A good standard
IEC standard protocols employed in modern substation control enable homogeneous, vendor-neutral total solutions and offer optimum investment security for the operator. Even with standardized protocols, the analysis or simulation of the behavior of the employed devices is a daily requirement in the operation and installation of substation control systems. The SICAM Protocol Test System provides this functionality. Simulating individual or several devices simplifies process-es, especially when planning systems.
Importing the IEC 61850 standard files enables the user to simulate device behavior and to streamline test and com-missioning procedures. Vendor-neutral, comprehensive analysis features help to resolve errors or faults of individual devices.
The SICAM Protocol Test System assists system planners and operators to simplify their daily work and will become an indispensable tool.
Product and vendor-neutral testing system
Simulation of up to 255 IEC 61850 servers
Interactive simulation (commands and feedback) of entire systems incl. third-party devices - SCD, ICD import (ICD files for SIPROTEC 4 devices are already included in the software package)
Simulation of malfunctions
Dynamic measured value with auto-simulation
Simulation of fault records
Network overview analysis - which server is connected to which client?
Testing the NTP time server in the network
Simple operation – no training required
Plain-text display also for IEC60870-5-101, -104 and -103 with storable data models using .csv file import of long texts.
For Windows operating systems
Although the standards themselves are long past the development stage, problems still tend to arise during implementation of projects. These are due to slight differences between systems (resulting from varying interpretations of the standard, specific features of the project, etc.) and can have significant cost implications. In addition, in many cases operators will need to test equipment early on in the course of a project although some of the system components or devices are not yet available at that time.
SICAM Protocol Test System: you can rely on it
These imponderables are a thing of the past with the PC-based SICAM Protocol Test System. On the one hand, the system allows you to very easily test and analyze communication between systems that are based on the IEC 60870-5-101, -103 and -104 protocols. On the other hand, with the SICAM Protocol Test System you can also simulate automation devices and thus also test subsystems, even if some devices of the overall system are not in place. For example, the system contains predefined device profiles according to IEC 60870-5-103 for simulating protection devices.
IEC 61850 Ed1 and Ed2 Client
IEC61850 Ed1 and Ed2 Server
IEC 60870-5-101 (balanced and unbalanced)
SAT PCBE End-End protocol
SAT PCBU SSI End-End protocol
Extensive experience of a wide range of protocols gained through implementation of SICAM RTU automation systems in systems comprising heterogeneous equipment from different OEMs
Active participation on various IEC standardization committees
Pioneering role in implementation of IEC 60870-5-10x standard protocols
No training required
User-friendly Windows interface
Context-sensitive online help
Plug & Play installation
Interpreted message display (addresses and user data separated by link layer and user data)
Plant name display possible through import of data point lists via CSV import interface
Simultaneous monitoring of send data from both sides
Single remote station simulation for IEC 60870-4-101 and -104
Simulation of up to 255 remote stations for IEC 60870-5-103
Simulation of standard protection device profiles (user can add other protection device profiles)
Fault record emulation (IEC 60870-5-103 only)
External hardware for PCs requiring only one serial interface
The SICAM Protocol Test System is the ideal tool for per-forming conformity tests, factory acceptance tests, fault analyses, and long-time recordings. In addition, the SICAM Protocol Test System can be used to record, save, and export handshakes, payload tele-grams, and file transfers in their chronological order. The timing behavior of serial interfaces can be exactly analyzed with the optional “four channel logic analyzer”.
In addition to the extensive analysis features there is the option to simulate remote stations.
Not only individual telegrams can be dynamically simu-lated with the SICAM Protocol Test System, but entire IEC 61850 devices and even systems consisting of up to 255 devices.
This includes the simulation of the command processes including feedbacks, measured values, and fault records, as well as the simulation of IEC 61850 Client Server connections and GOOSE messages.