The ALSTOM N897163510Q, N897163050Q MODEM, and N897163100U constitute a critical family of communication and interface modules designed for the GE/Alstom Mark VIe distributed control and turbine management system. Specifically, the ALSTOM N897163050Q MODEM is a central component, functioning as a high-integrity communication modem or network interface card. This module facilitates secure and reliable data exchange between the turbine control unit (TCU) and external supervisory systems, such as a plant Distributed Control System (DCS), remote operator workstations, or diagnostic centers. The associated modules, ALSTOM N897163510Q and N897163100U, are typically complementary components such as power supplies, termination boards, or carrier cards that provide the necessary infrastructure for the modem to operate correctly within the VME rack.
The ALSTOM 730475-D ELEMENTS-F2 is a specialized terminal block or connection module from Alstom’s extensive range of electrical interconnection components. Designed for use within industrial control panels, protection relay cabinets, and automation systems, this module serves as a critical interface point for wiring field devices, sensors, and actuators to the central control equipment. The primary role of the ALSTOM 730475-D ELEMENTS-F2 is to provide a secure, organized, and reliable method for terminating and distributing electrical signals and power. Integration of the 730475-D ELEMENTS-F2 enhances panel safety and maintainability by ensuring clear wiring points and robust connections. For systems requiring dependable signal integrity, specifying the genuine ALSTOM 730475-D ELEMENTS-F2 is a best practice to ensure compatibility and performance.
The ALSTOM PIB102A is a dedicated power interface and conditioning module designed for critical automation and control systems, particularly within the industrial and power generation sectors where reliable voltage conversion and distribution are paramount. This unit typically serves as a robust, isolated power supply or interface barrier within a control cabinet, converting a primary incoming AC or DC voltage to one or more stable, isolated DC outputs required by sensitive electronic control modules, such as those in a PLC or turbine control system. The primary function of the ALSTOM PIB102A is to ensure clean, regulated, and protected power delivery to downstream components, safeguarding them from mains-borne transients, noise, and voltage fluctuations. This is essential for maintaining the integrity of control logic and I/O signals.
The ALSTOM PIB1201A 3BEC0067ALSTOM is a critical interface board engineered for seamless integration within Alstom’s sophisticated control and protection systems. This specific model is designed as a rack-mounted printed circuit board (PCB) that serves as a primary interface, communication hub, or processing unit within larger automation assemblies, such as those used in power distribution and rail networks. Incorporating the ALSTOM PIB1201A 3BEC0067ALSTOM into a system ensures reliable data exchange and signal processing between high-level controllers and field devices. The robust construction and precise electronic design of the ALSTOM PIB1201A 3BEC0067ALSTOM make it indispensable for maintaining the integrity and functionality of complex automation schemes where signal fidelity and reliability are paramount.
The ALSTOM V4561983-0100 is a specialized I/O or communication module designed for integration into the Alstom (now GE Vernova) range of control systems, commonly associated with their Mark series for turbine control or with their comprehensive Alspa industrial automation platforms. This precise part number denotes a specific hardware variant within a broader family, indicating a particular revision, configuration, or functionality tailored for a demanding industrial environment. The ALSTOM V4561983-0100 serves as a critical interface within the control architecture, potentially handling analog signal conditioning, discrete I/O marshaling, or providing a specific communication protocol gateway to ensure seamless data flow between field devices and the central processing unit. For detailed technical specifications and availability, it is essential to refer to the official product documentation accessible via the ALSTOM V4561983-0100 module page. The design and construction of the ALSTOM V4561983-0100 adhere to rigorous standards to ensure long-term reliability in applications such as power generation and heavy industrial process control, where system uptime is paramount. Proper integration of the ALSTOM V4561983-0100 is a fundamental step in maintaining the integrity and performance of the overall automation solution.
The ALSTOM MFAC14K1AA0001A represents a specialized component within Alstom’s extensive range of automation and protection systems, engineered for high-performance industrial and infrastructure applications. This specific model is a crucial relay or interface module, designed to provide precise monitoring, control, and protective functions within complex electrical networks and automation architectures. As a part of Alstom’s renowned portfolio, the MFAC14K1AA0001A ensures reliability and interoperability in demanding environments such as rail transportation, power generation, and distribution systems. Integrating the ALSTOM MFAC14K1AA0001A into your control system enhances operational safety and system integrity through its robust design and precise signaling capabilities. The consistent performance of the ALSTOM MFAC14K1AA0001A makes it a trusted component for engineers seeking durable and accurate automation solutions.
For detailed specifications and procurement, please refer to the official product page: ALSTOM MFAC14K1AA0001A.
