SICAM General
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SICAM – Substation Automation, Distribution-System Automation and RTUs Product Catalog · Edition 1.0 Answers for infrastructure and cities.

As of January 2012, some product names have been changed. Modified names are highlighted in blue in the table below. SICAM SCC (Station Control Center) SICAM Station Unit SICAM Station Unit SICAM Diamond SICAM Diamond SICAM PQ Analyzer (Incident Explorer) SICAM PQ Analyzer (Incident Explorer) SICAM EMIC SICAM DISTO SICAM DISTO SICAM Protocol Test System SICAM Protocol Test System SICAM I/O-Unit Power Quality and Measurements old SICAM PQS SICAM – Substation Automation, Distribution-System Automation and RTUs ⋅ Product Catalog ⋅ Edition 1.0

Substation Automation, Product Catalog • Edition 1.0 2. Substation Automation and Telecontrol 2.2 SICAM Station Unit 2.2/1 For SICAM EMIC and CMIC, see chapter Distribution-System Automation 3. Station Control, Fault Recorder and Phasor Measurement Unit 3.2 SICAM PQ Analyzer (Incident Explorer) 3.2/1 3.5 SICAM Protocol Test System 3.5/1 The products and systems described in this catalog are manufactured and sold according to a certified 7. Small Control Center SICAM - Substation Automation, Distribution-System Automation and RTUs • Product Catalog • Edition 1.0

Introduction Overview and solutions Preface The Frost & Sullivan Technology Leadership Award 2006 was presented to Siemens for pioneering in the development of an innovative technology, the IEC 61850. With Siemens energy automation solutions, every user is on the safe side: the combination of long-term experience and the newest innovation supplies safety for many years to come. Our solutions are not only compatible with older devices, they are also very innovative. Overview and solutions During the last years, the influences on the business of the power supply companies have changed a lot....

Introduction Overview and solutions Figure 1/1 Siemens energy automation products Figure 1/2 shows an example of refurbishment and centralized data acquisition in an MV substation. The interface to the primary equipment is connected via a marshalling rack, but can use any peripheral voltage (DC 24-220 V). The electronic terminal blocks are designed to substitute conventional terminal blocks, thereby realizing a very economic design. Existing protection relays can be connected either by IEC 60870-5-103 or by the more enhanced IEC 61850. Figure 1/2 Example of refurbishment and centralized...

The flexible Siemens solutions are available for every kind of • For different voltage levels, from ring main unit to transmission substation • For gas-insulated or air-insulated switchgear • For indoor or outdoor design • For manned or unmanned substations Communication is the backbone of every automation system. Therefore, Siemens solutions are designed to collect the data from the high-voltage equipment and present them to the dif- ferent users: the right information for the right users at the right place and time with the required quality and security. Here are some default examples for...

A subtransmission substation requires even more complexity: 2 or 3 voltage levels have to be equipped; a station operation terminal is usually required; more communication interfaces to external locations, separated control and protection devices on HV level, powerful LAN based on IEC 61850, and remote maintenance access are typical features of such In transmission substations, typically two to four voltage lev- els are to be automated. According to the high importance of such substations, availability is of the highest priority. There- fore, redundancy at substation level is generally...

Introduction Secure and reliable operation Secure and reliable operation Siemens solutions provide human machine interfaces (HMIs) for every control level and support the operators with reliable information and secure, easy-to-use control features. At feeder level: • Conventional panels with pushbuttons and instruments for refurbishment • Electronic front panels combined with bay control units (default) • Access points for remote terminals connected to the station operation units • Portable touch panels with wireless access in defined areas At substation level: • Single or redundant HMIs •...

Introduction Cost-effective investment and economic operation Cost-effective investment and economic operation The customized solutions from Siemens cater for effective investment. Tailor-made configurations and functions make sure that only required items are offered. The efficient tools cater for fast and easy engineering and support all project phases of an automation system, from collection of the substation data to deployment of all needed functions, and finally to reporting and archiving. The long lifetime of the involved future-proof products extend the time period between...

Introduction Long-term stability and trendsetting features for new requirements Long-term stability and trendsetting features for new requirements With Siemens energy automation systems, every user benefits from more than 70 years of experience in remote control and substation automation. The energy automation systems are designed for a long lifetime. Innovation is based on existing products, and compatibility of different product generations is part of the Siemens development philosophy. The extensive use of available IEC standards strongly supports long-term stability and expandability....

Substation Automation and Telecontrol Answers for infrastructure and cities.

Substation Automation and Telecontrol Contents 2. Substation Automation and Telecontrol 2.1 SICAM PAS 2.2 SICAM Station Unit For SICAM EMIC and SICAM CMIC, see chapter Distribution-System Automation The technical data can be found in the device manual at: www.siemens.com/sicam SICAM – Substation Automation, Distribution-System Automation and RTUs ⋅ Product Catalog ⋅ Edition 1.0