mA Overrange 27649 6C01 g 100 000 27648 6C00 20 mA Rated range 0 003617 1 1 723 4 nA 0 0 0 0 mA 0 003617 1 FFFF 723 4 nA 100 000 27648 9400 20 mA 27649 93FF Underrange 117 593 32512 8100 23 52 mA g t 117 593...

Page 236: ... 0 0 4 mA 1 FFFF Underrange 17 593 4864 ED00 1 185 mA g t 17 593 32767 7FFF t1 185 mA Open circuit Measured Value in System Resistance Type Sensor Dec Hex 600 u117 589 32767 7FFF u705 53 W Overflow 117 589 32511 7EFF 705 53 W Overrange 27649 6C01 g 100 000 27648 6C00 600 W Rated range 0 003617 1 1 21 70 mW 0 0 0 0 W 1 FFFF Underrange 17 593 4864 ED00 t 17 593 32768 8000 Underflow Polarity reversal...

Page 237: ...Pt100 Pt100 Ni100 32767 7FFF Overflow 155 oC 1000 oC 295 oC Overrange g 130 oC 850 oC 250 oC Rated range g 1000 10 oC 100 oC 100 oC 1 1 0 01 oC 0 1 oC 0 1 oC 0 0 0 00 oC 0 0 oC 0 0 oC 1 FFFF 0 01 oC 0 1 oC 0 1 oC 120 oC 200 oC 60 oC Underrange 145 oC 243 oC 105 oC g 32768 8000 Underflow Overrange and underrange In the overrange and underrange the gradient of the characteristic curve as it leaves t...

Page 238: ...2 oC Overrange g 1769 oC 1200 oC 1372 oC Rated range g 10000 1000 oC 1000 oC 1000 oC 1 1 0 1 oC 0 1 oC 0 1 oC 0 0 0 0 oC 0 0 oC 0 0 oC 1 FFFF 0 1 oC 0 1 oC 0 1 oC 50 oC 210 oC 270 oC Underrange 170 oC 330 oC 390 oC g 32768 8000 Underflow Overrange and underrange In the overrange and underrange the gradient of the characteristic curve as it leaves the linearized rated range is retained SC Analog El...

Page 239: ... 1 1 1 1 0 003617 g 27648 1 0 0 1 0 1 0 0 0 0 0 0 0 0 0 0 100 000 27649 1 0 0 1 0 0 1 1 1 1 1 1 1 1 1 1 100 004 Underrange 32512 1 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 117 593 g v 32513 1 0 0 0 0 0 0 0 x x x x x x x x 0 Underflow Table 11 12 Unipolar Output Ranges Units Data Word Output Value in Range 215 214 213 212 211 210 29 28 27 26 25 24 23 22 21 20 p in g w32512 0 1 1 1 1 1 1 1 x x x x x x x x 0 Ov...

Page 240: ...rrange 27649 0 1 1 0 1 1 0 0 0 0 0 0 0 0 0 1 100 004 g 27648 0 1 1 0 1 1 0 0 0 0 0 0 0 0 0 0 100 000 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 003617 Rated range 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 000 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 003617 Underrange 6912 1 1 1 0 0 1 0 1 0 0 0 0 0 0 0 0 25 000 g 6913 1 1 1 0 0 1 0 0 1 1 1 1 1 1 1 1 Restricted to overrange 32512 1 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 25 00...

Page 241: ...binary representation of the analog values is always the same the following tables contain only the measurement ranges against the units Measured Value in System Voltage Range Dec Hex 10 V 118 5149 32767 7FFF 0 00 V Overflow no voltage and no current 117 593 32512 7F00 0 00 V g current 117 589 32511 7EFF 11 76 V Overrange 27649 6C01 100 27648 6C00 10 V Rated range 0 003617 1 1 361 7 µV 0 0 0 0 V 0...

Page 242: ...nderflow no voltage and no current 118 519 32768 8000 0 00 V g current System Current range Dec Hex 0 20 mA 4 20 mA 118 5149 32767 7FFF 0 00 mA 0 00 mA Overflow no voltage and no 117 593 32512 7F00 voltage and no current 117 589 32511 7EFF 23 52 mA 22 81 mA Overrange 27649 6C01 g 100 27648 6C00 20 mA 20 mA Rated range 0 003617 1 1 723 4 nA 4mA 578 7 nA 0 0 0 0 mA 4 mA 1 FFFF 0 mA 4mA 578 7 nA Unde...

Page 243: ...Bit 21 F Fault open circuit Bit 22 x Not used The individual measurement ranges are represented as follows Table 11 14 Representation of the Measurement Ranges for Analog Inputs Measurement range Representation in S5 Number Format Representation in S7 Number Format 80 mV 10 V 20 mA 2048 2048 27648 27648 1 5 V 4 20 mA 512 2560 0 27648 PT100 Standard 0 5 oC digit 0 1 oC digit 100 850 oC 200 1700 200...

Page 244: ... 1 oC digit 0 1 oC digit 50 1769 oC 50 1769 500 17690 Table 11 15 Representation of the Measurement Rangesfor Analog Outputs Output Range Representation in S5 Number Format Representation in S7 Number Format 10 V 1024 1024 27648 27648 1 5 V 0 20 mA 0 1024 0 27648 4 20 mA Overrange 117 59 as S7 Overflow value Greatest overrange value 1 Underflow value Greatest underrange value 1 In both cases the 0...

Page 245: ... range 1 0 0488 1 1 1 1 1 1 1 1 1 1 1 1 1 0 0 0 g 2048 100 000 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2049 100 05 1 0 1 1 1 1 1 1 1 1 1 1 1 0 0 0 Underrange 2408 117 578 1 0 1 1 0 1 0 0 1 1 0 0 0 0 0 0 g 2409 t 117 578 1 0 1 1 0 1 0 0 1 0 1 1 1 0 0 1 Underflow Table 11 17 Unipolar Input Ranges Units Measured Value in Data Word Range Value in 212 211 210 29 28 27 26 25 24 23 22 21 20 F Ü g 2409 u117 578 0...

Page 246: ... 0 1 0 0 1 Overflow 2920 117 578 0 1 0 1 1 0 1 1 0 1 0 0 0 0 0 0 Overrange 2561 100 05 0 1 0 1 0 0 0 0 0 0 0 0 1 0 0 0 g 2560 100 000 0 1 0 1 0 0 0 0 0 0 0 0 0 0 0 0 513 0 0488 0 0 0 1 0 0 0 0 0 0 0 0 1 0 0 0 Rated range 512 0 000 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 511 0 0488 0 0 0 0 1 1 1 1 1 1 1 1 1 0 0 0 Underrange 151 17 593 0 0 0 0 0 1 0 0 1 0 1 1 1 0 0 0 g 4095 v 17 593 0 1 1 1 1 1 1 1 1 1 1 1 ...

Page 247: ... against the units Measured Value in System Voltage Measurement Range Dec 10 V 80 mV u117 589 2409 u11 769 V w94 1 mV Overflow 117 589 2408 11 758 V 94 06 mV Overrange 2049 g 100 000 2048 10 V 80 mV Rated range 0 0488 1 4 9 mV 39 V 0 0 0 V 0 V 0 0488 1 4 9 mV 39 V 100 000 2048 10 V 80 mV 2049 Underrange 117 593 2408 11 759 V 94 06 mV g t 117 593 2409 t11 759 V v 94 1 mV Underflow Measured Value in...

Page 248: ... 9 766 A 100 000 2048 20 mA 2049 Underrange 117 593 2408 23 52 mA g t 117 593 2409 t 23 52 mA Underflow Measured Value in System Current Measurement Range Dec 4 20 mA u117 589 2921 u22 81 mA Overflow 117 589 2920 22 81 mA Overrange 2561 g 100 000 2560 20 mA Rated range 0 0488 513 4 mA 7 813 A 0 512 4 mA 0 0488 511 Underrange 17 593 151 1 185 mA g t 17 593 4095 t1 185 mA Open circuit Current Measur...

Page 249: ...Resistance Type Sensor Dec 600 u117 589 2409 u705 53 W Overflow 117 578 2408 705 53 W Overrange 2049 g 100 000 2048 600 W Rated range 0 0488 1 0 293 W 0 0 0 W 1 Underrange 17 593 360 t 17 593 361 Underflow Polarity reversal of constant current IC IC Resistance Type Sensor 600 W SC Analog Electronic Modules Parameters ...

Page 250: ...001 u 1000 oC 591 u295 oC Overflow 155 oC 1000 oC 295 oC Overrange g 130 oC 850 oC 250 oC Rated range 200 10 oC 100 oC 100 oC 1 0 05 oC 0 5 oC 0 5 oC 0 0 00 oC 0 0 oC 0 0 oC 120 oC 100 oC 60 oC Underrange 145 oC 243 oC 105oC g 211 t 105 oC Underflow 487 t 243 oC 2901 t 145 oC Overrange and underrange In the overrange and underrange the gradient of the char acteristic curve as it leaves the lineari...

Page 251: ...oC 1622 oC Overrange g 1769 oC 1200 oC 1372 oC Rated range 1000 oC 1000 oC 1000 oC 1 1 oC 1 oC 1 oC 0 0 0 oC 0 0 oC 0 0 oC 1 1 oC 1 oC 1 oC 50 oC 210 oC 270 oC Underrange 170 oC 330 oC 390 oC g 171 t 170 oC Underflow 331 t 330 oC 390 t 390 oC Overrange and underrange In the overrange and underrange the gradient of the characteristic curve as it leaves the linearized rated range is retained SC Anal...

