SIMATIC S It s the Interplay that makes the difference. Siemens AG All Rights Reserved.

Transcription

1 SIMATIC S It s the Interplay that makes the difference

2 SIMATIC S Controller SIMATIC S CPUs CPU 1211C 3 configurations per CPU Dimensions W x H x D (mm) CPU 1212C CPU 1214C DC/DC/DC, AC/DC/RLY, DC/DC/RLY 90 x 100 x x 100 x x 100 x 75

3 SIMATIC S Controller Integrated I/O CPU 1211C CPU 1212C CPU 1214C Integrated Digital I/O 6 Inputs / 4 Outputs 8 Inputs / 6 Outputs 14 Inputs / 10 Outputs Integrated Analog I/O 2 Inputs 2 Inputs 2 Inputs Max. Local I/O Digital Max. Local I/O Analog Process Image Size 1024 Bytes for Inputs / 1024 Bytes for Outputs

4 SIMATIC S Controller Integrated user memory CPU 1211C CPU 1212C CPU 1214C Work Memory 25 KB 25 KB 50 KB Load Memory 1 MB 1 MB 2 MB Retentive Memory 2 KB 2 KB 2 KB Bit Memory (M) 4 KB 4 KB 8 KB

5 SIMATIC S Controller Memory card The memory card can be configured for various operations: Program card To use the memory card as external load memory for the CPU and to provide a larger load memory storage area for use with Data logging and User defined Web pages. Transfer card To copy a program to the internal load memory of one or more CPUs without using the STEP 7 Basic engineering system. Firmware update card To update the firmware of the CPU and all connected S hardware.

6 SIMATIC S Controller Memory cards SIMAT IC Memory Card SIMAT IC Memory Card Capacity 2 MB 24 MB

7 Scalable and Flexible Design CPU Expansion CPU 1211C CPU 1212C CPU 1214C none 2 8 Communication Module (CM) or Communication Processor (CP) Signal Board (SB) or Communication Board (CB) Signal Module (SM)

8 Scalable and Flexible Design Signal Modules SM 1221 DC SM 1221 DC Digital Input DI 8 x 24 V DC DI 16 x 24 V DC Signal Modules SM 1222 DC SM 1222 DC SM 1222 RLY SM 1222 RLY Digital Output DO 8 x 24 V DC 0.5 A DO 16 x 24 V DC 0.5 A DO 8 x RLY 30 V DC / 250 V AC 2 A DO 16 x RLY 30 V DC / 250 V AC 2 A Signal Modules SM 1223 DC/DC SM 1223 DC/DC SM 1223 DC/RLY SM 1223 DC/RLY Digital Input / Output DI 8 x 24 V DC DO 8 x 24 V DC 0.5 A DI 16 x 24 V DC DO 16 x 24 V DC 0.5 A DI 8 x 24 V DC DO 8 x RLY 30 V DC / 250 V AC 2 A DI 16 x 24 V DC DO 16 x RLY 30 V DC / 250 V AC 2 A

9 Scalable and Flexible Design Signal Modules SM 1223 AC/RLY Digital Input / Output DI 8 x 120/230 V AC DO 8 x RLY 30 V DC / 250 V AC 2 A

10 Scalable and Flexible Design Signal Modules SM 1231 AI SM 1231 AI Analog Input AI 4 x 13 Bit ± 10 V DC, ± 5 V DC, ± 2.5 V DC or 0-20 ma AI 8 x 13 Bit ± 10 V DC, ± 5 V DC, ± 2.5 V DC or 0-20 ma Signal Modules SM 1232 AQ SM 1232 AQ Analog Output AO 2 x 14 Bit ±10V DC or 0-20 ma AO 4 x 14 Bit ±10V DC or 0-20 ma

11 Scalable and Flexible Design Signal Modules SM 1234 AI/AQ Analog Input / Output AI 4 x 13 Bit ± 10 V DC, ± 5 V DC, ± 2.5 V DC or 0-20 ma AO 2 x 14 Bit ±10 V DC or 0-20 ma

12 Scalable and Flexible Design Signal Modules SM 1231 RTD SM 1231 RTD Analog Input AI 4 x RTD x 16 Bit Types: Platinum (Pt), Copper (Cu), Nickel (Ni & LG-Ni) or Resistance AI 8 x RTD x 16 Bit Types: Platinum (Pt), Copper (Cu), Nickel (Ni & LG-Ni) or Resistance Signal Modules SM 1231 TC SM 1231 TC Analog Input AI 4 x TC x 16 Bit Types: J, K, T, E, R&S, N, C, TXK/XK(L) Voltage range: ± 80 mv AI 8 x TC x 16 Bit Types: J, K, T, E, R&S, N, C, TXK/XK(L) Voltage range: ± 80 mv

13 Scalable and Flexible Design Signal Module Expansion Cable With the 2 meter Signal Module Expansion Cable, it is possible to mount the CPU and Signal Modules on two separate rows which provides additional flexibility during configuration and installation.

