Catalog ST PCS 7.1 - September 2005

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1 SICLOCK ■ Overview 11/2 Clock time synchronization Siemens ST PCS 7.1 · September 2005 Adaptation to individual, local conditions in the plant is achieved by programming the interfaces, telegram contents, types of signal etc. using the membrane keyboard and the LCD panel of the SICLOCK central plant clock. In this manner, SICLOCK TM and SICLOCK TS can be integrated into a plant rapidly and flexibly. Integration is easy to modify and expand. On failure of the antennas, SICLOCK TM and SICLOCK TS automatically switch over to crystal mode and continue to offer a high accuracy. Once the antenna fault has been cleared, they resume the time signal without any jump in time. SICLOCK TM and SICLOCK TS support the synchronization via Industrial Ethernet using SIMATIC and NTP procedures. Both devices are designed for mounting on a SIMATIC DIN rail. Kits for installation in 19" mounting frames and 19" consoles are also available. ■ Function The time synchronization of all components plays an important role when automating production plants. The modular and parameterizable SICLOCK system is optimally suited to this task. Either GPS or DCF77 can be used as highly accurate time sources for SICLOCK. Highly accurate GPS und DCF77 time signals Clock synchronization of SIMATIC PCS 7 systems Automation systems and operator stations of a SIMATIC PCS 7 system can be synchronized as follows with DCF77 or GPS time signals: • For larger plants with a large number of bus stations, the time is synchronized by means of a SICLOCK TM / SICLOCK TS central plant clock on the plant bus (see options 2.1 to 2.3). • For small to medium-sized plants, the PCS 7 operator station When using GPS, the time information (Greenwich Mean Time) serves as the time master, the corresponding DCF77 or GPS of the GPS satellite system is evaluated. Since the operating fre- radio clock being directly connected to its COM interface (see quency (1.574 GHz) of GPS is above the interference frequen- options 1.1 to 1.2). cies usually encountered in industry, optimum reception is guaranteed even under industrial conditions. • For stand-alone systems or small plants, e.g. for laboratory automation, SICLOCK DCFS7 (option 3.1) offers a cost-effective Another option for clock synchronization is offered by the time information of the German DCF77 time-signal transmitter in Main- solution for direct DCF77 synchronization via an S7 digital input.flingen near Frankfurt on long wave 77.5 kHz. The DCF77 time signal can only be received in Germany and surrounding coun- ■ Selection and Ordering Data tries. The industrial compatibility is a result of the extremely nar- Order No. rowband character of the integral receiver. Option 1.1 However, if plant operation requires highly reliable time control or if interference-free DCF77 reception cannot be guaranteed, it is recommendable to use a GPS radio clock. SICLOCK DCFRS package, industry-compatible radio clock DCF radio clock for time synchronization of individual PCs or serv- 2XV9 450-1AR21 ■ Design ers in industrial environments subject to severe interference, possible distance between DCF SICLOCK TM / SICLOCK TS central plant clock The central plant clock is the central component for the time synchronization of plants. It controls the time for the complete plant, and synchronizes all time-dependent plant components via its interfaces. When using a SICLOCK central plant clock, the time accuracy of all connected plant components - which is enormously important for plant operation - is still retained even if the radio reception fails completely. The interfaces supported by radio clock and PC up to 1000 m, consisting of: • Active DCF77 antenna with TTY output (20-mA current loop) and antenna frame • TTY/RS232 converter • Plug-type power supply unit • Two splitting boxes SICLOCK central plant clocks offer a wide range of possible ap- • 1-m connection cable, fitted, explications.tendable up to 1000 m SICLOCK TM serves as a central plant clock for highly exact time control, and distributes the time to all systems to be synchronized via Industrial Ethernet and 8 additional outputs for point-to-point connections with RS232, RS485 and TTY (20 mA). SICLOCK TS as the central plant clock provides the highly exact time control, and distributes the time to all systems to be synchronized via Industrial Ethernet and 3 individually programmable outputs for point-to-point connections as well as IRIG A and B. • DCF77 receiver service for Windows
■ Selection and Ordering Data Option 1.2 Order No. SICLOCK WINGPS package, radio clock for Windows GPS radio clock for time synchronization of individual PCs or servers in industrial environments subject to severe interference, consisting of: • GPS antenna with antenna frame • WINGPS decoder with power supply unit • Coaxial antenna cable, 22 m (max. length 70 m, see accessories) • WINGPS PC connection cable, 20 m • DCF77 receiver service for Windows Option 2.1 SICLOCK TM DCF77 package SICLOCK TM central plant clock with Ethernet connection + DCFRS radio clock, industrycompatible version, consisting of: • SICLOCK TM in high-grade steel housing for DIN rail mounting • Active DCF77 antenna with TTY output (20-mA current loop) and antenna frame • Splitting box • 1-m connection cable, fitted, extendable up to 1000 m 2XV9 450-1AR13 G) - SICLOCK TM 24...110 V DC 2XV9 450-1AR26 - SICLOCK