The ALSTOM CMP1838 TRVCO62345000 CP00005202 refers to a specific set of critical spare parts associated with the control and protection systems for Alstom (now GE Vernova) steam turbines, particularly within the Alspa series or other turbine management platforms. These part numbers typically correspond to specialized modules, sensors, or electronic assemblies responsible for functions like valve position control, speed governing, or sequencing logic. A key component in this group, such as the TRVCO62345000, is often a control card or servo amplifier for managing the Turbine Steam Control Valves, translating control signals into precise mechanical actuator movement. The reliable operation of the ALSTOM CMP1838 assembly is fundamental for safe and efficient turbine load control and overspeed protection. For comprehensive technical data and procurement, visit the official product page for the ALSTOM TRVCO62345000 control module. Ensuring the integrity of the ALSTOM CP00005202 and related components is a standard practice for maintaining the high availability and regulatory compliance of steam turbine-generator sets.
The ALSTOM MCTI40N1AB0751G is a high-performance, multi-channel thermocouple input module engineered for precision temperature measurement within Alstom’s (now GE Vernova) Mark VI and Mark VIe turbine control and protection systems. This critical I/O module is responsible for accurately converting the low-voltage signals from multiple thermocouple sensors installed on a turbine (e.g., measuring exhaust gas, bearing, or blade path temperatures) into digital data for the control processor. Designed for mission-critical reliability, the ALSTOM MCTI40N1AB0751G ensures the control system receives accurate thermal data to execute safe operating limits, efficient combustion control, and critical trip functions. Its robust design is essential for maintaining turbine health and preventing catastrophic failures. For detailed specifications and sourcing information, please visit the official product page for the ALSTOM MCTI40N1AB0751G thermocouple module. The integration of the ALSTOM MCTI40N1AB0751G into the control rack is a standard practice for comprehensive temperature monitoring in heavy-duty gas and steam turbines.
The ALSTOM MMLG01 is a specialized communication gateway module designed for use within Alstom’s (now part of GE Vernova) Mark VI and Mark VIe family of turbine control systems. This critical component functions as an interface between the high-speed, deterministic control network of the turbine and external plant systems or higher-level supervisory networks. The primary role of the ALSTOM MMLG01 module is to facilitate reliable data exchange for monitoring, data logging, and supervisory control, enabling plant-wide integration without interfering with the safety-critical real-time control loops. Engineered for robust operation in power generation environments, the ALSTOM MMLG01 is essential for modernizing and connecting legacy control systems. For comprehensive technical details and procurement options, please visit the official product page for the ALSTOM MMLG01 gateway module. The reliability of the ALSTOM MMLG01 makes it a cornerstone for achieving seamless plant communication architectures in critical infrastructure.
The ALSTOM N895609510K, N895609010R (E32OUT), and N895609100P are critical spare parts modules for PLC (Programmable Logic Controller) and automation systems, specifically designed for Alstom (now part of GE Vernova) Speedtronic Mark VI and Mark VIe turbine control systems. These modules are essential Input/Output (I/O) components, with the ALSTOM N895609010R E32OUT being a 32-channel discrete output module. They interface between the central controller and field devices such as solenoids, relays, and actuators, executing critical control commands. The robust design of the ALSTOM N895609510K and N895609100P ensures reliable operation in demanding industrial environments like power generation. For detailed specifications and procurement, visit the official source for the ALSTOM N895609010R E32OUT module. The ALSTOM N895609510K and associated modules are renowned for their precision and durability in turbine sequencing and protection logic.
The ALSTOM MVAJ21L1GB0771B is a highly specialized control and protection module from Alstom’s (now part of GE Grid Solutions) advanced product range for power systems automation. This unit is specifically part of the Vamp or Micomic series of arc flash detection and protection systems. The ALSTOM MVAJ21L1GB0771B functions as an arc flash sensor or interface module designed to detect the intense light from an electrical arc fault within switchgear, motor control centers (MCCs), or other enclosed electrical equipment. It plays a critical role in personnel safety and asset protection by providing a near-instantaneous trip signal to the circuit breaker, thereby clearing the fault before it can develop into a catastrophic explosion or fire. For facilities prioritizing electrical safety, the ALSTOM MVAJ21L1GB0771B (Product Link) is an essential component of a modern arc flash protection scheme. Its robust and specialized design makes the ALSTOM MVAJ21L1GB0771B a key element in safeguarding both infrastructure and personnel
The ALSTOM PIB101C is a specialized Plug-In Board from the legacy Alstom (now part of Hitachi Energy) product range, designed for use within their industrial control and protection systems. This module is a functional electronic card that serves a dedicated purpose within a larger host device, such as a MICOM P-series protection relay or other Alstom automation equipment. The ALSTOM PIB101C likely functions as an input/output (I/O) interface, communication processor, or a specialized measurement card, acting as a critical intermediary between the field wiring or network and the central processing unit of the host system. Its designation as a “PIB” (Plug-In Board) indicates its modular design for easy serviceability. For accurate technical specifications and application details, please consult the official resource page for the ALSTOM PIB101C. The role of the ALSTOM PIB101C is to ensure reliable signal acquisition, processing, or communication within robust power system automation architectures.