14 Scalable and Flexible Design Communication Modules and Communication Processors With the Communication Modules and the Communication Processor, you can add the appropriate interfaces to meet your communication requirements. The RS232 and RS485 Communication Modules provide support for Point-to-Point, USS and Modbus RTU communication The PROFIBUS Communication Module provide support for PROFIBUS communication The GPRS Communication Processor provides support for remote monitoring and control

15 Scalable and Flexible Design Communication Modules CM 1241 RS232 CM 1241 RS485 Serial Communication 1 x 9-pin D-sub male connector 1 x 9-pin D-sub female connector Communication Modules CM PROFIBUS Slave CM PROFIBUS Master PROFIBUS Communication 1 x 9-pin D-sub female connector 1 x 9-pin D-sub female connector Communication Processor CP GPRS GPRS Communication 1 x SMA antenna connector 1 x SIM card slot

16 Scalable and Flexible Design Signal Boards and Communication Boards With the Signal Boards and the Communication Board, you can cost effectively customize the CPU with additional functionality without affecting the amount of panel space required. The digital Signal Boards provide additional digital I/O channels The analog and temperature measurement Signal Boards provide additional analog I/O channels The Communication Board provides an additional communication interface

17 Scalable and Flexible Design Signal Boards SB 1221 DC SB 1221 DC 200 khz 1) 200 khz 1) Digital Input DI 4 x 5 V DC DI 4 x 24 V DC Signal Boards SB 1222 DC 200 khz 2) SB 1222 DC 200 khz 2) Digital Output DO 4 x 5 V DC 0.1 A DO 4 x 24 V DC 0.1 A Signal Boards SB 1223 DC/DC 3) SB 1223 DC/DC 200 khz 4) SB 1223 DC/DC 200 khz 4) Digital Input / Output DI 2 x 24 V DC DO 2 x 24 V DC 0.5 A DI 2 x 5 V DC DO 2 x 5 V DC 0.1 A DI 2 x 24 V DC DO 2 x 24 V DC 0.1 A 1) Input type: Source 2) Output type: Sink and Source 3) Input type: Sink, Output type: Sink and Source 4) Input type: Source, Output type: Sink and Source

18 Scalable and Flexible Design Signal Boards SB 1231 AI SB 1231 RTD SB 1231 TC Analog Input AI 1 x 12 Bit ± 10 V DC, ± 5 V DC, ± 2.5 V DC or 0-20 ma AI 1 x RTD x 16 Bit Type: Platinum (Pt) AI 1 x TC x 16 Bit Types: J, K Voltage range: ± 80 mv Signal Boards SB 1232 AQ Analog Output AO 1 x 12 Bit ±10 V DC or 0-20 ma Communication Boards CB 1241 RS485 Serial Communication 1 x 6 terminal screw connector

19 Scalable and Flexible Design Compact Switch Module With the CSM 1277 Compact Switch Module, you can easily configure a uniform or mixed network consisting of line, tree or star topologies while minimizing cabling and providing maximum networking flexibility. This 4-port unmanaged switch allows you to connect up to 3 additional Ethernet devices to your S control station.

20 Scalable and Flexible Design Power Supply With the PM 1207 Power Module you can easily provide 24 V DC power to components in the S control systems which cannot be supplied by the CPU s integrated sensor power supply. The PM 1207 provides a wide input voltage range (8 132/ V AC) for worldwide use and a stabilized 24 V DC output with a rated for 2.5 A.

21 Scalable and Flexible Design Accessories CSM 1277 Compact Switch Module 4 x RJ45 sockets 10/100 Mb/s Accessories PM 1207 Power Supply Input: 120/230 V AC 50/60 Hz, 1.2A/0.7A Output: 24 V DC / 2.5 A

22 Industrial Communication GPRS Point-to-Point, USS, Modbus RTU to satisfy all your networking requirements

23 Industrial Communication Open communication at every level The S family provides a variety of communication options to satisfy all your networking requirements. PROFINET PROFIBUS Point-to-Point (PtP) Communication Universal Serial Interface (USS) Modbus RTU (Modbus TCP/IP in preparation) Telecontrol Communication

24 Industrial Communication Integrated PROFINET Interface The S CPU has an integrated PROFINET interface which supports TCP/IP-based communication standards. The following application protocols are supported by the S CPU: PROFINET Basic Services and I/O Controller Open user communication TCP, ISO on TCP and UDP

25 Industrial Communication PROFINET communication The S CPU can communicate: with a programming device and with HMI devices Using the Open user communication and Distributed I/O instructions, the S CPU can communicate: with other CPUs with PROFINET I/O devices (e.g. ET 200 and SINAMICS) and with devices using standard TCP communications protocols PROFINET

26 Industrial Communication PROFINET communication The PROFINET interface on the S CPU supports the following simultaneous communication connections: 3 connections for HMI to CPU communication 1 connection for programming device to CPU communication 8 connections for active communication using the open user communication and distributed I/O instructions 3 connections for passive communication using the S7 communication instructions

27 Industrial Communication PROFIBUS communication Together with the PROFIBUS Master and Slave communication modules, the S CPUs supports the PROFIBUS communication standard.

