The Schneider Electric (formerly Control Microsystems) SCADAPACK 314E is a high-performance Remote Telemetry Unit (RTU) that combines powerful processing capabilities with integrated I/O functionality. Designed for demanding remote automation applications in the oil and gas, water/wastewater, and energy sectors, the 314E provides reliable local control, data logging, and remote communication via a variety of industrial protocols.
⚙️ Technical Parameters and Specifications
-
Model: TBUP314-EA55-AB00S
-
Processor: High-speed 32-bit CPU for fast logic execution
-
I/O Capacity: Integrated digital and analog I/O channels (expandable via I/O modules)
-
Communication: Multiple RS-232/485 ports, Ethernet (10/100 Mbps), and USB configuration port
-
Protocols: Modbus RTU, Modbus TCP, DNP3, and optional support for advanced telemetry protocols
-
Operating Voltage: 10.5–30V DC
-
Mounting: DIN-rail or panel-mount chassis
-
Weight: Approximately 0.8 kg
🏭 Application Areas
-
Oil & Gas Automation: Wellhead monitoring, pipeline leak detection, and compressor station control.
-
Water & Wastewater: Lift station monitoring, reservoir level management, and pump control.
-
Smart Grid/Utility: Remote monitoring of distribution substations and automated switchgear control.
-
Environmental Monitoring: Remote weather stations and seismic data collection systems.
📖 Product User Guide
Installation must be performed by a qualified automation technician. Mount the SCADAPACK 314E on a standard 35mm DIN rail within an IP-rated enclosure. Connect the field I/O wiring to the removable terminal blocks, ensuring proper signal isolation. Utilize the Telepace Studio or RemoteConnect software to configure the controller, set up communication parameters, and download the control logic (Ladder Logic or C/C++). After programming, verify communication with the SCADA master station using the diagnostic tools within the configuration software to ensure data points are mapping correctly.
❓ Frequently Asked Questions (Q&A)
What is the advantage of the “E” series over older SCADAPACK models? The “E” series features significantly enhanced processing power, larger memory, and native support for modern industrial communication standards like Ethernet/IP and advanced DNP3 features, making it better suited for modern, data-intensive automation projects.
How do I troubleshoot a communication failure with my SCADA host? Verify the physical connection (cable integrity and pinouts) first. Check the status LEDs on the front panel to see if data transmission (TX) and reception (RX) are active. Then, use the diagnostic software to verify the communication port settings (Baud rate, parity, stop bits) against the host station’s configuration.
Is this unit compatible with wireless telemetry? Yes, the 314E can be easily integrated with cellular gateways, radio modems, or satellite links via its RS-232/485 ports or Ethernet port to provide remote communication in locations where hardwired infrastructure is unavailable.
📋 Recommended Similar Models
-
SCADAPACK 334E (Higher I/O density variant)
-
SCADAPACK 474 (Next-generation high-performance RTU)
-
Schneider Electric Modicon M340 (PLC alternative for larger scale projects)
-
ABB Remote Terminal Unit 560 (Alternative for utility-scale telemetry)
-
Moxa ioLogik Series (Budget-friendly remote I/O solutions)