Page 252: ... 0 0 0 0 0 0 0 0 0 0 x x x x 100 000 1025 1 0 1 1 1 1 1 1 1 1 1 1 x x x x 100 097 Underrange 1204 1 0 1 1 0 1 0 0 1 1 0 0 x x x x 117 578 g v 1205 1 0 1 1 0 1 0 0 1 0 1 1 x x x x 0 Underflow x irrelevant Table 11 20 Unipolar Output Ranges Units Data Word Output Value in Range 211 210 29 28 27 26 25 24 23 22 21 20 x x x x p in g w1205 0 1 0 0 1 0 1 1 0 1 0 1 x x x x 0 Overflow 1204 0 1 0 0 1 0 1 1 ...

Page 253: ... 1025 0 1 0 0 0 0 0 0 0 0 0 1 x x x x 100 097 g 1024 0 1 0 0 0 0 0 0 0 0 0 0 x x x x 100 000 1 0 0 0 0 0 0 0 0 0 0 0 0 x x x x 0 097 Rated range 0 0 0 0 0 0 0 0 0 0 0 0 0 x x x x 0 000 1 1 1 1 1 1 1 1 1 1 1 1 1 x x x x 0 097 Underrange 256 1 1 1 1 0 0 0 0 0 0 0 0 x x x x 25 000 g 257 1 1 1 0 1 1 1 1 1 1 1 1 x x x x Restricted to overrange 1204 1 0 1 1 0 1 0 0 1 1 0 0 x x x x 25 000 overrange lower...

Page 254: ...nce the binary representation of the analog values is always the same the following tables contain only the measurement ranges against the units The following tables show the analog value representation for output chan nels in various voltage ranges System Voltage Range Dec 10 V u 117 578 u1204 0 00 V Overflow no voltage and no cur rent 117 578 1204 11 76 V Overrange 1025 g 100 1024 10 V 0 097 1 9...

Page 255: ... 0 V p p to 0 V System Current Measurement Range Dec 0 20 mA 4 20 mA u117 578 u1204 0 00 mA 0 00 mA Overflow no voltage and no current 117 578 1204 23 52 mA 22 81 mA Overrange 1025 g 100 1024 20 mA 20 mA 0 0976 1 19 5 A 4mA 15 6 A Rated range 0 0 0 mA 4 mA 0 0976 1 0 mA Underrange 25 256 0 mA 0 mA g 257 0 mA 0 mA Impossible output value restricted to 117 578 1204 0 mA 0 mA output value restricted ...

Page 256: ...11 54 ET 200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c SC Analog Electronic Modules Parameters ...

Page 257: ...nalog Electronic Module 1 AI RTD 12 44 12 9 Analog Electronic Module 1 AO U 12 50 12 10 Analog Electronic Module 1 AO I 12 54 Product Name Order Number Analog Electronic Module 2 AI U 6ES7 123 1FB00 0AB0 High Speed Analog Electronic Module 2 AI HS U 6ES7 123 1FB50 0AB0 Analog Electronic Module 2 AI I 6ES7 123 1GB00 0AB0 6ES7 123 1GB10 0AB0 HighSpeed Analog Electronic Module 2 AI HS I 0 4 20 mA 4 W...

Page 258: ...d from the SC bus Permissible common mode voltage of AC 2 VSS The figure below shows the front elevation and the side elevation of the input module The block diagram is shown on the front of the input module In the operat ing state the block diagram is covered by the labeling strip Front elevation Side elevation The used terminals are shaded gray Slot 1 is shown A2 A4 A1 A3 Figure 12 1 Front and S...

Page 259: ...igure 12 2 shows the block diagram of the 2 AI U analog electronic module SC bus ADC Logic and interface circuit Isolation Internal supply V L V M M 0 M 0 M 1 M 1 1 2 3 4 Figure 12 2 Block Diagram of the 2 AI U Analog Electronic Module Block Diagram SC Analog Electronic Modules Technical Data ...

Page 260: ...asurement range volt age 10 V 1 5 V 10 V Channel Interference frequency sup pression 50 Hz integration time 60 ms 60 Hz integration time 50 ms 50 Hz Module Smoothing None Weak Medium Strong None Channel Format SIMATIC S7 SIMATIC S5 SIMATIC S7 Channel If you have not set the parameters of the 2 AI U electronic module using the specified software see Chapter 4 the default settings apply to both inpu...

Page 261: ...the time response for any jump of the input value x and the smoothing factor k by using the following formula yn xn k 1 yn 1 k yn value passed to the system in the current cycle n Figure 12 3 shows the jump response for various smoothing factors depend ing on the number of module cycles 0 5 1 0 0 63 100 200 300 400 Module cycles Jump Response k 8 k 64 k 128 Figure 12 3 Jump response Time Response ...

Page 262: ...sible potential difference Between inputs and ground VCM DC 2 V AC 2 VSS Power input From supply voltage L max 30 mA Power loss of the module typ 0 6 W Interference Suppression Limits of Error Interference voltage suppression for f n x f1 1 f1 interference frequency n 1 2 Common mode interference Series mode interference peak value of interference rated value of input range 90 dB 70 dB Crosstalk b...

Page 263: ...pres sion for interference fre quency f1 in Hz 50 60 Sensor Selection Data Input ranges rated values input resistance Permitted input voltage For voltage input destruction limit 10 V 100kW 1 5 V 100kW max 20 V perma nent 75 V for max 1 s pulse duty factor 1 20 Connection of sensors For voltage measurement Characteristic curve linearization Temperature compensation Smoothing of measured values Step...

Page 264: ...de voltage of AC 2 VSS The figure below shows the front elevation and the side elevation of the two channel input module The circuit shematic is shown on the front elevation of the input module In its operative state the circuit schematic is covered by the labeling strip 2 AI HS U 6ES7123 1FB50 0AB0 Front elevation Side elevation The used terminals are shaded gray Slot 1 is shown A2 A4 A1 A3 Figur...

Page 265: ...ws the block diagram of the 2 AI HS U high speed analog electronic module SC bus ADC Logic and interface circuit Isolation Internal supply V L V M M 0 M 0 M 1 M 1 1 2 3 4 Figure 12 5 Block Diagram of the 2 AI HS U High Speed Analog Electronic Module Block Diagram SC Analog Electronic Modules Technical Data ...

Page 266: ... Measurement type Deactivated Voltage Voltage Channel Measurement range volt age 10 V 10 V Channel Smoothing None Weak Medium Strong None Channel Format SIMATIC S7 SIMATIC S5 SIMATIC S7 Channel If you have not set the parameters of the 2 AI HS U electronic module using the specified software Chapter 4 the default settings of all parameters apply to both input channels after a restart see Table 12 ...

Page 267: ...the time response for any jump of the input value x and the smoothing factor k by using the following formula yn xn k 1 yn 1 k yn value passed to the system in the current cycle n Figure 12 3 shows the jump response for various smoothing factors depend ing on the number of module cycles 0 5 1 0 0 63 100 200 300 400 Module cycles k 8 k 64 k 128 Jump Response Figure 12 6 Jump response Time Response ...

Page 268: ...potential difference Between inputs and ground VCM DC 2 V AC 2 VSS Power input From supply voltage L max 30 mA Power loss of the module typ 0 6 W Interference Suppression Limits of Error Interference voltage suppression for f n x f1 1 f1 interference frequency n 1 2 Common mode interference Series mode interference peak value of interference rated value of input range 50 dB 70 dB with smoothing fa...

Page 269: ...10 V 12 bits incl sign Sensor Selection Data Input ranges rated values input resistance Permitted input voltage For voltage input destruction limit 10 V approx 100kW max 20 V perma nent 75 V for max 1 s pulse duty factor 1 20 Connection of sensors For voltage measurement Characteristic curve linearization Temperature compensation Smoothing of measured values Step None Weak Medium Strong possible n...

Page 270: ... the SC bus Permissible common mode voltage of AC 2 VSS The figure below shows the front elevation and the side elevation of the two channel input module The circuit shematic is shown on the front elevation of the input module In its operative state the circuit schematic is covered by the labeling strip Front elevation Side elevation The used terminals are shaded gray Slot 1 is shown A2 A4 A1 A3 F...

Page 271: ...e 12 8 shows the block diagram of the 2 AI I analog electronic module SC bus ADC Logic and interface circuit Galvanic isolation Internal supply L M M 0 M 0 M 1 M 1 1 2 3 4 A A Figure 12 8 Block Diagram of the 2 AI I Analog Electronic Module Block Diagram SC Analog Electronic Modules Technical Data ...

Page 272: ...ucer Channel Measurement range 4 wire measuring transducer 4 20 mA 20 mA 4 20 mA Channel Interference frequency sup pression 50 Hz integration time 60 ms 60 Hz integration time 50 ms 50 Hz Module Smoothing None Weak Medium Strong None Channel Format SIMATIC S7 SIMATIC S5 SIMATIC S7 Channel If you have not set the parameters of the 2 AI I electronic module using the specified software see Chapter 4...

Page 273: ...lculate the time response for any jump of the input value x and the smoothing factor k by using the following formula yn xn k 1 yn 1 k yn value passed to system in cycle n Figure 12 9 shows the jump response for various smoothing factors depend ing on the number of module cycles 0 5 1 0 0 63 100 200 300 400 Module cycles Jump Response k 8 k 64 k 128 Figure 12 9 Jump Response Time Response of the D...

