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GE CPCI RACK 336A4940CTP1 CompactPCI Rack for Mark V Gas Turbine Control Systems with 100mm Width and 330mm Length
| Luogo di origine | U.S.A. |
|---|---|
| Marca | GE |
| Certificazione | COO |
| Numero di modello | 336A4940CTP1 |
| Quantità di ordine minimo | 1 |
| Prezzo | $1000 |
| Tempi di consegna | 5-7 giorni |
| Termini di pagamento | T/t |
| Capacità di alimentazione | 999 |
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xDettagli
| Nome | Parti di ricambio a turbina a gas GE CPCI Rack 336A4940CTP1 | ID prodotto | 336A4940CTP1 |
|---|---|---|---|
| Serie | Mark v | Larghezza della rete del prodotto | 100 mm |
| Profondità/lunghezza della rete del prodotto | 330 mm | Altezza netta del prodotto | 200 mm |
| Peso netto del prodotto | 2 kg | Garanzia | 1 anno |
| Evidenziare | 336A4940CTP1 CPCI RACK,100mm Width CompactPCI Rack,330mm Length GE Turbine Control Rack |
||
Descrizione di prodotto
GE Gas Turbine Spare Parts CPCI RACK 336A4940CTP1
Product Description:
The GE CPCI RACK 336A4940CTP1 is a specialized CompactPCI (CPCI) rack designed as a critical spare part for GE gas turbine control systems—primarily integrated into Speedtronic platforms that govern the operation of gas turbines in power generation, oil and gas, and industrial cogeneration applications. As a foundational hardware infrastructure component, its core role is to provide a standardized, ruggedized enclosure for mounting and interconnecting CPCI-compliant modules that drive gas turbine control functions, including speed regulation, fuel flow management, combustion optimization, and safety shutdown protocols.
Built to align with the CPCI industrial standard, the rack ensures mechanical compatibility and electrical connectivity for GE’s proprietary CPCI modules, as well as third-party CPCI-compliant components. It features a rigid, aluminum or steel frame engineered to withstand the harsh operating conditions typical of gas turbine environments: wide temperature fluctuations, high vibration, and resistance to dust, moisture, and electromagnetic interference (EMI). This durability is critical for maintaining uninterrupted control system performance, as gas turbine downtime can lead to significant productivity losses and revenue impacts.
A key design feature of the 336A4940CTP1 is its modular, slot-based architecture. It includes a fixed number of CPCI slots with standardized pin connectors that enable hot-swapping of modules in some cases. The rack also integrates a backplane with high-speed data buses that facilitate fast, reliable communication between mounted modules, ensuring real-time data transfer for time-sensitive control tasks.
To support system safety and reliability, the rack incorporates redundant power distribution capabilities. It can accommodate dual or triple power supply modules, with built-in load balancing and failover mechanisms that ensure continuous power delivery to critical modules even if one power supply fails. Additionally, the rack includes cooling provisions--to manage heat generated by high-performance modules, preventing overheating and component degradation. Cable management features are also integrated to organize wiring for power, data, and I/O connections, reducing the risk of accidental disconnections or signal interference.
In practical gas turbine operations, the CPCI RACK 336A4940CTP1 serves as the “backbone” of the control system. It houses modules that process sensor data, execute control algorithms, and send command signals to actuators. By providing a stable, interconnected platform for these components, the rack ensures that the control system responds accurately to dynamic operating conditions—optimizing turbine efficiency, reducing emissions, and upholding safety protocols. As a spare part, it is essential for maintaining control system integrity, enabling rapid recovery from hardware failures and ensuring long-term, reliable gas turbine operation.
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