The ALSTOM N895600512D N895600051C ECPU_1 N895600200Q is a comprehensive set of part numbers representing a complete electronic control and processing unit assembly within an Alstom system, likely for rail transportation or complex industrial machinery. This cluster identifies a Central Processing Unit (ECPU_1) and its associated modules or sub-assemblies. The N895600512D and N895600051C likely refer to critical sub-modules such as memory cards, communication processors, or power supplies, while N895600200Q may denote the main CPU board or a vital interface unit. Together, these components form the core computational brain of a control system. Sourcing and installing the complete set as defined by ALSTOM N895600512D N895600051C ECPU_1 N895600200Q is essential for a functional replacement, as all parts are interdependent.
The ALSTOM V0701596-001102 is a highly specialized printed circuit board (PCB) assembly, functioning as a critical interface or processor module within Alstom’s (now part of GE Vernova) complex control systems for power generation and heavy industrial applications. This specific, numerically detailed part number indicates a precise hardware revision (-001102) of a module that likely serves as a communication card, signal conditioner, or dedicated controller within a larger system such as a turbine governor, excitation controller, or protection relay. The role of the ALSTOM V0701596-001102 is to process specific analog or digital signals, execute localized control algorithms, or manage communication between subsystems, ensuring the overall control unit operates with precision and reliability.
The ALSTOM MCGG22L1CB0753E is a highly specific contactor or motor starter unit from Alstom’s range of power control and switching components. This model is engineered for robust and reliable operation in controlling three-phase motors, heaters, or other significant electrical loads within industrial and infrastructure applications. The primary function of the ALSTOM MCGG22L1CB0753E is to provide safe make-and-break control of power circuits, often incorporating built-in protective features. The detailed coding of the MCGG22L1CB0753E specifies its exact electrical characteristics, coil voltage, and optional accessories. Integrating this precise model into a control panel ensures compatibility with Alstom’s broader system designs and meets the demanding requirements for durability and performance.
The ALSTOM LE109A-1 is a robust and versatile logic module from the Alstom (now part of GE Vernova) automation portfolio, specifically designed for implementing hardwired safety interlocks, permissive logic, and critical sequencing functions independent of a central PLC. As a Logic Element (LE) module, the ALSTOM LE109A-1 provides a reliable, hardware-based solution for applications where deterministic response, fail-safe operation, and protection against software or communication failures are paramount. It functions by processing discrete input signals from devices like limit switches, pressure transmitters, and emergency stops, and executing predefined logical operations to control output relays that command contactors, solenoid valves, or alarm annunciators.
The ALSTOM V4555724-0100 is a highly specific spare part or sub-assembly within Alstom’s extensive catalog of components for automation, control, and transportation systems. This alphanumeric identifier typically corresponds to a detailed assembly drawing or a specific manufactured item, which could range from a complete electronic control unit to a critical mechanical assembly or a specialized wiring harness. The ALSTOM V4555724-0100 is designed as an integrated part of a larger system, ensuring precise fit, function, and performance within its intended application. Sourcing and installing the correct V4555724-0100 component is essential for maintaining the operational integrity and safety of the parent system, whether it is a railway vehicle, a power protection panel, or industrial machinery. For maintenance engineers and system integrators, the genuine ALSTOM V4555724-0100 guarantees adherence to the original design specifications.
The ALSTOM N895313512X N95313012D SUP-AL N895313000R refers to a set of critical components that constitute a power supply and conditioning assembly within the GE/Alstom Mark VIe and potentially other turbine control systems. This group of parts works in concert to provide clean, stable, and reliable DC power to the control system’s electronic modules. The designation SUP-AL strongly suggests this is the Supplementary or Auxiliary Power Supply unit. This assembly is vital for converting incoming AC or DC power into the specific, isolated DC voltages required by the controller’s processors, I/O networks, and communication cards.