Page 274: ...sible potential difference Between inputs and ground VCM DC 2 V AC 2 VSS Power input From supply voltage L max 30 mA Power loss of the module typ 0 6 W Interference Suppression Limits of Error Interference voltage suppression for f n x f1 1 f1 interference frequency n 1 2 Common mode interference Series mode interference peak value of interference rated value of input range 90 dB 70 dB Crosstalk b...

Page 275: ...anges rated values input resistance Permissible input current For current input destruction limit 20 mA 50 W 4 20 mA 50 W 40 mA permanent Connection of sensors For voltage measurement As 2 wire measuring transducer As 4 wire measuring transducer possible with exter nal measuring trans ducer feed possible Characteristic curve linearization Temperature compensation Smoothing of measured values Step ...

Page 276: ...on Isolation from the SC bus Permissible common mode voltage of AC 2 VSS The figure below shows the front elevation and the side elevation of the two channel input module The circuit shematic is shown on the front elevation of the input module In its operative state the circuit schematic is covered by the labeling strip Front elevation Side elevation The used terminals are shaded gray Slot 1 is sh...

Page 277: ... 12 8 shows the block diagram of the 2 AI I analog electronic module SC bus ADC Logic and interface circuit Galvanic isolation Internal supply L M M 0 M 0 M 1 M 1 1 2 3 4 A A Figure 12 11 Block Diagram of the 2 AI I Analog Electronic Module Block Diagram SC Analog Electronic Modules Technical Data ...

Page 278: ...ucer Channel Measurement range 4 wire measuring transducer 4 20 mA 20 mA 4 20 mA Channel Interference frequency sup pression 50 Hz integration time 60 ms 60 Hz integration time 50 ms 50 Hz Module Smoothing None Weak Medium Strong None Channel Format SIMATIC S7 SIMATIC S5 SIMATIC S7 Channel If you have not set the parameters of the 2 AI I electronic module using the specified software see Chapter 4...

Page 279: ...lculate the time response for any jump of the input value x and the smoothing factor k by using the following formula yn xn k 1 yn 1 k yn value passed to system in cycle n Figure 12 9 shows the jump response for various smoothing factors depend ing on the number of module cycles 0 5 1 0 0 63 100 200 300 400 Module cycles Jump Response k 8 k 64 k 128 Figure 12 12 Jump Response Time Response of the ...

Page 280: ...sible potential difference Between inputs and ground VCM DC 2 V AC 2 VSS Power input From supply voltage L max 30 mA Power loss of the module typ 0 6 W Interference Suppression Limits of Error Interference voltage suppression for f n x f1 1 f1 interference frequency n 1 2 Common mode interference Series mode interference peak value of interference rated value of input range 90 dB 70 dB Crosstalk b...

Page 281: ...anges rated values input resistance Permissible input current For current input destruction limit 20 mA 50 W 4 20 mA 50 W 40 mA permanent Connection of sensors For voltage measurement As 2 wire measuring transducer As 4 wire measuring transducer Characteristic curve linearization Temperature compensation Smoothing of measured values Step None Weak Medium Strong possible with exter nal measuring tr...

Page 282: ...ssible common mode voltage AC 2 VSS The figure below shows the front elevation and the side elevation of the two channel input module The circuit shematic is shown on the front elevation of the input module In its operative state the circuit schematic is covered by the labeling strip HS 2 AI I 6ES7123 1GB60 0AB0 Front elevation Side elevation A2 A4 A1 A3 The used terminals are shaded gray Slot 1 i...

Page 283: ...nal supply L M M 0 M 0 M 1 M 1 1 2 3 4 A A Figure 12 14 Block Diagram of the 2 AI HS I High Speed Analog Electronic Module 0 4 20mA 4 Wire Measuring Transducer Note The current limitation applies to both measuring transducers of the 2 AI HS I analog electronic module If a short circuit occurs at one measuring transducer and thus activates cur rent limitation the second measuring transducer does no...

Page 284: ...ing transducer Current 4 wire measuring transducer Channel Measurement range 4 wire measuring transducer 4 20 mA 20 mA 4 20 mA Channel Smoothing None Weak Medium Strong None Channel Format SIMATIC S7 SIMATIC S5 SIMATIC S7 Channel If you have not set the parameters of the 2 AI HS I electronic module using the specified software see Chapter 4 the default settings of all parameters apply to both inpu...

Page 285: ...ate the time response for any jump of the input value x and the smoothing factor k by using the following formula yn xn k 1 yn 1 k yn value passed to system in current cycle n Figure 12 9 shows the jump response for various smoothing factors depend ing on the number of module cycles 0 5 1 0 0 63 100 200 300 400 k 8 k 64 k 128 Module cycles Jump Response Figure 12 15 Jump Response Time Response of ...

Page 286: ...tential difference Between inputs and ground VCM DC 2 V AC 2 VSS Power input From supply voltage L max 30 mA Power loss of the module typ 0 6 W Interference Suppression Limits of Error Interference voltage suppression for f n x f1 1 f1 interference frequency n 1 2 Common mode interference Series mode interference peak value of interference rated value of input range 50 dB 70 dB with smoothing fact...

Page 287: ...or Selection Data Input ranges rated values input resistance Permitted input current For current input destruction limit 20 mA approx 50 W 4 20 mA approx 50 W 35 mA permanent 150mA for max 1s pulse duty factor 1 20 Connection of sensors For current measurement As 4 wire measuring transducer possible Characteristic curve linearization Temperature compensation Smoothing of measured values Step None ...

Page 288: ...m the SC bus Common mode voltage irrelevant The figure below shows the front elevation and the side elevation of the two channel input module The circuit shematic is shown on the front elevation of the input module In its operative state the circuit schematic is covered by the labeling strip 2 AI I HS Front elevation Side elevation A2 A4 A1 A3 The used terminals are shaded gray Slot 1 is shown 6ES...

Page 289: ...nalog electronic module 4 20mA 2 wire measuring transducer SC bus ADC Logic and interface circuit Galvanic isolation Internal supply M 0 M 0 M 1 M 1 1 2 3 4 Current limitation L M TR TR Figure 12 17 Block Diagram of the 2 AI HS I High Speed Analog Electronic Module 4 20mA 2 Wire Measuring Transducer Block Diagram SC Analog Electronic Modules Technical Data ...

Page 290: ...Current 2 wire measuring transducer Current 2 wire measuring transducer Channel Measurement range 4 wire measuring transducer 4 20 mA 4 20 mA Channel Smoothing None Weak Medium Strong None Channel Format SIMATIC S7 SIMATIC S5 SIMATIC S7 Channel If you have not set the parameters of the 2 AI HS I high speed electronic module 4 20mA 2 wire measuring transducer using the specified software see Chapte...

Page 291: ...he time response for any jump of the input value x and the smoothing factor k by using the following formula yn xn k 1 yn 1 k yn value passed to the system in the current cycle n Figure 12 18 shows the jump response for various smoothing factors depend ing on the number of module cycles 0 5 1 0 0 63 100 200 300 400 k 8 k 64 k 128 Module cycles Jump Response Figure 12 18 Jump response Time Response...

Page 292: ...ference Between inputs and ground VCM DC 2 V AC 2 VSS Power input From supply voltage L max 30 mA Power loss of the module typ 0 6 W Sustained short circuit current from M0 M1 against M to 100mA Interference Suppression Limits of Error Interference voltage suppression for f n x f1 1 f1 interference frequency n 1 2 Common mode interference Series mode interference peak value of interference rated v...

Page 293: ... rated values input resistance Permitted input current For current input destruction limit 4 20 mA approx 50 W 35 mA permanent 150mA for max 1s pulse duty factor 1 20 Connection of sensors For current measurement As 2 wire measuring transducer Load of the 2 wire mea suring transducer possible up to 750 W Characteristic curve linearization Temperature compensation Smoothing of measured values Step ...

Page 294: ...rization of sensor characteristic curves Isolation from the SC bus Permissible common mode voltage of AC 2 VSS The figure below shows the front elevation and the side elevation of the input module The block diagram is shown on the front of the input module In the operat ing state the block diagram is covered by the labeling strip Front elevation Side elevation LED Channel 1 LED Channel 2 A2 A4 A1 ...

Page 295: ... 12 20 shows the block diagram of the 2 AI TC analog electronic mod ule SC bus ADC Logic and interface circuit Galvanic isolation Internal supply L M M 0 M 0 M 1 M 1 1 2 3 4 Figure 12 20 Block Diagram of the 2 AI TC Analog Electronic Module Block Diagram SC Analog Electronic Modules Technical Data ...

Page 296: ...um Strong None Channel Reference junction None Dynamic reference temper ature on the AI RTD elec tronic module at slot A Dynamic reference temper ature Module Format SIMATIC S7 SIMATIC S5 SIMATIC S7 Module Table 12 8 Dynamic Parameters of the 2 AI TC Electronic Module Parameter SIMATIC S7 Value Range SIMATIC S5 Value Range Reference temperature in 0 01 C In 0 01 C 14500 15500 In 0 05 C 2900 3100 T...

Page 297: ...culate the time response for any jump of the input value x and the smoothing factor k by using the following formula yn xn k 1 yn 1 k yn value passed to system in cycle n Figure 12 21 shows the jump response for various smoothing factors depend ing on the number of module cycles 0 5 1 0 0 63 100 200 300 400 Module cycles Jump Response k 8 k 64 k 128 Figure 12 21 Jump Response Time Response of the ...

