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ON

Elemento de superficie simple

Para encender un elemento de

OFF

 

superficie simple:

 

Presione la tecla ON/OFF, y luego

OR

presione la tecla (+)/(-).

 

 

Utilice la tecla (+)/(-)para establecer

 

el ajuste de potencia deseado. El

 

control emitirá un sonido cada vez

 

que usted presione una tecla.

Para apagar un elemento de superficie simple, presione la tecla ON/OFF nuevamente.

Seguridad

ON

OFF

OR

Elemento de superficie doble

El elemento de superficie doble tiene un sensor de tamaño de cacerola que ajustará de manera automática el elemento de superficie pequeño o grande según el tamaño de su cacerola (consulte la sección Cómo usar la función Tamaño de cacerola). Para anular el sensor automático de tamaño de cacerola y seleccionar el elemento de superficie pequeño o grande:

SIZE SELECT

Presione la tecla ON/OFF del elemento de superficie doble.

Utilice la tecla (+)/(-)para establecer el ajuste de potencia deseado.

Presione la tecla SIZE SELECT (seleccionar tamaño) para encender el elemento de superficie grande. Presione la tecla nuevamente para encender el elemento de superficie pequeño.

Cuando la luz indicadora junto a la tecla SIZE SELECT (seleccionar tamaño) está encendida, el elemento de superficie grande está encendido. Cuando está apagada, el elemento de superficie pequeño está encendido.

Para apagar el elemento de superficie doble, presione la tecla ON/OFF.

Operación

Cuidado y limpieza Solucionar problemas Soporte al consumidor

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GE PP980, PP950 owner manual Elemento de superficie simple, Elemento de superficie doble

PP980, PP950 specifications

The GE PP950 and PP980 are high-efficiency gas turbine models that exemplify General Electric's commitment to innovation in energy production. These turbines are designed to meet the increasing demand for reliable and sustainable power generation, catering to a variety of applications including base load and peaking power.

One of the standout features of the PP950 and PP980 turbines is their advanced aerodynamics and combustion technologies. These turbines utilize an innovative combustion system that allows for lower emissions while maximizing fuel efficiency. The turbines are engineered to operate on a variety of fuels, including natural gas and liquid fuels, providing operators with flexibility in fuel choice and enhanced operational resiliency.

In terms of performance, the PP950 and PP980 turbines boast impressive power output capabilities, with the PP980 capable of generating over 300 megawatts of electricity. This makes them suitable for large-scale energy projects, as well as for integration into cogeneration and combined cycle power plants. The turbines are designed for rapid startup, enabling them to respond quickly to fluctuations in power demand, which is critical for grid stability.

Another significant characteristic of these turbines is their modular design, which facilitates easier maintenance and reduced downtime. The use of advanced materials and manufacturing techniques not only enhances the durability of the components but also contributes to better operational performance. This ensures that the turbines maintain high reliability throughout their operational lifespan.

The GE PP950 and PP980 are also equipped with sophisticated control systems that optimize their performance in real-time, adapting to changing load requirements and grid conditions. These control systems enhance the turbines’ overall operational efficiency and reliability, allowing for more predictable energy output.

Additionally, GE has incorporated digital solutions into the monitoring and management of these gas turbines, including predictive maintenance tools that analyze performance data. This proactive approach helps plant operators minimize unplanned outages, ultimately leading to greater cost savings and improved asset management.

In conclusion, the GE PP950 and PP980 gas turbines represent a fusion of cutting-edge technology and robust engineering. With their high efficiency, low emissions, and adaptability to different fuel sources, they are well-suited to meet the evolving needs of the global energy landscape. As power generation continues to shift toward cleaner and more efficient solutions, these models stand out as reliable and advanced choices for energy producers.