Suitable for use in utility substations or industrial control and automation systems, the SEL-3530 Real-Time Automation Controller (RTAC) provides complete and flexible system control with integrated security, seamless configuration, unified logic, and reliability. The RTAC converts data between multiple protocols, communicates with any configured and connected device, and comes with an embedded IEC 61131 logic engine.
Network Security Device—Make the SEL-3530 or the SEL-3530-4 Real-Time Automation Controller (RTAC) the secure access point into your substation or plant. Implement Lightweight Directory Access Protocol (LDAP) central authentication and role-based user authentication, project passwords, web upload features, access logs, and secure engineering access via Secure Shell (SSH). Map security tags into SCADA reports for industry-leading integration of security technologies.
SCADA Remote Terminal Unit (RTU)—Quickly design an integrated substation RTU system that includes protocol conversion, SCADA communications, synchrophasors, time synchronization, data management, and custom logic.
Data Concentration—Communicate with any device through built-in client and server protocols. Exchange data through DNP3, Modbus, IEC 60870-5-101/104, LG 8979, SES-92, SEL Fast Messaging, Mirrored Bits communications, and IEEE C37.118 for synchrophasors. Convert data between protocols, perform math and logic functions, and execute output logic for real-time control.
Substation Controller—Create your logic solutions in the embedded IEC 61131 logic engine, which comes standard with every RTAC. Build custom user logic. Access all system tags, including diagnostics, contact I/O, protocol data, and communications statistics, to provide unparalleled control flexibility.
IEC 61850 Integration—Integrate modern intelligent electronic devices (IEDs) into control and automation schemes with IEC 61850 GOOSE and the manufacturing message specification (MMS) client and server.
Operation Supporter/Regulator—Meet or exceed IEEE 1613 and protective relay specifications for harsh environments. The RTAC is designed to withstand vibration, electrical surges, fast transients, and extreme temperatures.
Event Collection—Detect, filter, and collect event data automatically from connected SEL relays. Fault location, fault current, and other data are populated into tags for easy retrieval through SCADA protocols. Automatically collect and archive events through the RTAC with acSELerator Team SEL-5045 Software.
Integrate Power Management With Industrial Control—Provide a powerful gateway between the substation and the factory using EtherNet/IP. This popular industrial protocol facilitates reliable communication between electronic devices in industrial automation systems. Use the RTAC EtherNet/IP adapter to exchange critical data for real-time monitoring, process control, and power system integration.
Substation Human-Machine Interface (HMI)—Provide cost-effective local and remote monitoring, control, and annunciation for substations and other processes by installing the optional web-based HMI, available for the RTAC and SEL-2240 Axion. acSELerator Diagram Builder SEL-5035 Software easily maps the RTAC tag database to reduce screen development time.
Ethernet activity indicators
Exe-GUARD whitelist antivirus technology
Serial activity indicators
User-programmable bicolored LEDs
No moving parts
LDAP centralized authentication
SEL screw-terminal connectors (STC) with #10 screws that accept ring terminals and are easy to connect and disconnect
Independent Ethernet ports
Demodulated IRIG-B input
Up to 33 DB-9 EIA-232/-485 software-selectable serial ports, which operate at up to 115 kbps
Isolated serial port with positive retention connectors for reliable long-distance communication
Isolated contact input with user-settable voltage ranges for programmable control functions
Programmable alarm contact for internal diagnostic status indication, communications access, and settings changes
Three power supply options: 125/250 Vdc, 120/240 Vac; 48/125 Vdc, 120 Vac; or 24/48 Vdc
Lamp test pushbutton and diagnostic LEDs
LEDs simplify diagnostics by indicating transmitted and received activity on each port
Programmable bicolor LEDs with configurable labels provide custom annunciation
Wide operating temperature range of –40° to +85°C (–40° to +185°F)
Rugged enclosure withstands EMI, RFI, shock, and vibration
Independent Ethernet ports can be RJ45 or LC fiber
Demodulated IRIG-B input and output for high-accuracy time synchronization
Serial ports are EIA-232/485 software-selectable
All terminals are clearly numbered and lettered for wiring and testing
Programmable input and alarm contact
Make the RTAC the secure access point into your substation or plant using Lightweight Directory Access Protocol (LDAP) central authentication, local role-based user authentication, access logs, and secure engineering access. This increases your system security and helps meet regulatory standards.