Page 298: ...sible potential difference Between inputs and ground VCM DC 2 V AC 2 VSS Power input From supply voltage L max 30 mA Power loss of the module typ 0 6 W Interference Suppression Limits of Error Interference voltage suppression for f n x f1 1 f1 interference frequency n 1 2 Common mode interference Series mode interference peak value of interference rated value of input range Crosstalk between input...

Page 299: ...ted values in put resistance Permitted input voltage for voltage input destruction limit 80 mV 1MW Type J 1200 C 1MW Type K 1372 C 1 MW Type R 1769 C 1 MW max 10 V permanent 25 V for max 1 s pulse duty factor 1 20 Connection of sensors For voltage measurement possible Characteristic curve lineariza tion yes parameterized Type J K R to IEC 584 Temperature compensation Internal temperature com pensa...

Page 300: ... W Input range selection Linearization of sensor characteristic curves Isolation from the SC bus Permissible common mode voltage of AC 2 VSS The figure below shows the front elevation and the side elevation of the input module The block diagram is shown on the front of the input module In the operat ing state the block diagram is covered by the labeling strip Front elevation Side elevation A2 A4 A...

Page 301: ...ure 12 23 shows the block diagram of the 1 AI RTD analog electronic module SC bus ADC L M M M 1 2 3 4 IC IC Logic and interface circuit Galvanic isolation Internal supply Figure 12 23 Block Diagram of the 1 AI RTD Analog Electronic Module Block Diagram SC Analog Electronic Modules Technical Data ...

Page 302: ... connec tion Temperature measure ment with thermal resist ance Resistance 0 600 W Pt100 climatic range Pt100 standard range Ni100 standard range Pt100 standard range Channel Interference frequency sup pression 50 Hz integration time 60 ms 60 Hz integration time 50 ms 50 Hz Channel Smoothing None Weak Medium Strong None Channel Format SIMATIC S7 SIMATIC S5 SIMATIC S7 Channel If you have not set the...

Page 303: ...culate the time response for any jump of the input value x and the smoothing factor k by using the following formula yn xn k 1 yn 1 k yn value passed to system in cycle n Figure 12 24 shows the jump response for various smoothing factors depend ing on the number of module cycles 0 5 1 0 0 63 100 200 300 400 Module cycles Jump Response k 8 k 64 k 128 Figure 12 24 Jump Response Time Response of the ...

Page 304: ...2 VSS Constant current for resistance sensor approx 1 5 mA Power input From supply voltage L max 30 mA Power loss of the module typ 0 6 W Interference Suppression Limits of Error Interference voltage suppression for f n x f1 1 f1 interference frequency n 1 2 Common mode interference Series mode interference peak value of interference rated value of input range Crosstalk between inputs at 50 Hz 60 ...

Page 305: ...ncy f1 in Hz 50 60 Sensor Selection Data Input ranges rated values input resistance 0 600 W 1 MW Pt100 climatic 120 130 C 1 MW Pt100 standard 200 850 C 1 MW Ni100 standard 60 250 C 1 MW Permitted input voltage for resistance measurement input and constant current inputs out puts destruction limit max 10 V perma nent 25 V for max 1 s pulse duty factor 1 20 Connection of sensors For resistance measu...

Page 306: ... common mode voltage of AC 2 VSS The figure below shows the front elevation and the side elevation of the out put module The block diagram is shown on the front of the output module In the operat ing state the block diagram is covered by the labeling strip Front elevation Side elevation A2 A4 A1 A3 B2 B4 B1 B3 The used terminals are shaded gray Slots 1 and 2 are shown Figure 12 25 Front and Side E...

Page 307: ...gure 12 26 shows the block diagram of the 1 AO U analog electronic mod ule SC bus DAC L M QV QV 1 2 3 4 S S Logic and interface circuit Galvanic isolation Internal supply Figure 12 26 Block Diagram of the 1 AO U Analog Electronic Module Block Diagram SC Analog Electronic Modules Technical Data ...

Page 308: ...e Voltage Output range voltage 10 V 1 5 V 10 V Interference frequency suppression 50 Hz integration time 60 ms 60 Hz integration time 50 ms 50 Hz Smoothing None Weak Medium Strong None Format SIMATIC S7 SIMATIC S5 SIMATIC S7 If you have not set the parameters of the 1 AO U electronic module using the specified software see Chapter 4 the default settings apply to both input channels after a restart...

Page 309: ...ts 11 bits Conversion time max 5 ms Settling time For resistive load For capacitive load 0 1 ms 3 3 ms Substitute values applicable no Interference Suppression Limits of Error Common mode interference VCM 2 VSS AC 50Hz 30 dB Operational limit in entire tem perature range relative to rated output range 0 9 Basic error limit operational limit at 25 C relative to rated output range 0 6 Temperature er...

Page 310: ...s Permissible common mode voltage of AC 2 VSS The figure below shows the front elevation and the side elevation of the out put module The block diagram is shown on the front of the output module In the operat ing state the block diagram is covered by the labeling strip Front elevation Side elevation A2 A4 A1 A3 B2 B4 B1 B3 The used terminals are shaded gray Slots 1 and 2 are shown Figure 12 27 Fro...

Page 311: ...c Figure 12 28 shows the block diagram of the 1 AO I analog electronic mod ule SC bus DAC L M QI QI 1 3 Logic and interface circuit Galvanic isolation Internal supply Figure 12 28 Block Diagram of the 1 AO I Analog Electronic Module Block Diagram SC Analog Electronic Modules Technical Data ...

Page 312: ...c Module Parameter Value Range Default Parameters Measurement type Deactivated Current Current Output range current 0 20 mA 4 20 mA 4 20 mA Format SIMATIC S7 SIMATIC S5 SIMATIC S7 If you have not set the parameters of the 1 AO I electronic module using the specified software see Chapter 4 the default settings apply to both input channels after a restart see Table 12 11 Parameters Default Parameter...

Page 313: ...t 12 bits 12 bits Conversion time max 5 ms Settling time For resistive load For inductive load Substitute values applicable 0 1 ms 0 5 ms no Interference Suppression Limits of Error Common mode interference VCM VSS AC 50Hz 30 dB Operational limit in entire tem perature range relative to rated output range 1 0 Basic error limit operational limit at 25 C relative to rated output range 0 7 Temperatur...

Page 314: ...12 58 ET 200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c SC Analog Electronic Modules Technical Data ...

Page 315: ...er module is a counter for use in the ET 200L SC IM SC The module incorporates a counter that can work in the following range Counting Range Lower count limit Upper count limit 16 bits unipolar 0 65535 The maximum input frequency of the count signals is 40 kHz You can use the 1COUNT40kHz counter module for the following types of counting Continuous counting Single pass counting Periodic counting T...

Page 316: ... Side Elevations of the 1COUNT40kHz Counter Module The 1COUNT40kHz counter module has two LEDs which indicate the status of the 1COUNT40kHz counter module Table 13 1 lists the LED displays giving their display colour and function Table 13 1 Displays Colour and Functions of the LEDs Display Color Function Green This LED comes on when the counter is counting upward door open and status of the direct...

Page 317: ...ace circuit Galvanic isolation Internal supply 1L 2L A B 1 3 4 2 L M L M jumpered via terminal block 1M 2M Figure 13 2 Block Diagram of the 1COUNT40kHz Counter Module 1A count input 3B direction input 4M load voltage brought out neg potential 2L load voltage brought out pos potential Abbreviations Used The 1COUNT40kHz Counter Module ...

Page 318: ...en another count pulse the counter jumps to the lower limit and starts to count the count pulses again thus counting continuously If the counter reaches the lower count limit when counting downward and there is then another count pulse the counter jumps to the upper count limit and starts to count downward from there Upper count limit Lower count limit Counter status Time Figure 13 3 Continuous Up...

Page 319: ...when counting downward and there is then another count pulse it jumps to the upper count limit and stays there even when there are additional count pulses Upper count limit Lower count limit Counter status Time Loaded value Figure 13 5 Single Pass Upward Counting Upper count limit Lower count limit Counter status Time Loaded value Figure 13 6 Single Pass Downward Counting Upper count limit Lower c...

Page 320: ...the loaded value and starts to count the count pulses again If the counter reaches the lower count limit when counting downward and there is then another count pulse the counter jumps to the loaded value and continues to count downward from there Upper count limit Lower count limit Counter status Time Loaded value Figure 13 8 Periodic Upward Counting Upper count limit Lower count limit Counter sta...

Page 321: ...st be connected to terminal A on the terminal block You can also connect a signal for direction identification to terminal B of the terminal block If you do not connect a direction signal the counter counts upward Note the parameterization of the count direction Signal A Signal B as direction in dicator Count pulses upward Count pulses downward Upward Downward Figure 13 10 Signals of a 24V Pulse I...

Page 322: ...n This is controlled by the user pro gram in the CPU The transmission times must be taken into account here When the gate signal is set the gate is opened and the count pulses are counted When the gate signal is taken away the gate is closed and the count pulses are no longer registered by the counter The count remains constant Figure 13 11 shows the opening and closing of a gate and the counting ...

Page 323: ...f the counter module The comparison value is interpreted in accordance with the selected count mode If you specify a comparison value of FFFFH for example in 16 bit mode the number is interpreted as 65535 The output cannot be activated unless you first enable it by setting the ap propriate bit see also Section 13 6 Subdivision of the Data Areas By default the output is switched off The pulse durat...