TM 90...230 V AC/DC Option 2.2 SICLOCK TM GPSDEC package SICLOCK TM central plant clock with Ethernet connection + GPS- DEC radio clock, consisting of: • SICLOCK TM in high-grade steel housing for DIN rail mounting • GPS antenna with antenna frame • GPSDEC decoder with power supply unit • Coaxial antenna cable, 22 m (max. length 70 m, see accessories) • Parameterization software for PC and 5 m long RS232 connection cable 2XV9 450-1AR27 - SICLOCK TM 24...110 V DC 2XV9 450-1AR24 G) - SICLOCK TM 90...230 V AC/DC 2XV9 450-1AR25 G) Clock time synchronization ■ Selection and Ordering Data Order No. Option 2.3 SICLOCK TS GPS1000 package SICLOCK TS central plant clock with Ethernet connection and IRIG A and B + GPS1000 radio clock, consisting of: • SICLOCK TS in high-grade steel housing for DIN rail mounting • GPS1000 radio clock with antenna frame • Splitting box - SICLOCK TS 24...110 V DC 2XV9 450-1AR54 - SICLOCK TS 90...230 V 2XV9 450-1AR55 AC/DC Option 3.1 DCFS7 package 2XV9 450-1AR36 Economical solution for DCF77 time synchronization of SIMATIC S7-300/400 via a digital input, consisting of: • SICLOCK DCFRS, radio clock with RS232 output and 20 m long connection cable • SICLOCK DCFS7 interface • SICLOCK DCFS7 receiver service (STEP 7 function block for integration into S7 software) Accessories for SICLOCK TM / SICLOCK TS Material set • For desktop housing 2XV9 450-1AR80 • For 19" mounting frame 2XV9 450-1AR81 Accessories for GPS radio clock GPSDEC / WINGPS antenna cable • 30 m 2XV9 450-1AR12 • 70 m 2XV9 450-1AR07 Lightning protection for antenna cable • Lightning protection for 2XV9 450-1AR11 coaxial antenna cable (SICLOCK GPSDEC / WINGPS) • Lightning protection for 2XV9 450-1AR83 TTY cable (SICLOCK GPS1000 / DCFRS industry-compatible version) • Lightning protection for RS 232 2XV9 450-1AR15 connection cable (SICLOCK DCFS7) G) Subject to export regulations AL: N, ECCN: 7A994 ■ More information Siemens AG I&S IS E&C IT-S1 Phone: +49 9131 7-28866 (SICLOCK Hotline) Fax: +49 9131 7-22977 E-mail: siclock@siemens.com Additional information is available in the Internet under: http://www.siemens.com/siclock Siemens ST PCS 7.1 · September 2005 SICLOCK 11/3 11
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simatic PCS 7 Add-ons for the SIMAT
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SIMATIC Add-ons for the SIMATIC PCS
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Siemens ST PCS 7.1 · September 200
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SENTRON Circuit Breakers SIMOCODE p
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Maintenance Substation Distribution
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Information and Management Systems
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■ Overview Information and Manage
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Advanced Process Control 3/2 INCA:
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■ Overview Advanced Process Contr
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■ Overview In practice, conventio
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■ Overview Fuzzy-Control++ is a S
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Industry-specific software 4/2 CEMA
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■ Selection and Ordering Data Ord
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Operator control and monitoring 5/2
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■ Overview Digital video monitori
Page 31 and 32: ■ Overview Any analog cameras ISD
Page 33 and 34: ■ Overview The full specification
Page 35 and 36: Operator control and monitoring iPC
Page 37 and 38: ■ Overview SERVER ROOM LOCAL ADMI
Page 39 and 40: Operator control and monitoring PCS
Page 41 and 42: Libraries/blocks/tools 6/2 MFL: Mod
Page 43 and 44: ■ Overview One outstanding featur
Page 45 and 46: ■ Overview The Standard Chemical
Page 47 and 48: ■ Overview The PCS 7 Scheduler pe
Page 49 and 50: Distributed I/O on the PROFIBUS 7/2
Page 51 and 52: ■ Overview Drive ES PCS 7 enables
Page 53 and 54: ■ Overview Distributed I/O on the
Page 55 and 56: ■ Technical specifications AddFEM
Page 57 and 58: ■ Overview The Ex Hubs, often ref
Page 59 and 60: Simulation 8/2 Introduction 8/3 SIM
Page 61 and 62: ■ Overview The system for field b
Page 63 and 64: ■ Overview SIMIT is a powerful si
Page 65 and 66: ■ Selection and Ordering Data Ord
Page 67 and 68: Diagnostics 9/2 BANY: Bus analysis
Page 69 and 70: BANY PROFIBUS The bus diagnosis sup
Page 71 and 72: ■ Overview The operator in the co
Page 73 and 74: ■ Overview Whereas process contro
Page 75 and 76: Cabinet construction 10/2 Cabinet c
Page 77 and 78: ■ Selection and Ordering Data Ord
Page 79 and 80: ■ Options ■ More information Pr
Page 81: Clock time synchronization 11/2 SIC
Page 85 and 86: Migration 12/2 Gateway GT104CS: AS-
Page 87 and 88: Other 13/2 Siemens Fingerprint Mous
Page 89 and 90: Other PCS 7 Engineering Auditor ■
Page 91 and 92: Appendix 14/2 A&D Online Services 1
Page 93 and 94: .I In the face of harsh competition
Page 95 and 96: ■ Siemens Automation Solution Pro
Page 97 and 98: ■ 4 4-quadrants .................
Page 99 and 100: ■ Appendix Siemens ST PCS 7.1 ·
Page 101 and 102: ■ Appendix Siemens ST PCS 7.1 ·
Page 103 and 104: Automation and Drives Catalog Inter
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Catalog ST PCS 7.1 - September 2005

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