GE 16, 17, 18 Inversion DES Poignées DE Porte Suite, Transfert de la butée de porte

Models: 16, 17, 18

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Instructions d’installation

5 INVERSION DES POIGNÉES DE PORTE (SUITE)

5.1Transfert de la poignée de porte du réfrigérateur (suite)

5.1.5Retirez le capuchon à l’avant de la porte et transférez-le du côté opposé.

Pour fixer la

Capuchonpoignée sur le côté opposé.

5.2Transfert de la butée de porte

5.2.1Déplacez la butée de porte métallique du côté droit au côté gauche.

Butée de porte

Côté gauche

5.2.2Déplacez toutes les vis du côté gauche au côté droit.

Côté droit

5.3Remise de la poignée de la porte du réfrigérateur

5.3.1Fixez la poignée au côté droit de la porte avec les vis sur le dessus et sous le capuchon de

la poignée.

5.3.2Remettez le capuchon

de la poignée.

5.4Transfert de la poignée de la porte du congélateur

5.4.1Enlevez la vis maintenant la poignée sur le dessus de la porte et les deux vis maintenant

la poignée sur le

Dessus

TOP

dessous de la porte.

 

 

Dessous

5.4.2 Enlevez la poignée.

5.4.3Enlevez la vis du côté supérieur droit de la porte et insérez-la dans le trou de la poignée sur le côté gauche.

5.4.4Transférez la butée de porte comme il est illustré à la page précédente.

5.4.5Fixez la poignée au côté droit de la porte avec les vis sur le dessus et le dessous, en utilisant les trous inférieurs laissés libres par l’enlèvement des vis de la butée

de porte.

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GE 16, 17, 18 Inversion DES Poignées DE Porte Suite, Transfert de la poignée de porte du réfrigérateur suite

16, 17, 18 specifications

GE, or General Electric, has long been a pioneer in the realm of scientific and technological advancement, especially in the sectors of power generation and aviation. Among its notable innovations are the GE 16, 17, and 18 series turbines, which showcase the company's commitment to efficiency, reliability, and performance.

The GE 16 series turbine represents a significant leap in gas turbine technology, designed specifically for the needs of combined cycle power plants. It incorporates advanced combustion technologies that enhance fuel efficiency while minimizing emissions. One of the stand-out features of the GE 16 is its advanced materials that can withstand higher temperatures, allowing for increased operational flexibility and efficiency. This turbine is also equipped with sophisticated digital control systems, enabling operators to optimize performance in real-time, ensuring that the power output is maximized.

With the GE 17 series, GE further raised the bar with notable enhancements in both performance and sustainability. The 17 series is targeted toward the renewable energy transition, designed for greater adaptability to fluctuating energy demands tied to wind and solar power. Key features include the integration of hybrid systems that enable fuel flexibility, allowing operators to switch between natural gas and other fuels based on availability and cost. The GE 17 series also employs advanced aerodynamic designs that reduce drag and improve overall efficiency, making it one of the preferred choices for modern power plants.

The GE 18 series showcases a culmination of GE’s research and development efforts, focusing heavily on digital innovation. This series takes advantage of the Industrial Internet of Things (IIoT) to provide predictive maintenance capabilities, which can significantly reduce downtime and increase operational efficiency. The GE 18 is built with an emphasis on modularity, allowing for easier upgrades and maintenance. This series also stands out for its exceptional operational reliability, ensuring that energy providers can meet consumer demands without interruption.

In summary, the GE 16, 17, and 18 turbines reflect GE's dedication to evolving energy technologies. Each series brings unique features and innovations to the table, ensuring efficiency, flexibility, and sustainability in power generation. Through continuous investment in research and development, GE remains at the forefront of the energy sector, helping integrate traditional and renewable energy sources to meet the world’s growing power needs.