Page 324: ...utput is activated when the counter is in the range between the comparison value n and underflow When the counter is set to a value between comparison value and underflow the output is activated Active at comparison value counting up ward t Underflow Comparison value Overflow The output is activated for the length of the pulse duration when the comparison value is reached counting upward Active at...

Page 325: ...put as active from the comparison value to overflow or underflow you must ensure that the time between these events is greater than the transmission time Otherwise the control pulses are lost at the output p If the count reaches the comparison value again while the output is still active no new pulse is released Another pulse cannot be re leased until the output is no longer active Conditions The ...

Page 326: ... counter reaches the comparison value for the first time after entry the output is activated Here are five examples Comparison value hysteresis Comparison value Switching output active Comparison value hysteresis Counter value Figure 13 12 Example 1 The Output Is Set to Be Active from the Comparison Value to Overflow Comparison value hysteresis Comparison value Switching output active Comparison v...

Page 327: ...arison value hysteresis Comparison value Switching output active Comparison value hysteresis Counter value t t t t t Retrigger Figure 13 15 Example 4 The Output Is Set to Be Active for the Pulse Duration on Reaching the Comparison Value Counting Downward Comparison value hysteresis Comparison value Switching output active Comparison value hysteresis Counter value t t t t t Retrigger Figure 13 16 E...

Page 328: ...uted I O Device EWA 4NEB 780 6009 02c 13 4 Wiring the Counter and Putting the Counter into Operation Section Topic Page 13 4 1 Wiring the Counter 13 15 13 4 2 Putting the Counter into Operation 13 16 Contents of the Chapter The 1COUNT40kHz Counter Module ...

Page 329: ...dule as shown in the following figure Slot A Slot C Slot B C1 C2 C3 C4 B1 B2 B3 B4 A1 A2 A3 A4 1L 2L 1M 2M 24V M A B M L Count pulse Pulse initiator Direction signal 24 V 0 V Figure 13 17 Connecting a Pulse Initiator with a Direction Signal Example TB 16SC Note You can run up to 10 counter modules in the ET 200L SC IM SC The 1COUNT40kHz Counter Module ...

Page 330: ...ounter into Operation After the power is switched on and before any data is transmitted the state of the module is as follows The count is at zero The continuous counting mode is set Status messages are updated The gate is closed The module is waiting for parameters Characteristics The 1COUNT40kHz Counter Module ...

Page 331: ...ison value for the pulse duration counting upward Reaching the comparison value for the pulse duration counting downward Reaching the comparison value for the pulse duration counting upward or downward Disable Digital output logic Not inverted Inverted Not inverted Digital output pulse duration 0 3000 ms in steps of 100 ms 0 Hysteresis 0 255 count pulses 0 You can choose between the following coun...

Page 332: ...works with the default parameters If the DP line fails or the CPU goes into STOP mode see Section 13 6 Sub division of the Data Areas Note the counter module continues to count pro vided the gate was open When a connection to the DP station is re established or the CPU goes into RUN mode and provided the lower and upper count limit parameters have not been changed you can read the current count Co...

Page 333: ...odule out put address 0 Loaded value Module out put address 2 Comparison value Module out put address 4 Gate 0 Stop 1 Start Output 0 Disable 1 Enable Loaded value job 0 Do not accept 1 Accept Comparison value 0 Do not accept 1 Accept Valid control commands 0 Not valid 1 Valid 0 0 0 Module out put address 5 00H Note You generally have to set bit 7 valid control commands to 1 in the user program As ...

Page 334: ...pward 1 Downward Output 0 Inactive 1 Active Gate input 0 Stopped 1 Started Loaded value acknowledgment 0 Not accepted 1 Accepted Comparison value acknowledgment 0 Not accepted 1 Accepted Loaded value error 0 No loaded value error 1 Value outside range Comparison value error 0 No comparison value error 1 Value outside range Module in put address 5 Valid data 0 Invalid data 1 Valid data 0 0 0 0 0 0 ...

Page 335: ...and output address of the counter module have been parameterized as 0 Single pass counting Parameterize single pass counting with gate function without output Set loaded value stop gate disable output accept loaded value No Yes Do not accept loaded value No Yes Loaded value not accepted Loaded value accepted AW0 loaded value A 4 0 0 A 4 1 0 A 4 2 1 E 4 4 1 A 4 2 0 E 4 4 0 Figure 13 18 Example 1 Ex...

Page 336: ...ed value 20 Current count loaded value This is the earliest point at which the loaded value AW 0 can be changed EW 0 loaded value A 4 0 1 20 pulses for example arrive at the input of the counter A EW 0 loaded value 20 A 4 0 0 Another 10 pulses arrive at the in put of the counter A EW 0 loaded value 20 Figure 13 19 Example 1 Continued The 1COUNT40kHz Counter Module ...

Page 337: ...ue stop gate disable output accept loaded value accept comparison value No Yes Do not accept loaded value No Yes AW 0 loaded value AW 2 comparison value A 4 0 0 A 4 1 0 A 4 2 1 A 4 3 1 E 4 4 1 A 4 2 0 E 4 4 0 Parameterize periodic upward counting with gate function output at comparison value for 500 ms pulse duration Yes No Loaded value not accepted Loaded value accepted Comparison value accepted ...

Page 338: ...ple loaded value 25 Current count loaded value 30 Set comparison value comparison value E 4 2 1 After 500 ms E 4 2 0 A 4 0 0 Another 50 pulses arrive at the in put of the counter A EW 0 loaded value 30 EW 2 comparison value Current count load value Set comparison value comparison value Current count loaded value 20 Output is set for 500 ms Do not accept the comparison value This is the earliest po...

Page 339: ...tween different circuits DC 75 V AC 60 V Power input From load voltage L Approx 20 mA Power loss of the module Max 0 5 W Statuses Interrupts Diagnostics Status display Interrupts Diagnostic functions 1 green LED each for Counting upward Counting down ward None None Data on the Count Signals 24 V input signals Rated value For signal 1 high level For signal 0 low level DC 24 V 11 30 V 3 5 V Input cu...

Page 340: ...13 26 ET 200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c The 1COUNT40kHz Counter Module ...

Page 341: ...s here for the corresponding components We have divided the components into ET 200L components Smart Connect SC components Accessories for the PROFIBUS with a note on the manuals for the differ ent PROFIBUS DP masters and system configuration software Section Subject Page A 1 Order Numbers for ET 200L Components A 2 A 2 Order Numbers for Smart Connect SC Components A 6 A 3 Order Numbers for PROFIB...

Page 342: ...B 16IM SC screw type termi nal 6ES7 120 0AH50 0AA0 Terminal block TB 16IM SC spring terminal 6ES7 120 0BH50 0AA0 Table A 2 Electronics Block Order Numbers Description Order Number Interface module IM SC 6ES7 138 1XL00 0XB0 L 16 DI DC 24 V 6ES7 131 1BH00 0XB0 L SC 16 DI DC 24 V 6ES7 131 1BH11 0XB0 L 16 DI AC 120 V 6ES7 131 1EH00 0XB0 L 32 DI DC 24 V 6ES7 131 1BL00 0XB0 L SC 32 DI DC 24 V 6ES7 131 1...

Page 343: ... 0XA0 Two tier 16 channels spring terminal 6ES7 193 1FH60 0XA0 Single tier 32 channels screw type terminal 6ES7 193 1FL20 0XA0 Two tier 32 channels screw type terminal 6ES7 193 1FL30 0XA0 Single tier 32 channels spring terminal 6ES7 193 1FL50 0XA0 Two tier 32 channels spring terminal 6ES7 193 1FL60 0XA0 You obtain additional labeling strips by quoting the following order number DIN A4 with 10 stri...

Page 344: ...A 4 ET 200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c Labeling strips 16 channels Figure A 1 Labeling Strips 6ES7 193 1BH00 0XA0 Order Numbers ...

Page 345: ...A 5 ET 200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c Labeling strips 32 channels Figure A 2 Labeling Strips 6ES7 193 1BL00 0XA0 Order Numbers ...

Page 346: ...erminal 6ES7 120 1BH00 0AA0 Supplementary terminal double tier screw type ter minal 6ES7 120 2AH00 0AA0 Supplementary terminal double tier spring terminal 6ES7 120 2BH00 0AA0 Shield terminal 6ES7 192 0AA00 0AA0 Table A 5 Digital SC Electronic Module Order Numbers Description Order Number Digital electronic module 2DIDC24V 6ES7 121 1BB00 0AA0 Digital electronic module 2DODC24V0 5A 6ES7 122 1BB00 0A...

Page 347: ...0 0AB0 High speed analog electronic module 2 AI HS I 0 4 20 mA 4 wire measuring transducer 6ES7 123 1GB60 0AB0 High speed analog electronic module 2 AI HS I 4 20 mA 2 wire measuring transducer 6ES7 123 1GB50 0AB0 Analog electronic module 2 AI TC 6ES7 123 1JB00 0AB0 Analog electronic module 1 AI RTD 6ES7 123 1JA00 0AB0 Analog electronic module 1 AO U 6ES7 124 1FA00 0AB0 Analog electronic module 1 A...

Page 348: ...200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c Labeling strip AKL 4 NET 731 6013 Labeling strip AKL 4 NET 731 6013 Figure A 3 Labeling Strips for Smart Connect Order Numbers ...

