Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and...

15
Date: 16.08.22 File: PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical Specifications and Special Features of the S7-400

Transcript of Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and...

Page 1: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.1

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

Appendix: Technical Specifications andSpecial Features of the S7-400

Page 2: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.2

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

Technical Specifications of the S7-300 CPUs (1)CPU

Execution time per Binary instruction Load/Transfer (Word) 16 bit integer (+/-) IEEE flaoting pnt (+/-)

User memory Work memory Load memory integr. Load memory extern

Addresses Bit memories Clock memories Timers Counters

Block Types/Number FBs FCs DB's

Size of process image (inputs/outputs)

max. I/O address area

Integral interfaces

314 IFM

300 ns800 ns1500 ns<50 µs

32 KB48 KB-

2048812864

128128127

124 Byte each

752 Byte each

MPI

315-2 DP

300 ns900 ns1500 ns<35 µs

64 KB96 KB4 MB

2048812864

192192254

128 Byte each

1024 Byte each

MPI, DP

315

300 ns900 ns1500 ns<35 µs

48 KB80 KB4 MB

2048812864

192192254

128 Byte each

768 Byte each

MPI

312 IFM

700 ns2400 ns2400 ns<60 µs

6 KB20 KB-

102486432

3232127

32 Byte each

32 Byte each

MPI

314

300 ns800 nsc1500 ns<50 µs

24 KB40 KB4 MB

2048812864

128128127

128 Byte each

768 Byte each

MPI

313

700 ns2400 ns2400 ns<60 µs

12 KB20 KB4 MB

2048812864

128128127

128 Byte each

32 Byte each

MPI

316-2 DP

300 ns900 ns1500 ns<35 µs

128 KB192 KB4 MB

2048812864

256512511

128 Byte each

1024 Byte each

MPI, DP

318-2 DP

100 ns100 ns100 ns0,6 µs

512 KB64 KB4 MB

81928512512

102410242047

256 Byte each

8192 Byte each

MPI/DP, DP

Page 3: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.3

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

313

OB-No.110203540-10080-82, 85, 87121,122

1536 Byte

8 KB8

4

4

1

1

22 bytes

CPU

Organization blocksFree cycleTime-of-day interruptsTime-delay interruptsCyclic interruptsHardware interruptsBackground executionStartupErrors, asynchronous

Errors, synchronous

Local data

max. Block lengthBlock nesting depth per execution level

Program-controlled communication: max. Number of connections

Global Data communication via MPI:GD circles per CPU

Send GD packets perGD circle

Receive GD packets perGD circle

max. user data size of a packet

Technical Specifications of the S7-300 CPUs (2)314 IFM

OB-No.110203540-10080-82, 85, 87121,122

1536 Byte

8 KB8

4

4

1

1

22 bytes

315-2 DP

OB-No.110203540-10080-87

121,122

1536 Byte

16 KB8

4

4

1

1

22 bytes

315

OB-No.110203540-10080-82, 85,87121,122

1536 Byte

16 KB8

4

4

1

1

22 bytes

312 IFM

OB-No.1---40-100-

-

512 Byte

8 KB8

4

4

1

1

22 bytes

316-2 DP

OB-No.110203540-10080-87

121,122

1536 Byte

16 KB8

4

4

1

1

22 bytes

318-2 DP

OB-No.110,1120,2132,3540,4190100,10280-87

121,122

4096 Byte

64 KB16

32

8

1

2

54 bytes

314

OB-No.110203540-10080-82, 85, 87121,122

1536 Byte

8 KB8

4

4

1

1

22 bytes

Page 4: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.4

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

Technical Specifications of the S7-400 CPUs (1)

*) 1 byte = 8 digital inputs/outputs 2 bytes = 1 analog input/output

CPU

Execution time per Binary instruction Load/Transfer (word) 16-bit integer (+/-) IEEE floating pnt (+/-)

User memory Work memory Load memory integr. Load memory extern

Addresses Bit memories Clock memories Timers Counters

Block Types /Number FBs FCs DB's

Size of Process Image (inputs/outputs)

Max. I/O address area

Integral interfaces

414-1

100 ns100 ns100 ns0.6 µs

128 KB8 KB15 MB

81928256256

51210241023

256 byteseach

2 Kbyte each*)

MPI

416-1

80 ns80 ns80 ns0.48 µs

512 KB16 KB15 MB

163848512512

204820484095

512 byteseach

4 KByte each *)

MPI

414-2 DP

100 ns100 ns100 ns0.6 µs

128/384 KB8 KB15 MB

81928256256

51210241023

256 byteseach

4 Kbyte each*)

MPI, DP

412-1

200 ns200 ns200 ns1.2 µs

48 KB8 KB15 MB

40968256256

256256511

128 bytes each

0.5 Kbyte each*)

MPI

413-2 DP

200 ns200 nsc200 ns1.2 µs

72 KB8 KB15 MB

40968256256

256256511

128 byteseach

1 Kbyte each*)

MPI, DP

413-1

200 ns200 ns200 ns1.2 µs

72 KB8 KB15 MB

40968256256

256256511

128 bytes each

1 Kbyte each*)

MPI

416-2 DP

80 ns80 ns80 ns0.48 µs

0.8/1.6 MB16 KB15 MB

163848512512

204820484095

512 byteseach

8 KByte each *)

MPI, DP

417-4

100 ns100 ns100 ns0.48 µs

4...20 MB256 KB64 MB

163848512512

614461448191

1024 bytes each

16 KByte each*)

MPI,4 x DP

Page 5: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.5

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

CPU

Organization blocks Free cycle Time-of-day interrupts Time-delay interrupts Cyclic interrupts Hardware interrupts Multicomp. interrupt