The ALSTOM PIB100G is a specialized peripheral interface board within Alstom’s portfolio of industrial automation and control system components. This model functions as a critical input/output (I/O) expansion module, designed to increase the capacity of a control system to connect with field devices such as sensors, switches, and actuators. The primary role of the ALSTOM PIB100G is to provide a reliable and standardized method for signal conditioning and data transfer between the central processing unit and the external equipment. Integrating the PIB100G into an Alstom control architecture is a standard practice for scaling system I/O points efficiently. The design of the ALSTOM PIB100G ensures robust performance in industrial environments, making it a fundamental component for system builders and maintenance engineers.
The ALSTOM NRD109475 8RDA44670G01 SA44670.E is a sophisticated and mission-critical spare part assembly, most likely a control card, processor module, or specialized interface unit designed for Alstom’s (now GE Vernova) heavy-duty automation and protection systems in power generation and transmission. This assembly, identified by multiple interrelated part numbers, constitutes a complete functional unit, which could be a CPU module for a turbine control system, a communication card for a protective relay, or an analog processing card. The designation ALSTOM 8RDA44670G01 typically refers to the primary hardware assembly, while SA44670.E may indicate a specific software or firmware revision loaded on the hardware, which is critical for its operation.
The ALSTOM 42011-106-00 A01 ITC_VIOM_VIOC VER.A01 is a detailed identifier for a sophisticated vehicle input/output and communication module used within Alstom’s rail transportation systems. This complete part number describes a specific version of a critical on-board control component, where 42011-106-00 is the core assembly number, A01 signifies a hardware revision, and ITC_VIOM_VIOC VER.A01 defines its functional role and software version as a Vehicle Input/Output Module (VIOM) and Vehicle Input/Output Controller (VIOC). The ALSTOM 42011-106-00 A01 ITC_VIOM_VIOC VER.A01 is engineered to manage the interface between the central train control systems and the multitude of sensors, switches, actuators, and indicators distributed throughout the vehicle. Implementing this precise module version ensures compatibility and reliable data exchange within the complex network of a modern train or tram.
The ALSTOM SDK-C0148 12003-101-01 SBS05M09B refers to a specialized, high-level control and communication assembly within the Alstom (now GE Vernova) energy and industrial automation systems. This part number cluster most likely identifies a complete Software Development Kit (SDK) or a critical communication processor module along with its specific firmware version and hardware configuration. The ALSTOM SDK-C0148 serves as the interface tool or intelligent gateway for programming, configuring, and establishing communication between high-level control systems (like a plant DCS or SCADA) and Alstom’s protective relays, turbine controllers, or network management devices.
The ALSTOM NRD108033 8RDC44667G01 SA44667.C is a comprehensive ordering and configuration code for a high-performance numerical protection relay from Alstom’s extensive grid automation portfolio. This identifier specifies a fully-configured device where NRD108033 denotes the core relay model, 8RDC44667G01 defines the precise hardware assembly and options, and SA44667.C indicates the specific software application package and version. The ALSTOM NRD108033 8RDC44667G01 SA44667.C assembly is engineered to deliver advanced protection, control, and monitoring for critical electrical assets such as transformers, motors, or generators in demanding utility and industrial networks. Selecting the complete NRD108033 8RDC44667G01 SA44667.C configuration ensures that the unit is delivered with all necessary hardware features and software functions pre-validated for a specific application.
The ALSTOM AL132 is a fundamental and widely utilized digital input module from the Alstom (now GE Vernova) automation portfolio, specifically designed for the Alspa range of programmable logic controllers (PLCs). This module serves as the primary interface for reading the on/off status of field devices such as pushbuttons, limit switches, selector switches, and proximity sensors. The ALSTOM AL132 reliably converts 24V DC field signals into digital logic levels that the PLC’s central processing unit can read, forming the essential sensory input layer for machine control, sequencing, and interlocking logic. For detailed technical specifications and sourcing, please visit the official product page for the ALSTOM AL132 digital input module. As a core component in countless industrial control panels, the reliability and straightforward design of the ALSTOM AL132 make it a trusted choice for engineers. Its consistent performance is key to building a responsive and dependable control system, and proper integration of the ALSTOM AL132 is a standard practice in Alspa-based automation solutions.