Page 349: ...8 Accessories for the ET 200 Distributed I O Device Accessories Order Number RS 485 repeater PROFIBUS DP IP 20 6ES7 972 0AA00 0XA0 PROFIBUS bus terminator 12 MBaud not for interface module IM SC Anthracite without programming port 6ES7 972 0BA10 0XA0 Anthracite with programming port 6ES7 972 0BB10 0XA0 PROFIBUS bus terminator 1 5 MBaud 6ES7 972 0CA30 0XA0 Bus cable not for interface module IM SC N...

Page 350: ...00 Installing a PROFIBUS DP network Bus connector and RS 485 repeater System software for S7 300 and S7 400 Program Design Programming manual Includes Description of addressing and diagnostics on SIMATIC S7 System software for S7 300 and S7 400 System and Standard Functions Reference manual Description of the SFCs in STEP 7 You require one of the manuals listed in Table A 9 to program and commis s...

Page 351: ... with a standard non Siemens DP master are described in Table C 14 You can integrate the type files of the default start up in COM ET 200 Windows as of Version 1 0 If you need the type file you can get it using a modem by calling 49 911 737972 or from the SINEC library in AUTFORUM in CompuServe GO AUTFORUM All slave specific characteristics are stored in a device master file GSD file The structure...

Page 352: ...ber of the Module 6ES7 0XB0 COM ET 200 Windows as of Version COM PROFIBUS as of Version STEP 7 as of Version 131 1BH00 2 1 3 0 3 0 131 1BL00 2 1 3 0 3 0 132 1BH00 2 1 3 0 3 0 132 1BL00 2 1 3 0 3 0 133 1BL00 2 1 3 0 3 0 131 1EH00 3 0 3 1 132 1EH00 3 0 3 1 133 1EH00 3 0 3 1 131 1BH10 2 1 3 0 3 0 131 1BH11 3 0 3 0 131 1BL10 2 1 3 0 3 0 131 1BL11 3 0 3 0 132 1BH10 2 1 3 0 3 0 132 1BH11 3 0 3 0 133 1BL...

Page 353: ...nd Sync_Mode_supp Yes Yes Supports automatic baud rate recognition Auto_Baud_supp Yes Yes PROFIBUS address modifiable using software Set_Slave_Add_supp No No User specific parameterization data default User_Prm_Data Yes Yes Length of the user specific data User_Prm_Data_Len 5 bytes 5 00H Variable Modular device Modular_Station 0 1 Maximum number of modules Max_Module 0 8 ET 200L SC 16 ET 200L SC I...

Page 354: ...C or ET 200L SC IM SC Electronics Block Maximum Number of Digital1 Maximum Number of Analog2 Inputs Bytes Outputs Bytes Inputs and Outputs Together Bytes Inputs Bytes Outputs Bytes Inputs and Outputs Together Bytes Type File with SI802XA 2003 4 Type File with SI802XB 2003 4 L SC 16 DI DC 24 V 10 8 18 34 32 66 L SC 32 DI DC 24 V 12 8 20 36 32 68 L SC 16 DO DC 24 V 0 5 A 8 10 18 32 34 66 L SC 16 DI ...

Page 355: ...equire in Section C 3 C 4 If you run your ET 200L SC or ET 200L SC IM SC without parameterization e g with S5 95U you will find the default configuration for a default start up in Section C 5 Note When creating the configuration and parameterization frames you must use the predefined identifiers If you use the wrong identifiers the ET 200L SC or ET 200L SC IM SC cannot work properly The ET 200L SC...

Page 356: ...ss Area L 16 DI DC 24 V 131 1BH00 SI0014AX1 0014H 000 017 Byte 2 Digital L 32 DI DC 24 V 131 1BL00 SI0015AX1 0015H 000 019 Byte 4 Digital L 16 DO DC 24 V 0 5 A 132 1BH00 SI0016AX1 0016H 033 000 Byte 2 Digital L 32 DO DC 24 V 0 5 A 132 1BL00 SI0011AX1 0011H 035 000 Byte 4 Digital L 16 DI 16 DO DC 24 V 0 5 A 133 1BL00 SI0017AX1 0017H 033 017 Byte 2 22 Digital L 16 DI AC 120 V 131 1EH00 SI002AAX1 002...

Page 357: ...ly L SC 32DI a DP SI8029B 2001 131 1BL11 SIEM8029 GSG Normal SC analog and digital L SC 32DI def DP SI8029ZX 2002 131 1BL10 Default SC digital only L SC 16DO DP SI8028A 2001 132 1BH10 Normal SC digital only L SC 16DO a DP SI8028B 2001 132 1BH11 SIEM8028 GSG Normal SC analog and digital L SC 16DO def DP SI8028ZX 2002 132 1BH10 Default SC digital only L SC 16DI DO a DP SI802CB 2001 133 1BL10 SIEM802...

Page 358: ...e address distribution of the Smart Connect electronic modules used The ET 200L SC or ET 200L SC IM SC can work with various configuration frames The configuration frame that can be read from the ET 200L SC or ET 200L SC IM SC is described below Possible changes to the frame are also described Note SC function modules such as the counter module behave in the same way as analog SC modules Table C 3...

Page 359: ...s block 8 bits of an electronic block occupy one slot The slot assignment depends on the Smart Connect Modules used Slot 6 or 8 For digital modules For analog modules when only analog modules are connected to the Smart Connect Slot 7 or 9 For analog modules when analog and digital modules are connected to the Smart Connect In the following section you will find all the information you need on the ...

Page 360: ... 9F 41 Byte 66 Digital DC 24 V H 5 43 00 00 9F 41 y g L SC 32 DI DC 24 V 131 1BL11 8029H 4 43 00 00 9F 41 Byte 68 Digital DC 24 V H 5 43 00 00 9F 41 y g 6 43 00 00 9F 41 7 43 00 00 9F 41 L SC 16 DO DC 24 V 0 5 A 132 1BH11 8028H 4 83 00 00 AF 48 Byte 66 Digital DC 24 V 0 5 A H 5 83 00 00 AF 48 y g L SC 16 DI 133 1BL10 802CH 4 83 00 00 AF 48 Byte 68 Digital 16 DO DC 24 V H 5 83 00 00 AF 48 y g 6 43 ...

Page 361: ...01 42 45 p modules 3 to 8 3 to 8 C2 02 to 07 02 to 07 42 45 Table C 6 Identifiers for the Smart Connect with Analog ET 200L SC Modules Smart Con nect Input Word Output Word Identifiers Hexadecimal nect p Word p Word 0 1 2 3 4 DI SC SC config 1 43 40 00 42 45 SC config uration with SC input 2 43 41 00 42 45 SC input modules 3 to 16 43 42 to 4F 00 42 45 DO SC SC config 1 83 40 00 42 45 SC config ura...

Page 362: ...ly output modules are connected to the Smart Connect the byte and word size is in the DP identifier 1 If input and output modules are connected to the Smart Connect the byte and word size of the outputs is in the DP identifier 1 and the byte and word size of the inputs is in the DP identifier 2 For the Smart Connect with digital and analog modules the total length of the input and output range is ...

Page 363: ...utput mod ules 2 2 C2 01 01 42 4A ules 3 to 16 3 to 16 C2 02 to 0F 02 to 0F 42 4A Table C 8 Identifiers for the Smart Connect with ET 200L SC IM SC Analog Modules Smart Connect Input Word Output Word Identifiers Hexadecimal Connect p Word p Word 0 1 2 3 4 AI SC SC struc 1 43 40 00 42 4A SC struc ture with SC input mod 2 43 41 00 42 4A input mod ules 3 to 32 43 42 to 5F 00 42 4A AO SC SC struc 1 83...

Page 364: ...nly output modules are connected to the Smart Connect the byte and word size is in the DP identifier 1 If input and output modules are connected to the Smart Connect the byte and word size of the outputs is in the DP identifier 1 and the byte and word size of the inputs is in the DP identifier 2 For the Smart Connect with digital and analog modules the total length of the input and output range is...

Page 365: ...tructure of a configuration frame of an ET 200L SC 16 DI 16 DO DC 24V 0 5A with 2 bytes DI 2 bytes DO A Smart Connect with 4 digital electronic modules 2 2DI and 2 2DO and with 3 analog electronic modules 1 2AI 1 1AI and 1 1AO The configuration frame thus consists of the following 30 bytes Configuration Frame Slot Meaning 04 00 00 AD C4 1 Virtual slots 04 00 00 9B 40 2 04 00 00 8F C0 3 C2 01 01 AF...

Page 366: ...llowing example describes the structure of a configuration frame of an ET 200L SC IM SC with A Smart Connect with 7 digital electronic modules 4 2DI and 3 2DO and with 6 analog electronic modules 1 2AI 2 1AI and 3 1AO The configuration frame thus consists of the 25 bytes described below Configuration Frame Slot Meaning 04 00 00 AD C4 1 Virtual slots 04 00 00 9B 40 2 04 00 00 8F C0 3 C2 04 03 42 4A...

Page 367: ...configuration frame thus consists of the following 25 bytes Configuration Frame Slot Meaning 04 00 00 AD C4 1 Virtual slots 04 00 00 9B 40 2 04 00 00 AF C0 3 C2 00 01 42 4A 4 SC with digital electronic modules 2 2DI and 1 2DO The inputs and outputs are distributed over 2 input and 1 output byte C2 42 45 42 4A 5 SC with analog electronic modules 1 2AI 1 1AI and 1 1COUNT40kHz The inputs and outputs ...