Simple, Seamless Configuration
Quickly design an integrated automation system that includes protocol conversion, SCADA communications, synchrophasors, time synchronization, data management, and programmable logic. See how easy it is to set up and start using the SEL RTAC with our "how to" video series.
Renowned SEL Reliability and Support
The RTAC is designed and tested to meet or exceed IEEE 1613 and protective relay specifications for harsh environments and to withstand vibration, electrical surges, fast transients, and extreme temperatures. The SEL RTAC operates reliably, even in challenging environments.
Optional Web HMI
Create web-based HMI one-line diagrams, annunciator screens, and control scheme visualizations with optional acSELerator Diagram Builder SEL-5035 Software. Understand and visualize system status and configuration at the substation or anywhere you have network access.
Concentrate and manage data from new and legacy relays and other IEDs using our extensive set of protocols.
|Product||Revision||Firmware ID||Date Available||Serial Number|
The Firmware IDs for older versions of the firmware can typically be found in Appendix A of the instruction manual.
Download the acSELerator RTAC library extensions, and take advantage of the flexibility that the SEL RTAC product line provides for your automation and integration applications. These library extensions are prebuilt code components for the advanced users of the SEL RTAC. Once downloaded, the instruction manuals for each of the library extensions will be accessible via the acSELerator RTAC help menu.
You can find the instruction manuals for the general purpose and optional libraries in the Programming Reference.
|AnalogCond||Process analog quantities and digital filtering.|
|CrossTaskData||Share data between Main and Automation tasks.|
|ChannelMonitoring||Provide alerts when a channel deviates from user-defined parameters.|
|Dictionaries||Create lookup tables for fast data retrieval.|
|DynamicVectors||Store an arbitrary number of items, such as an automatically resizing array.|
|Send alerts and notifications from an RTAC to a mail server.|
|IPAliasRedundancy||Share a single IP between two RTACs in a redundancy scheme by using an IP alias.|
|MathComplex||Perform mathematical operations on values with real and imaginary components.|
|MathMatrix||Perform common matrix operations.|
|PacketEncodings||Serialize and deserialize information to/from a socket connection.|
|PowerMetering||Perform energy and demand calculations.|
|PowerSystemAutomation||Detect synchrony between two independent voltage sources.|
|PowerSystemProtection||Identify fault conditions, and unlock the potential of the SEL-2245-42 AC Protection Module.|
|Queue||Keep track of ordered lists of objects.|
|RecordingTriggers||Detect specific conditions in analog and digital signals to initiate the capture of data.|
|SELEthernetController||Manage both UDP and TCP raw socket connections.|
|SELRand||Generate random numbers.|
|SELServerSimulators||Simulate an SEL-351 client.|
|SELString||Combine and split strings in constant time.|
|SnmpLite||Identify and troubleshoot network connectivity.|
|SyslogCollector||Receive Syslog messages from other devices.|
To select any of the following libraries, choose the library as an option in the RTAC hardware configuration.
|Grid Connection Control||Control the point of common coupling (PCC) between the utility and renewable power generation sources.||Dynamic Disturbance Recorder, File I/O|
|Horizon SVP Plus||Turn the RTAC into a synchrophasor vector processor. Detect the onset of uncontrolled wide-area oscillations with SVPplus modal analysis.||None|
|Horizon Power System Model||Resolve synchrophasor data streams using a model of the power system.||File I/O|
|Dynamic Disturbance Recorder||Collect data from within the logic engine to generate Sequence of Events (SOE), time-aligned CSV, and COMTRADE files in the RTAC.||File I/O|
|Meter Trend Recorder||Record analog data in the RTAC, and send data to acSELerator Team SEL-5045 and acSELerator Meter Reports SEL-5630 Software for analysis.||File I/O|
|Report Generator/EmailPlus Client||Generate custom reports from data available from the RTAC's logic engine. It is bundled with a fully featured email client that integrates into secure email systems.||File I/O|
|FTP Sync||Connect to established S/FTP server infrastructure and automatically push files from the RTAC file system to remote destinations.||File I/O|
|File I/O||Read and write files to the RTAC file system. It includes a built-in SFTP/FTP client for sending and receiving files and provides programmatic access to fault and SOE records.||None|
|Distribution Automation||Fault location, isolation, restoration, and volt-VAR control of distribution feeders|
|Automated System Verification and Monitoring||Protection system monitoring and verification (NERC PRC-005)|
|Ground Fault Detection||Ground fault identification for ungrounded power systems|