Instrucciones para la instalación

CÓMO MOVER EL REFRIGERADOR (CONT.)

8REMUEVA LA PUERTA DEL REFRIGERADOR (cont.)

DLevante la puerta del refrigerador y libérela de bisagra del fondo.

Si el refrigerador tiene un centro para refrescar, una persona levanta lentamente la puerta del congelador y la libera de la bisagra del fondo, mientras una segunda persona, con cuidado, guia la línea de agua y la línea energética (alambrados) a través de la bisagra del fondo.

90°

Modelos con Centro para Refrescar solamente

EColoque la puerta en una superficie donde no se ralle con la parte interna hacia arriba.

9CÓMO REEMPLAZAR LAS PUERTAS

Para reemplazar las puertas simplemente de reversa a los pasos del 3 al 8.

Sin embargo, note lo siguiente:

Cuando se encuentre bajando las puertas hacia la bisagra del fondo, cerciórese de que una segunda persona guíe, con mucho cuidado, la tubería y el alambrado a través de los agujeros de las bisagras.

Cuando se encuentre conectando la línea de agua, cerciórese de insertar la tubería hasta el máximo indicado por la marca.

Marca

No pellizque la tubería o el alambrado mientras se encuentre remplazando las puertas en las bisagras del fondo.

Cuando se encuentre conectando la línea energética, (en los modelos con centro para refrescar solamente), cerciórese de que los conectadores están todos asentados juntos.

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GE 25 and 27 installation instructions Cómo Reemplazar LAS Puertas, Sin embargo, note lo siguiente

25 and 27 specifications

The GE 25 and 27 series represent a significant evolution in the realm of gas turbine technology, tailored for both industrial and power generation applications. These advanced turbines are well-regarded for their impressive efficiency, reliability, and adaptability to various operational needs.

The GE 25 engine, known for its robust design, is specifically engineered to deliver high performance in a compact footprint. It boasts a power output of approximately 25 megawatts, making it suitable for a variety of applications, including peak power generation and co-generation systems. Its features include advanced aerodynamics in the compressor section, ensuring optimal airflow and reduced pressure losses. The turbine also incorporates a sophisticated control system, enabling real-time adjustments that optimize performance while minimizing emissions.

In contrast, the GE 27 turbine achieves even greater power output, reaching up to 27 megawatts. This engine is designed with an emphasis on efficiency and reduced operational costs, making it an attractive choice for utility operators and industrial power plants. One of its key technologies includes the use of advanced materials in the turbine blades, which allow for higher operating temperatures and pressure ratios. This innovation translates to a significant boost in thermal efficiency, reducing fuel consumption and environmental impact.

Both the GE 25 and 27 utilize advanced diagnostic tools and monitoring systems. These technologies enable operators to track engine performance effectively, predicting maintenance needs and enhancing overall operational reliability. The inclusion of digital twin capabilities allows for real-time simulations that can identify potential inefficiencies before they develop into serious issues.

The modular design of these turbines facilitates quick maintenance and parts replacement, minimizing downtime and ensuring continuous power supply. Additionally, their versatility makes them suitable for a wide range of fuels, including natural gas, diesel, and even renewable biogas. This adaptability positions the GE 25 and 27 as forward-thinking solutions that align with the global push towards greener energy sources.

In summary, the GE 25 and 27 turbines exemplify modern gas turbine technology, merging high efficiency with innovative features. Their ability to perform under a variety of conditions while maintaining low emissions places them at the forefront of power generation advancements. As industries continue to seek reliable and sustainable energy solutions, the GE 25 and 27 stand as compelling options for both current and future power demands.