Background execution Startup Errors, asynchronous Errors, synchronous

Local data

Max. block lengthBlock nesting depth per execution level

Program-controlled communication: max. number of connections

Global data communication via MPI:GD circles per CPU

Send GD packets per GD circle

Receive GD packets perGD circle

Max. user data size of a packet

Technical Specifications of the S7-400 CPUs (2)414-1

OB No.110-1320-2332-3540-436090100-10280-87121,122

8 KB

64 KB16

32

8

1

2

54 bytes

416-1

OB No.110-1720-2330-3840-476090100-10280-87121,122

16 KB

64 KB16

64

16

1

2

54 bytes

414-2 DP

OB No.110-1320-2332-3540-436090100-10180-87121,122

8 KB

64 KB16

32

8

1

2

54 bytes

412-1

OB No.110,1120,2132,3540,416090100-10280-87121,122

4 KB

64 KB16

8

8

1

2

54 bytes

413-2 DP

OB No.110,1120,2132,3540,416090100-10280-87121,122

4 KB

64 KB16

16

8

1

2

54 bytes

413-1

OB No.110,1120,2132,3540,416090100-10180-87121,122

4 KB

64 KB16

16

8

1

2

54 bytes

416-2 DP

OB No.110-1720-2330-3840-476090100-10280-87121,122

16 KB

64 KB16

64

16

1

2

54 bytes

417-4

OB No.110-1720-2330-3840-476090100-10280-87121,122

24 KB

64 KB24

64

16

1

2

54 bytes

Page 6: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.6

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

Main Differences to the S7-300

Larger memory and more I/Q/M/T/C

Addresses of input/output modules selectable

Can connect EUs from S5 and use S5 CP/IP modules

More system functions, e.g. programmed block communication

Block size up to 64KB and twice as many DBs

Complete restart and restart

Preset/actual comparison of configuration on startup

Modules can be removed without disconnecting the power supply

Several part process images

Priorities of OBs are parameter-assignable

Several OBs for cyclic, hardware and time-of-day interrupts

Block nesting up to 16 levels

Size of L Stack selectable for each execution level

4 accumulators

Multicomputimg

Page 7: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.7

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

Components of the S7- 400

CPUsCPUs

CPU 412-1CPU 413-1, 413-2 CPU 414-1, 414-2,CPU 416-1, 416-2CPU 417-4

RacksRacks

- Universal rack (UR 1/2) for use as CR and ER- Extension rack (ER 1/2)- Segmented central rack (CR2)

Signal modules (SM)Signal modules (SM)

- DI/DO 32,16,8 channels

- DO wit h relay output- AI/AO 16,8 channels- diagnostics-capable

modules

Communicationprocessors (CP)

Communicationprocessors (CP)

- Point-to-Point CP441-1, 1- channel CP441-2, 2- channel- Networks

Profibus Ethernet

Power supplies (PS)Power supplies (PS)

- AC 120V/230V, 4A/10A/20A- DC 24V, 4A/10A/20A

Function modules (FM)

Function modules (FM)

- Counting- Positioning- Closed-loop control

Page 8: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.8

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

Racks of the S7 - 400

UR1 / UR2(Universal Rack)

Type of Rack Centralrack

Extensionrack

Usable in

Yes Yes

P bus

ER1 / ER2(Extension Rack)

No Yes

P bus

K bus

CR2(Central Rack)

NoYes

P bus, Segment 1

K bus

P bus, Segment 2

Page 9: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.9

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

Module Parameters: Logical Addresses

Page 10: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.10

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

CPU Parameters: Startup

Page 11: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.11

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

CPU Parameters: Interrupts

Page 12: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.12

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

CPU Parameters: Local Data

Page 13: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.13

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

Configuring Multicomputing Operation

Page 14: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.14

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

SFC 35 for Synchronization in Multicomputing Operation

Parameter Declaration Data type Memory Description

JOB INPUT BYTE I, Q, M, D, L, Const. Task identifier (possible values: 1 to 15)

RET_VAL OUTPUT INT I, Q, M, D, L Return value (error code).

Page 15: Date:16.12.2015 File:PRO1_18E.1 SIMATIC S7 Siemens AG 1999. All rights reserved. Information and Training Center Knowledge for Automation Appendix: Technical.

Date: 21.04.23File: PRO1_18E.15

SIMATIC S7Siemens AG 1999. All rights reserved.

Information and Training CenterKnowledge for Automation

Remove and Insert Interrupt

Module exists

Module available

Remove/Insert interrupt

Parameter assignment of module through the operating system

Removing amodule

Inserting amodule

max.

1s

max.

1s