Progressive Impact Technology Sdn Bhd
 
 
PRODUCTS & Solutions
 
Foxboro RTU50
RTU, or remote Terminal Unit is a device which interfaces objects in the physical world to a distributed control system or SCADA system by transmitting telemetry data to the system and/or altering the state of connected objects based on control messages received from the system. The RTU will operate scanning its inputs, normally at a fairly rate. It may do some processing such as changes, and storage of the data awaiting polling from SCADA master.
 
Key Benefit   Key Capabilities
Distributed processing for high availability and diversity in Electric Power Substation architectures
 
Flexible Power Supply
Highly reliable operation over wide temperature and electrical noise ranges
 
Support 28, 48 & 129 V DC Source
   
Optonet (Link to other RTU)
Master Processor
P30E Module
Communication (Support DNP3, WISP+, IEC101, IEC103)
I/O Modules
 
 
Foxboro SCD5200 >>more info
 
The Foxboro SCD5200 combines the features and benefits of the Foxboro RTU50 Series components with higher levels of communications, integration, and engineering packaging. A state-of-the-art graphical user interface is provided for the proven diagnostic tools while the platform independence of the tools is maintained. Configuration tools are similarly upgraded and extended to provide efficiencies in engineering, system maintenance, and configuration management. A key development of the SCD5200 is the integration of CPU, OptoNet, Power Supply, and dual Ethernet into the main processor board (COPE). This provides a compact single module for specialized communications, local networking, applications.
A distributed architecture allows the full spectrum from small single device station configurations through to redundant power supply, processor, and I/O systems with redundant (duplicated and path diverse) communications networks.
 

Key Benefit   Key Capabilities
Distributed processing for high availability and diversity in Electric Power Substation architectures
 
DNP, IEC 60870-101, 104, Modbus Interfaces
Highly reliable operation over wide temperature and electrical noise ranges
 
WISP+ telecontrol protocol support
   
IEC 61850 Client Data Mapping to for electrical substation monitoring
Distributed Architecture
Compact Multi-Chassis CPU arrangements
Global Database over multiple connected nodes
Use of Optical Interfaces throughout
Compliance to Electric Power Standards for EMC and Voltage Isolation
Database sizes up to 20,000 distributed points