28 Industrial Communication PROFIBUS DP Master With the PROFIBUS DP Master communication module CM , the S can communicate: with other CPUs with a programming device 1 with HMI devices and with PROFIBUS DP slaves (e.g. ET 200 and SINAMICS) PROFIBUS DP 1 the hardware conf iguration must be initially downloaded using the integrated PROFINET interf ace or a SIMATIC Memory Card

29 Industrial Communication PROFIBUS DP Master The interface on the PROFIBUS Master communication module supports the following simultaneous communication connections: 3 connections for HMI to CPU communication 1 connection for programming device to CPU communication 8 connections for active communication using the distributed I/O instructions 3 connections for passive communication using the S7 communication instructions

30 Industrial Communication PROFIBUS DP Slave With the PROFIBUS DP Slave communication module CM , the S can communicate as an intelligent DP slave with any PROFIBUS DP master. PROFINET PROFIBUS DP

31 Industrial Communication Point-to-Point communication Together with the RS232 and RS485 communication modules and the RS485 communication board, the S CPU supports Point-to-Point communication (PtP) for character-based serial protocols. Maximum freedom and flexibility is provided using the PtP communication instructions in the user program.

32 Industrial Communication Point-to-Point communication Point-to-Point communication enables a wide variety of possibilities: The ability to send information directly to an external device such as a printer The ability to receive information from other devices such as barcode readers, RFID readers, and vision systems The ability to exchange information, sending and receiving data, with other devices such as GPS devices, radio modems, and many other types of devices PROFINET PtP Protocol

33 Industrial Communication USS communication Together with the USS instructions, the S CPUs can control the operation of drives which support the universal serial interface (USS) protocol. The USS instructions can be used to communicate with multiple drives through the CM 1241 RS485 communication module or the CB 1241 RS485 communication board. PROFINET USS Protocol

34 Industrial Communication Modbus RTU communication Together with the Modbus instructions the S can communicate as a Modbus master or slave with devices which support the Modbus RTU protocol. The Modbus instructions can be used to communicate with multiple devices through either the CM 1241 RS232 communication module the CM 1241 RS485 communication module or the CB 1241 RS485 communication board. PROFINET Modbus RTU

35 Industrial Communication Telecontrol communication Together with the GPRS communication processor, the S CPU supports simple telecontrol applications for monitoring and control of distributed stations using general packet radio service (GPRS).

36 Industrial Communication Telecontrol communication With the GPRS communication processor CP , the S can remotely communicate: with the central control station with other remote stations with mobile devices (SMS) with a programming device (Teleservice) and with other communication partners using open user communication based on UDP

37 Industrial Communication Teleservice Communication The TS Adapter IE Basic with a selection of TS Modules for diverse communication technologies. TIA Portal V11 Analog, ISDN, GSM TS Modules: Modem, ISDN, GSM, RS232 No PG/PC required on-site No need for specialists to be constantly on-call on site No travel expenses for service calls Full TeleService functions, Extension of the local bus through the remote PC of the service technician Analog, ISDN, GSM TS Adapter IE Basic HMI

38 Integrated Technology and Diagnostics High-speed counters CPU 1211C CPU 1212C CPU 1214C Single phase 100 khz 100 khz 30 khz 100 khz 30 khz Two phase and AB quadrature 80 khz 80 khz 20 khz 80 khz 20 khz Integrated High-speed counters When the inputs of a high-speed Signal Board are used for the HSCs: CPUs 1211C and 1212C can support up to 2 additional HSCs and all CPUs can support up to khz (single phase) or 160 khz (two phase and AB quadrature)

39 Integrated Technology and Diagnostics Pulse generators Integrated Pulse generators CPU 1211C CPU 1212C CPU 1214C 100 khz (DC Outputs) / 1 Hz (RLY Outputs) When the outputs of a high-speed Signal Board are used f or the Pulse generators: All CPUs can support up to 2 Pulse 100 khz

40 Integrated Technology and Diagnostics Web server For accessing information about the CPU and process data within the CPU Standard Web pages are included that can be accessed from a PC using any Web browser. Support is provided for creating userdefined Web pages that can access CPU data. The development of these pages can be done using standard HTML authoring tools.

41 Integrated Technology and Diagnostics Data logs For storing run-time data values in continuous log files DataLog instructions are used in the user program to create the data log files. The data log files are stored in CPU flash memory and the data is organized in standard CSV (Comma Separated Value) format. It is possible to copy the data log files from the CPU memory using the built-in Web server or by removing the memory card and inserting it into a standard SD (Secure Digital) or MMC (MultiMediaCard) card slot on a PC or PG.