Instrucciones DE Montaje Y Cableado

NOTA: Underwriters Laboratories (U.L.) no requiere que todos los artefactos tengan cables de tierra. Estos artefactos cumplen con todas las especificaciones U.L.

1.Desconecte el suministro eléctrico en la caja de fusibles para evitar la posibilidad de descarga eléctrica.

2.Enrosque los tornillos de montaje (A) en la barra transversal (B) (vea la figura 1).

3.Fije la barra transversal (B) a la caja de embutir (C) con los tornillos correspondi entes (D) (no incluidos).

NOTA: Los tornillos de montaje deben estar nivelados para que al colgarlo, el artefacto quede derecho.

4.Identifique el color de los cables de su artefacto (vea la figura 2 en la página 11).

5.Para conectar los cables, tome el cable negro del artefacto (grupo A de la fig. 2) y colóquelo uniformemente contra el cable negro de la caja de embutir. No retuerza los cables.

6.Coloque un conector de rosca (E de la fig. 1) sobre los cables y enrósquelo hasta que lo sienta firme. Si el conector de rosca (E) se desprende fácilmente, vuelva a ajustar el conector (E) y compruebe una vez más que la conexión esté firme (vea la figura 1).

7.Repita los pasos 5 y 6 para conectar el cable blanco del artefacto (grupo B de la fig. 2) y los cables de la caja de embutir.

8.Enrosque parcialmente el tornillo verde de tierra (F) en el orificio lateral (G) de la barra transversal (B) (vea la fig. 1).

9.Enrolle el cable de tierra del artefacto y el cable de tierra de la caja de embutir (de metal o con forro verde) (C) en el tornillo verde de tierra (F) que está en la barra transversal (B).

10.Ajuste el tornillo verde de tierra (F). No los apriete demasiado.

11.Introduzca los cables dentro de la caja de embutir (C).

INSTRUCCIONES DE MONTAJE DEL ARTEFACTO

1.Coloque la placa posterior (H) sobre los tornillos de montaje (A) (vea la figura 1).

2.Asegúirela en su lugar con las tuercas tapa (I).

3.Instale la(s) lámpara (s). No exceda el vataje recommendo.

4.Asegure la pantalla de vidrio (J) en el soporte con los tornillos de mariposa (K).

5.Conecte nuevamente el suministro eléctrico en la caja de fusibles.

W-015 specifications

The Westinghouse W-015 is a notable advancement in the realm of nuclear power technology, designed to cater to the growing energy demands while ensuring safety and efficiency. As a pressurized water reactor (PWR), the W-015 integrates a range of modern features that highlight its commitment to operational performance and safety.

One of the standout characteristics of the Westinghouse W-015 is its modular design. This architecture allows for easier construction and scalability, making it ideal for diverse settings ranging from urban centers to remote locations. The modular components facilitate a reduction in construction time and costs, thereby enhancing the feasibility of nuclear energy as a viable alternative to fossil fuels.

The W-015 leverages advanced fuel technology, employing a mix of conventional and novel fuel cycles to optimize efficiency and minimize waste. Its fuel assemblies are designed for prolonged operational life, resulting in longer intervals between refueling outages. This not only maximizes the reactor's availability but also contributes to more sustainable energy production practices.

Safety is paramount in the design of the W-015. It comes equipped with a comprehensive array of passive safety systems that operate without the need for active controls or operator intervention. These systems are designed to function in emergency scenarios, effectively managing heat removal and maintaining core cooling through gravity-driven mechanisms. Such features significantly enhance the reliability of the reactor, reassuring operators and regulatory bodies alike.

The Westinghouse W-015 also incorporates sophisticated digital instrumentation and control systems. These cutting-edge technologies provide real-time monitoring and analysis of reactor conditions, facilitating proactive management of operations. The human-machine interface is user-friendly, ensuring that plant operators can efficiently respond to any changes in reactor status.

In addition, the W-015 is built with stringent adherence to environmental standards, utilizing advanced containment structures to minimize emissions and environmental impact. The reactor's design also emphasizes the use of lower enriched fuels, which lessens proliferation risks and maximizes the effectiveness of resource utilization.

Overall, the Westinghouse W-015 epitomizes the future of nuclear energy, blending safety, efficiency, and environmental responsibility into a single advanced reactor model. Its innovative technologies and thoughtful design principles position it as a leader in the push for sustainable energy solutions. As the global community continues to explore cleaner energy sources, the W-015 stands poised to play a vital role in the evolution of nuclear power.