Page 368: ...C you can parameterize up to 16 SC modules You must not exceed the maximum length of the parameterization frame which is 244 bytes see Section 2 4 The following figure shows the basic structure of the parameterization frame of the ET 200L SC or ET 200L SC IM SC Parameters for the ET 200L SC 21 to 185 bytes Parameters for the ET 200L SC IM SC 21 to 244 bytes Parameters for the status 3 bytes See Fi...

Page 369: ... the parameterization frame Section Topic Page C 4 1 Standard Section and Parameters for the Status C 16 C 4 2 Parameters for the Smart Connect Section C 17 C 4 3 Data Record 0 C 19 C 4 4 Data Record 128 C 20 C 4 5 Data Record 130 C 22 C 4 6 Parameterization Frame Example C 27 Contents of the Section Configuration Frame and Parameterization Frame for the ET 200L ...

Page 370: ... low byte Group ID Byte 6 27H 00H Figure C 2 Standard Section of the Parameterization Frame The next 5 bytes contain the status bytes for the ET 200L The default assign ment for these 5 bytes is 00H 00H 00H 00H 00H The next 3 bytes are the status bytes The default assignment for these 3 by tes is 40H 20H 00H The meaning of the parameters is given in Figure C 3 Byte 7 7 Bit no 0 Other DP master 1 D...

Page 371: ...log SC Modules Only Digital and Analog SC Modules g g DS0 SC digital 5 5 7 bytes Diagnostic interrupt for the digital Smart Connect modules DS128 SC digital 5 5 7 bytes 7 bytes per SC module Configuration data for the digital Smart Connect modules DS0 SC analog 5 6 7 bytes Diagnostic interrupt for the analog Smart Connect modules DS128 SC analog 5 6 7 bytes 7 bytes per SC module Configuration data...

Page 372: ...Smart Connect modules DS0 SC analog 4 5 7 bytes Diagnostic interrupt for the analog Smart Connect modules DS128 SC analog 4 5 7 bytes 7 bytes per SC module Configuration data for the analog Smart Connect modules DS130 SC analog 4 5 7 bytes 2 bytes per analog SC module 5 bytes per channel 11 bytes per counter module Parameters for the analog Smart Connect modules Parameters for the counter module N...

Page 373: ...Record number Block length Slot Record length Byte 0 Byte 1 Byte 2 Byte 4 5FH 00H 07H 04H 05H 06H 02H Not applicable Byte 6 00H 0 ET 200L SC For analog modules when analog and digital modules are connected to the SC ET 200L SC For digital modules and analog mod ules when only analog modules are connected to the SC ET 200L SC IM SC For analog modules when ana log modules and digital modules are con...

Page 374: ...Variable Variable Version identifier Byte 5 00H Additional identifier device type assign ment Byte 6 50H 04H 05H 06H ET 200L SC For analog modules when analog and digital modules are connected to the SC ET 200L SC For digital modules and ana log modules when only analog modules are connected to the SC ET 200L SC IM SC For analog modules when ana log and digital modules are connected to the SC ET 2...

Page 375: ...0 single channel 1 two channel 2 three channel Byte 11 18 to 60 Byte 12 19 to 61 Byte 13 20 to 62 00H 0 0 Length requirements of channels 00 1 bit 10 2 bytes Byte offset input range of the SC section see Table C 5 No input Byte offset 31 ET 200L SC bzw 63 ET 200L SC IM SC Byte offset 0 0 1 7 6 5 4 3 2 Bit offsets 0 to 7 Determine the position within the bytes in the input range not applicable if t...

Page 376: ...yte 5 00H Additional identifier device type assignment Byte 6 50H 04H 05H 06H ET 200L SC For analog modules when analog and digital modules are connected to the SC ET 200L SC For digital modules and analog mod ules when only analog modules are connected to the SC ET 200L SC IM SC For analog modules when analog and digital modules are connected to the SC ET 200L SC IM SC For digital modules and for...

Page 377: ...gth for a channel module Block length for a channel Byte 7 Byte 8 Byte 9 Byte 11 01H to 08H 00H 0CH Byte 12 Byte 13 05H Byte 15 Channel address Block length for a channel Byte 14 Byte 16 01H Byte 17 Byte 18 05H 00H 00H Channel specific parameters Channel specific parameters Figure C 9 Structure of Data Record 130 for Two Channel Modules The channel specific parameters comprise 3 bytes The third by...

Page 378: ...1 and 16 of DS130 Smart Connect Module Measurement Type Measurement Range Bit1 Module yp g 7 4 3 0 Deactivated 0000 0000 2AI U Voltage measurement 1 5 V 0001 0111 g 10 V 1001 2AI I Current measurement 4 wire connection 0 20 mA 0010 0010 4 20 mA 0011 20 mA 0100 Current measurement 2 wire connection 4 20 mA 0011 0011 1AI RTD Resistance measurement 4 wire connection 0 600 Ω 0100 0110 Thermal resistan...

Page 379: ...and 16 of data record 130 for analog output modules is indicated in Table C 12 Bit 6 is always assigned the value 0 Bit 7 specifies the number format Bit 7 0 S7 format Bit 7 1 S5 format Table C 12 AO Parameters in Byte 11 or 16 of DS130 Smart Connect Module Output Measurement Range Bit1 Module p g 5 4 3 0 Deactivated 00 0000 1AO U Voltage output 1 5 V 01 0111 g p 10 V 1001 1AO I Current output 0 2...

Page 380: ...ched as pulse counting upward 100 Comparison value reached as pulse counting downward 101 Comparison value reached as pulse counting upward or downward Digital output logic 0 Not inverted 1 Inverted Byte 14 Upper count limit Lower count limit Byte 11 Byte 12 Byte 13 Lower count limit low byte Upper count limit low byte Upper count limit high byte Lower count limit high byte Activate hysteresis of ...

Page 381: ... SC Example Byte Value Meaning 0 to 6 See Figure C 2 Standard section 7 40H Status byte 0 Status bytes 8 20H Status byte 1 diagnostic interrupt enable 21H y 9 00H Status byte 2 10 07H Block length Data record 0 digital 11 5FH S7 constant digital 12 04H Slot 13 00H Data record number 14 02H Data record length 15 00H Diagnostics enable 0 16 00H Not applicable 17 15H Block length Data record 128 digi...

Page 382: ...5 00H Byte offset output range 0 36 0CH Bit offset 4 number of channels 1 two chan nel output range 37 00H Channel module specific parameters 38 07H Block length Data record 0 analog 39 5FH S7 constant analog 40 05H Slot 41 00H Data record number 42 02H Data record length 43 00H Diagnostics enable 0 as DS0 digital 44 00H Not applicable 45 1CH Block length Data record 128 analog 46 17H S7 constant ...

Page 383: ...ecific parameter 66 06H Channel module address slot F Smart Connect 1COUNT40kHz Data record 128 analog 67 D9H Channel module specific identifier D9H 1COUNT40kHz counter module in analog 68 04H Byte offset input range 4 counter module in slot F 69 98H Bit offset 0 channel number 2 three channel input channel length 2 bytes slot F 70 02H Byte offset output range 2 71 98H Bit offset 0 channel number ...

Page 384: ...relevant 92 07H Block length for channel module Smart Connect 1AO I 0 20 mA 93 04H Channel module address slot D 1AO I 0 20 mA in slot D 94 05H Block length for channel in slot D 95 00H Channel address 0 one 96 A3H Power output 0 20 mA S5 format 97 00H Not relevant 98 00H Not relvant 99 0BH Block length for channel module Smart Connect 1COUNT40kHz 100 06H Channel module address slot F 1COUNT40kHz ...

Page 385: ...corresponds to the message of the ET 200L SC or ET 200L SC IM SC when you read the configuration Warning If an SC module fails in a default start up the addresses are read in such a way that the failed SC is not included A device master file provides security here You can create this with COM PROFIBUS This section contains all the information you require on the default start up Section Topic Page ...

Page 386: ...L SC 16 DI 16 DO DC 24 V 0 5 A SI802CZX 200 L SC IM SC SI802BZX 200 The following configuration frames are required for the default start up of the ET 200L SC or ET 200L SC IM SC with digital Smart Connect modules Note When an ET 200L SC or ET 200L SC IM SC receives a default configura tion frame with 2 4 bytes DI and DO the module still starts up when there are no SC modules connected Configurati...

Page 387: ...0 5 A Configuration Frame Slots Meaning 04 00 00 AD C4 1 Virtual slots 04 00 00 9B 40 2 04 00 00 8F C0 3 83 01 00 AF 50 4 2 bytes DO C2 01 01 42 45 5 Smart Connect with electronic mod ules SC 2 input and 2 output by tes Configuration frame for the ET 200L SC 16 DI 16 DO DC 24 V 0 5 A Configuration Frame Slots Meaning 04 00 00 AD C4 1 Virtual slots 04 00 00 9B 40 2 04 00 00 8F C0 3 C2 01 01 BF D2 4...

Page 388: ...nable is not possible in byte 1 BIT 5 If you use a DP master for the default start up that sends only the stan dard section of the parameterization frame the start up is carried out without status bytes bytes 7 to 9 For the default setting of the ET 200L SC 2 bytes each are set in the process image for the digital Smart Connect modules for the input and output of the Smart Connect electronic modul...

Page 389: ...th the following configuration ET 200L SC 16 DO DC 24 V 0 5A and Smart Connect Smart Connect Output word 64 Input word 70 Output word 80 ET 200L SC 16 DO DC 24 V 0 5A A B C D E F G H 2DI 2DI 2DO 2DO 1DI 1DI 1DO Rel 1DO Rel Address assignment for the ET 200L SC and Smart Connect ET 200L SC 16 DO DC 24 V 0 5 A On board I O device outputs 1 to 8 output byte 64 0 to 64 7 On board I O device outputs 9 ...

