Instrucciones de instalación

3NIVELAR

•Utilice una llave inglesa para girar las patas de nivelado y elevar o bajar el producto.

•Ajuste con cuidado; el producto debe estar nivelado y de acuerdo con los muebles, y debe alinearse con la altura de los huecos para pies adyacentes.

Girar a la derecha para bajar

Girar a la izquierda para elevar

Si omitió el paso 2:

•Seleccione el cubrebisagras marcado con una “R” (derecha) o “L” (izquierda), según la dirección de la puerta.

•Quite la cinta adhesiva del cubrebisagras decorativo. Presione y colóquelo en su posición.

4CONECTAR LA ALIMENTACIÓN

•Conecte el cable de alimentación a un receptáculo correctamente conectado a tierra.

•Asegúrese de que la alimentación esté activada abriendo la puerta para ver si la luz interior se enciende.

5DESLIZAR EL PRODUCTO HACIA EL HUECO

•Deslice con cuidado la unidad hacia la apertura. Tenga la precaución de no enredarse con el cable.

•Asegúrese de que la puerta sobresale 2,5 cm (1″) por delante de los muebles adyacentes.

•Compruebe nuevamente que la unidad esté nivelada.

6DEFINIR CONTROLES DE TEMPERATURA

•Los controles de temperatura están predefinidos. Consulte la sección Control de temperatura para obtener más información. Espere 24 horas hasta que la temperatura se estabilice.

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GE 49-60451 Nivelar, Conectar LA Alimentación, Deslizar EL Producto Hacia EL Hueco, Definir Controles DE Temperatura
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197D7188P001, 49-60451 specifications

The GE 49-60451, also known as 197D7188P001, is a vital component within the domain of gas turbine technology, primarily utilized in the aerospace industry. Designed to optimize engine performance and enhance reliability, this model represents the cutting-edge advancements in aircraft propulsion systems.

One of the key features of the GE 49-60451 is its superior materials engineering. It incorporates high-temperature alloys and advanced composite materials that withstand the extreme conditions encountered during flight. This ensures durability and longevity, enabling the turbine to operate efficiently over extended periods, while resisting thermal fatigue and corrosion.

The technology behind the GE 49-60451 revolves around innovative aerodynamics. The design utilizes advanced computational fluid dynamics (CFD) simulations, allowing for the optimization of airflow through the turbine stages. This results in improved thrust-to-weight ratios and enhanced fuel efficiency, which are critical factors in modern aviation where cost-effectiveness is paramount.

Another notable characteristic of the GE 49-60451 is its modular design. This allows for easier maintenance and faster turnaround times in aircraft servicing. The modular approach not only facilitates efficient diagnostics and repairs but also aids in the rapid replacement of components, reducing downtime and enhancing operational availability.

Additionally, the integration of digital technologies is a significant aspect of the GE 49-60451. With the advent of the Internet of Things (IoT), this model is equipped with advanced sensors that monitor various operational parameters in real time. This data is vital for predictive maintenance, enabling operators to preemptively address issues before they escalate, thereby ensuring safer and more reliable flights.

The GE 49-60451 also adheres to stringent environmental standards. Its design emphasizes reduced emissions and lower noise levels, aligning with global initiatives to make aviation more sustainable. The combination of these features contributes to less environmental impact, meeting the needs of modern regulatory frameworks.

In conclusion, the GE 49-60451, or 197D7188P001, stands out for its exceptional engineering, cutting-edge technology, and commitment to sustainability. Its high-performance capabilities make it an indispensable component in the future of aviation propulsion systems, ensuring that operators benefit from both efficiency and reliability while minimizing their environmental footprint.
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