ALSTOM TRVC062105000 TRVC070938000 TRVC070938005.A

Description

Product Description

The cluster ALSTOM TRVC062105000 TRVC070938000 TRVC070938005.A represents a set of specific configuration codes for a modular Alstom power protection or control unit, detailing its hardware assembly and optional features. These codes are not standalone products but are critical identifiers used to specify the exact build of a device, such as a numerical protection relay or an automation controller. The primary model, indicated by a base code like TRVC062105000, defines the core functionality and platform, while subsequent codes like TRVC070938000 and TRVC070938005.A specify incremental hardware options, communication modules, or software packages added to the base unit. Understanding the complete specification defined by ALSTOM TRVC062105000 TRVC070938000 TRVC070938005.A is essential for procurement and engineering to ensure the delivered device matches the project’s technical requirements exactly. For system integrators, ordering the full configuration as specified by these combined ALSTOM codes guarantees receipt of a fully-configured and tested unit.

Product Parameters

• Manufacturer / Brand: Alstom (Grid Automation, now part of Hitachi Energy)

• Product Family: Numerical Protection Relay / Control Unit (e.g., from the Micom, P, or Sepam series).

• Core Configuration Code: TRVC062105000 – Defines the base model, including primary protection functions (e.g., line differential, distance protection), I/O count, and standard communication.

• Optional Hardware Module Code: TRVC070938000 – Likely specifies an added hardware option, such as an expanded memory module, an additional communication port (e.g., for IEC 61850), or a specific power supply module.

• Software/Function Package Code: TRVC070938005.A – Typically denotes a specific software license or activated function package (e.g., “Differential Protection for Transformers,” “Arc Flash Detection,” or a specific protocol suite).

• Protection Functions: Includes a comprehensive set of protection elements (overcurrent, earth fault, voltage, frequency) as defined by the base and optional codes.

• Communication Protocols: Support for IEC 61850, Modbus, DNP3, IEC 60870-5-103, Profibus, etc., enabled via the hardware and software codes.

• Inputs/Outputs: Number of binary inputs, relay outputs, and analog inputs are specified in the base configuration code.

Advantages and Features

• Tailored Configuration: The modular coding system allows for precise customization of the relay to match the exact application needs, avoiding over-specification or missing critical features.

• Single-Source Validation: The complete assembly, as defined by ALSTOM TRVC062105000 TRVC070938000 TRVC070938005.A, is factory-tested as a whole, ensuring all optional modules and software functions work seamlessly together.

• Future-Proof Flexibility: The architecture allows for later addition of functions (via software keys) or hardware modules, providing scalability for future system upgrades.

• Advanced Cyber Security: Modern Alstom relays include configurable security features like role-based access control, password policies, and secure communication, often activated or enhanced by specific option codes.

• Comprehensive Event Analysis: Features high-resolution oscillography, sequence of events (SOE) recording, and detailed fault reports for thorough system analysis.

• Intelligent Logic: Includes a programmable logic controller (PLC-like) functionality for creating custom control schemes without external hardware.

Application Cases in Key Fields

• Smart Grid Substations: Used as a fully-configured line protection relay (e.g., with distance and differential protection) in digital substations using IEC 61850 communication, enabled by the optional codes.

• Industrial Power Distribution: Serves as a feeder protection and control unit in large industrial plants, with options for motor protection logic or arc flash detection as specified in the software package.

• Renewable Energy Plant Grid Connection: Protects the point of interconnection for wind or solar farms, with functions for voltage ride-through, frequency protection, and specialized inter-tripping logic.

• Critical Infrastructure Protection: Applied in data centers, airports, and hospitals where customized protection schemes and high reliability, defined by the exact configuration codes, are mandatory.

Comparison with Competing Products

Compared to protection relays from Siemens (SIPROTEC 5), GE (Multilin), or SEL, the ALSTOM system defined by codes like TRVC062105000 uses a similarly modular approach. The key differentiator lies in the specific algorithm performance, the ecosystem (e.g., compatibility with Alstom/Hitachi Energy SCADA and control systems), and regional grid code compliance. Competing products might offer a different mix of standard vs. optional features or a more extensive library of pre-configured application templates. However, the depth of customization available through Alstom’s detailed configuration coding allows for a highly tailored device, making the exact specification TRVC062105000 TRVC070938000 TRVC070938005.A a precise match for complex, specification-driven projects.

Selection Suggestions and Precautions

• Decode with Official Tools: Always use the manufacturer’s official configuration software or catalogue to decode these strings. Each segment specifies a critical attribute; guessing can lead to an incorrect device.

• Consult Application Engineering: For complex systems, work with an Alstom application engineer to verify that the combination of codes TRVC062105000, TRVC070938000, and TRVC070938005.A delivers all required functions for your specific protection and control scheme.

• Understand Software Licensing: Recognize that TRVC070938005.A is likely a licensed feature. Ensure the license is properly transferred and documented upon purchase.

• Verify Firmware Compatibility: Confirm that all optional hardware and software functions are compatible with the base unit’s firmware version. The factory will typically ship a compatible set, but this is critical for spare parts.

• Documentation is Key: Insist on receiving the detailed technical data sheet and configuration file for the exact delivered configuration. This is vital for commissioning and future maintenance.

• Procurement as a Set: Always procure these configuration codes as the complete set to ensure you receive a working, integrated unit. Ordering components separately may not result in a functional device.

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