Page 390: ... Connect Modules Configuration Frame Exten sion for the ET 200L SC Slot Meaning 43 40 to 4E 00 42 45 6 Smart Connect with analog input modules 1 to 8 modules with 1 to 16 channels depending on the configuration 83 40 to 43 00 42 45 6 Smart Connect with analog output modules 1 to 4 modules with 1 to 4 channels depending on the configuration C2 40 to 43 40 to 4E 42 45 6 Smart Connect with analog out...

Page 391: ...tatus 3 bytes Standard section 7 Byte See Figure C 2 Byte 7 Byte 8 Byte 9 00H 00H 00H Figure C 16 Structure of the Parameterization Frame Note A diagnostic interrupt enable is not possible in byte 1 BIT 5 If you use a DP master for the default start up that sends only the stan dard section of the parameterization frame the start up is carried out without status bytes bytes 7 to 9 Parameterization ...

Page 392: ...s been removed or is defective As a result the 3rd analog channel occupies bytes 2 and 3 for example The device master file gives you security about correct addressing You can create this file with COM PROFIBUS 1 2 0 3rd AI chan 2nd AI chan 1st AI chan 3rd AO chan 2nd AO chan 1st AO chan 5 4 3 Inputs Outputs Byte ET 200L SC ET 200L SC IM SC Figure C 17 Default Setting for Analog Smart Connect Modu...

Page 393: ...t words Address assignment for the ET 200L SC and Smart Connect ET 200L SC 16 DI DC 24 V On board I O device outputs 1 to 8 input byte 64 0 to 64 7 On board I O device outputs 9 to 16 input byte 65 0 to 65 7 Smart Connect Slot SC Module Address A 2DIDC24V Input 70 0 and 70 1 B 2DODC24V 0 5A Output 80 2 and 80 3 C 2AI U 10V Input word 130 and 132 D 2AI RTD Input word 134 E 1AO I4 20 mA double modul...

Page 394: ...C 40 ET 200L ET 200L SC and ET 200L SC IM SC Distributed I O Device EWA 4NEB 780 6009 02c Configuration Frame and Parameterization Frame for the ET 200L ...

Page 395: ...4NEB 780 6009 02c Guidelines for Handling Electrostatically Sensitive Devices ESD In Section You will find On Page D 1 What is ESD D 2 D 2 Electrostatic Charging of Persons D 3 D 3 General Protective Measures Against Electrostatic Discharge Damage D 4 Summary of Sections D ...

Page 396: ... Electrostatically sensitive devices are labeled with the following symbol Caution Electrostatically sensitive devices are subject to voltages that are far below the voltage values that can still be perceived by human beings These volt ages are present if you touch a component or the electrical connections of a module without previously being electrostatically discharged In most cases the damage c...

Page 397: ... voltages which can build up on a person coming into contact with the materials indicated in the figure These values are in conformity with the specifications of IEC 801 2 Voltage in kV 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 kV 5 10 20 30 40 50 60 70 80 90 100 Relative atmospheric humidity in 1 3 1 Synthetic material 2 Wool 3 Antistatic material such as wood or concrete 2 Figure D 1 Electrostatic ...

Page 398: ...touch electrostatically sensitive devices only if it is unavoidable for example during maintenance work Hold modules without touching the pins of components or printed conductors In this way the discharged energy cannot affect the sensitive devices If you have to carry out measurements on a module you must discharge your body before you start the measurement by touching grounded metallic parts Use...

Page 399: ...ted It has two defined ends In the case of the ET 200 the bus is a two wire cable or a fiber optic cable The physical link between the bus nodes and the bus cable In the case of the ET 200 there is a bus connector with and without connec tions for the programming unit and with IP 20 and IP 65 degrees of protec tion C The chassis ground is the totality of all the interconnected inactive parts of a ...

Page 400: ... Siemens or another company The distributed I O devices are connected to the DP master via the PROFIBUS DP bus Diagnostics is the detection localization categorization indication and anal ysis of errors faults malfunctions and messages Diagnostics provides monitoring functions that run automatically while a plant is operating This enhances the availability of a plant by reducing setup and stoppage...

Page 401: ...s for example The distributed I O devices ET 200B ET 200C ET 200M ET 200L or ET 200U can be DP slaves as can other DP slaves made by Siemens or other manufacturers F In the case of input output modules the reference potentials of control and load circuits are isolated e g by means of an optocoupler a relay contact or a transformer Input output circuits can be connected to common potential This is ...

Page 402: ... and against solid foreign matter more than 12 mm in diameter L A power supply unit for the ET 200L distributed I O device and the process devices connected to it M When it is in possession of the token a master can send data to other nodes and request data from other nodes synonymous with active node The CPU 315 2 DP and the IM 308 C can be DP masters for example N A device that can send receive ...

Page 403: ... BUS the German process and field bus standard defined in the PROFIBUS standard EN 50170 Volume 2 PROFIBUS It specifies functional electrical and mechanical characteristics for a bit serial field bus system PROFIBUS is available with the following protocols DP distributed I O FMS Fieldbus Message Specification PA Process Automation or TF Technological Functions Each bus node must have a PROFIBUS a...

Page 404: ...he DP slave to freeze the statuses of the outputs at their current value In the subsequent frames the DP slave saves the output data but the statuses of the outputs remain unchanged After each SYNC control command the DP slave sets the outputs it has saved as output data The outputs are not periodically updated again until the DP master sends the UNSYNC control command T A file required by the con...

Page 405: ...24V 10 3 2DODC24V0 5A 10 6 2DODC24V2A 10 9 Block I O device ET 200L 1 3 Bridging voltage drops 6 9 Bus Glossary 1 Bus connector Glossary 1 clipping on 3 12 C Cable cross sections 3 9 Cables insulation stripping length 3 9 number 3 9 CE marking 6 2 Certification 6 2 Changes since the previous versions of the manual iii Characteristics electronics block 1 7 terminal block 1 7 Chassis ground Glossary...

Page 406: ... LED 5 2 5 3 status 5 2 Disposal iv Distributed I O device Glossary 2 DP master Glossary 2 DP slave Glossary 2 DP standard Glossary 2 DP identifier C 2 E EB L 16 DI AC 120 V 8 18 block diagram 8 19 characteristics 8 18 technical data 8 20 EB L 16 DI DC 24 V 8 3 9 4 block diagram 8 4 technical data 8 5 9 6 view 8 3 EB L 16 DI 16 DO DC 24 V 0 5 A 8 15 block diagram 8 16 technical data 8 16 view 8 15...

Page 407: ...4 V 0 5 A 8 12 L 8 DI AC 120V 8 DO DC 24 V AC 120V 2 0A 8 31 L 8 DI 8 DO AC 120 V 1 0 A 8 28 L SC 16 DI DC 24 V 9 4 L SC 16 DI 16 DO DC 24 V 0 5 A 9 13 L SC 32 DI DC 24 V 9 10 L SC 16 DO DC 24 V 0 5 A 9 7 EMC 3 6 EMERGENCY STOP devices 3 3 Emission of radio interference 6 5 Equalizing circuit 11 12 Equipotential bonding Glossary 3 ET 200 Glossary 3 components 1 2 incorporated modules 1 8 what is t...

Page 408: ...eet SC 1 12 1 15 Labeling strips SC 2 9 2 15 LED 5 2 5 3 BF 5 2 5 3 ON 5 2 5 3 LEDs on the ET 200L SC 5 3 Load circuit 3 6 Load current power supply characteristics 3 6 Load power supply unit Glossary 4 Loads on the SC connecting 11 26 Local ground 3 14 M Mailbox vi Maintenance 4 5 Manual aids to using v electronic iv other iv purpose of iii Manufacturer ID C 2 definition 5 9 structure 5 9 Master ...

Page 409: ...SC 1 12 1 15 Shipping conditions 6 6 SIMATIC Customer Support vi Sine shaped interference 6 5 Slave 5 5 Glossary 6 diagnosis structure 5 7 requesting 5 7 Slot SC 2 13 Smart Connect connecting 3 24 connecting cable 1 11 wiring 3 14 Smart Connect SC 1 10 Smoothing SC 11 5 Standards 6 2 Standards and certification 6 2 Start up 4 4 of plant 3 3 Start up types C 3 Static parameters of the analog output...

Page 410: ...s 6 7 transport and storage conditions 6 6 Temperature measurement 11 9 Terminal block spring terminal wiring 3 10 characteristics 1 7 connecting 3 11 disassembling 2 5 installing 2 4 snapping onto SC 2 8 TB 16IM SC 1 14 7 14 TB 16L 7 2 TB 16L AC 7 7 TB 16SC 7 10 TB 32L 7 4 TB16 SC 1 11 Terminal connection model 3 12 Terminal designation TB 16SC TB 16IM SC 3 17 Test voltage 6 8 Thermocouple types ...

Page 411: ... _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Street _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ City Zip Code _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Country _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Phone _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Please check any industry that applies to you Automotive Chemical Electrical Machinery Foo...

Page 412: ..._ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Remarks Form Your comments and recommendations will help us to improve the quality...

Page 413: ... _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Street _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ City Zip Code _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Country _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Phone _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Please check any industry that applies to you Automotive Chemical Electrical Machinery Foo...

Page 414: ..._ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Remarks Form Your comments and recommendations will help us to improve the quality...

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