The ALSTOM PIB903 is a fundamental input/output interface board within Alstom’s ecosystem of programmable logic controllers and automation systems. This model serves as a dedicated peripheral module, designed to expand the system’s capacity to connect with field devices by providing a standardized set of digital or analog channels. The primary role of the ALSTOM PIB903 is to act as a remote or local I/O station, translating signals between the central processing unit and the sensors and actuators on the factory floor or within a substation. Integration of the PIB903 into an Alstom control architecture is a common method for scaling system points and distributing I/O close to the process. The reliability and designed compatibility of the ALSTOM PIB903 make it a key component for engineers building and maintaining automation solutions based on Alstom’s platforms.
The ALSTOM 029.144.440 is a specialized control and monitoring module integral to Alstom’s (now part of GE Vernova) industrial and power generation automation systems, particularly within the Alspa family of PLCs and controllers. This module typically serves as a high-functionality I/O, communication, or special function card designed for demanding applications. Based on the numbering convention, the ALSTOM 029.144.440 is a specific variant that could be an intelligent analog processing module, a high-speed counter card, or a protocol gateway, responsible for interfacing with complex field devices or executing dedicated control tasks..
The ALSTOM IR139-1 is a critical interface relay module within Alstom’s extensive portfolio of industrial automation and control components. Designed as a robust electromechanical relay, the IR139-1 serves as a fundamental building block for signal amplification, electrical isolation, and load switching in control panels. Its primary function is to reliably convert low-power control signals from devices like PLCs or protection relays into actions capable of driving higher-power field equipment such as contactors, solenoid valves, and indicator lamps. Integrating the ALSTOM IR139-1 into a system design provides a proven and reliable method for circuit segregation and control. The consistent performance and compatibility of the IR139-1 make it a staple component for engineers maintaining and building systems within the Alstom ecosystem.
The ALSTOM VCS232 590.043158 is a specialized electronic control module, most likely a Valve Control System (VCS) or actuator positioning card, designed for the precise regulation of critical valves within industrial and power generation processes. This module forms the intelligent core of a control loop, taking a command signal (e.g., 4-20mA from a PLC or DCS) and converting it into the appropriate power output to drive an electric or electro-hydraulic actuator, thereby accurately positioning a valve for flow, pressure, or level control. The designation 590.043158 is a specific article or serial number identifying the exact variant and configuration of the ALSTOM VCS232 platform.
The ALSTOM EP3-E-4-A is a specialized power supply or converter unit from Alstom’s extensive range of electrical components for control and automation systems. This model is engineered to deliver reliable and regulated power to sensitive electronic control equipment, such as programmable logic controllers (PLCs), protection relays, and instrumentation within industrial and transportation environments. The primary function of the ALSTOM EP3-E-4-A is to convert a primary input voltage into a stable, isolated, and clean secondary output, ensuring the operational integrity of downstream devices. Incorporating the EP3-E-4-A into a panel design provides a dedicated and validated power solution that meets the specific demands of Alstom’s control architectures. For system builders, the ALSTOM EP3-E-4-A offers a trusted and compatible power source that aligns with the manufacturer’s standards for quality and performance.
The ALSTOM MVTU11K1CD0751G is a precision-engineered multi-channel thermocouple input module, forming a critical part of the Alstom (now GE Vernova) portfolio for temperature measurement and monitoring within industrial process control and power generation systems. This module is specifically designed to interface directly with multiple thermocouple sensors, converting their low millivolt signals into high-resolution digital data for use in control, monitoring, and safety functions. The complex part number MVTU11K1CD0751G encodes specific details such as thermocouple type compatibility (e.g., Type K, as suggested by “K1”), channel count, and isolation class.
The ALSTOM CMU 42015-115-00 is a crucial communication and processing unit within Alstom’s advanced rail transportation and industrial automation systems. This model serves as a centralized module or controller, likely designed to manage data exchange, logic execution, and system coordination across various subsystems of a vehicle or fixed installation. The primary role of the ALSTOM CMU 42015-115-00 is to function as a network master, a data concentrator, or a gateway, ensuring seamless communication between different control units, sensors, and operator interfaces. Integration of the CMU 42015-115-00 is fundamental for achieving the required level of system intelligence, diagnostics, and operational control in complex environments. For maintainers and system designers working on Alstom platforms, the ALSTOM CMU 42015-115-00 represents a core component for ensuring network integrity and data flow.
The ALSTOM MVAJ27L1FB0784D is a high-precision, multi-channel analog input module designed for demanding industrial automation and control systems, particularly within the Alstom (now GE Vernova) product portfolio for process control and power generation. This module is engineered to accurately convert analog signals from a wide array of field transmitters—such as those measuring pressure, flow, level, or temperature (via 4-20mA or 0-10V signals)—into high-resolution digital data for the control processor. The complex part number MVAJ27L1FB0784D signifies a specific configuration, likely indicating channel count, input type, isolation level, and communication interface details.
The ALSTOM UT150-1 is a specialized timing relay or multi-function time-delay module from Alstom’s range of industrial control components. Designed for precision timing operations within automation panels and motor control circuits, this model provides reliable and adjustable control of time-based sequences. The primary function of the ALSTOM UT150-1 is to introduce precise delays in the operation of contactors, solenoids, and other loads, enabling processes such as star-delta motor starting, pump sequencing, or conveyor interlocking. Integrating the UT150-1 into a control system adds a layer of temporal logic that is crucial for safe and efficient machine operation. For engineers building or maintaining systems with Alstom components, the genuine ALSTOM UT150-1 offers a validated and compatible solution for implementing delay functions.
The ALSTOM N895314513L is a specialized communication or processor module engineered for the GE/Alstom Mark VI and Mark VIe family of turbine control systems. This module serves as a critical node within the control architecture, most likely functioning as a communication processor, network interface card, or a specialized application controller for managing specific turbine subsystems. Its primary role is to facilitate high-speed, deterministic data exchange between the main Turbine Control Unit (TCU) processor and other system components, remote I/O, or external supervisory networks like a plant DCS. The ALSTOM N895314513L ensures that critical data for control, sequencing, and protection is transmitted with the low latency and high reliability required for safe turbine operation.
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.
The ALSTOM VPS 12004-102-03 V1.0.0 is a dedicated and sophisticated control module, most likely a Versatile Protection System (VPS) card, engineered by Alstom (now GE Vernova) for critical protection and automation functions within electrical power systems. This module represents a specific hardware version (V1.0.0) of a protective relay or intelligent electronic device (IED) card designed to be installed in a modular bay controller or protection panel. The primary function of the ALSTOM VPS 12004-102-03 is to execute complex protection algorithms (such as differential, distance, or overcurrent protection) for high-voltage assets like transformers, busbars, transmission lines, or generators. It continuously monitors electrical parameters and issues trip commands to circuit breakers to isolate faults, ensuring grid stability and equipment safety.
