GE 840085000, 106701 manual Partes y características

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Impulsador de la tostada

Partes y características

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Ranuras de doble ancho con guías para el pan

Botón de parada* – Oprima el botón de parada para detener el tostado y hacer salir el pan.

Selector de rosquilla/tostada*–

El selector de rosquilla/tostada con- trola el tiempo necesario para tostar rosquillas o pan. La marca para rosquillas extiende el tiempo de tostado para permitir que las rosquillas se tuesten en un ciclo.

Selector del grado de tostado – El selector del grado de tostado varía desde ligera- mente tostado (marca 1 a 3) hasta bien tostado (marca 8 a 10). Ajuste a la marca deseada antes del primer uso.

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5Bandeja deslizante para migajas

6Elevador del pan/ Impulsador de la tostada – Empuje hacia abajo el elevador del pan para encender la tostadora. El elevador del pan puede ser levantado para detener el tostado durante un ciclo. Para levantarlo, coloque su dedo índice debajo del elevador y el pulgar en el borde superior de la tostadora directamente sobre el elevador. Levante firmemente.

Al final de un ciclo de tostado, levante el elevador del pan para impul- sar la tostada o

para alcanzar pedazos pequeños de pan.

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Selector del

Selector de

grado de tostado

rosquilla/

 

tostada

*Esta característica la tienen ciertos modelos.

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Contents Toaster Tostadora Parts and Features Extra-Wide Slots with Bread GuidesHow to Toast Tips and TroubleshootingCleaning Toasting ChartCustomer Service Two-Year Limited Warranty How do you make a warranty claim?Partes y características Importantes Medidas DE Seguridad Sugerencias y diagnóstico de problemas Cómo tostarAsistencia al cliente LimpiezaGuía de tostada Garantía limitada de dos años¿Cómo hacer un reclamo bajo garantía?

106701, 840085000 specifications

The GE 106701,840085000 is an advanced gas turbine engine designed for high-efficiency performance in various industrial applications, particularly in power generation and propulsion systems. This engine is a product of General Electric’s long-standing expertise in turbine technology and represents a significant step forward in energy efficiency and reliability.

One of the main features of the GE 106701,840085000 is its ability to operate at high temperatures, which directly contributes to its efficiency. The materials used in the construction of the turbine are carefully selected to withstand extreme thermal conditions, enabling the engine to maintain peak performance while minimizing emissions. The engine is designed to achieve higher thermal efficiency compared to traditional models, ensuring that it generates more power with less fuel, which is crucial in today’s energy-centric landscape.

In terms of technologies, the GE 106701,840085000 integrates advanced aerodynamics and sophisticated control systems. The aerodynamic design of the turbine blades is optimized to enhance airflow and reduce drag, leading to improved performance and fuel efficiency. Additionally, the engine incorporates digital control technologies that allow for real-time monitoring and management of operational parameters, ensuring optimal performance and rapid response to changing conditions.

The characteristics of the GE 106701,840085000 also include a robust and durable construction, designed to withstand the rigors of continuous operation in demanding environments. It features modular components that allow for easier maintenance and lower downtime, contributing to overall operational efficiency. The engine is also equipped with advanced diagnostics systems, enabling predictive maintenance that helps prevent failures before they occur.

Furthermore, the GE 106701,840085000 supports various fuel types, making it a versatile choice for different applications. This adaptability, combined with its high efficiency and low emissions profile, makes the engine suitable for a range of industries, from utilities to maritime applications.

In conclusion, the GE 106701,840085000 stands out as a cutting-edge gas turbine engine that combines advanced technologies with robust performance characteristics. Its emphasis on efficiency, reliability, and flexibility makes it a key player in the evolution of modern energy solutions, paving the way for a more sustainable and efficient future in power generation.