Mounting and Wiring Instructions

NOTE: Underwriters Laboratories (UL) does not require all fixtures to have ground wires. These fixtures meet all UL specifications.

1.Turn off power at circuit box to avoid possible electric shock.

2.Thread mounting screws (A) into mounting bar (B) (see fig. 1) approximately 1/4 inch.

3.Secure mounting bar (B) to outlet box (C) with outlet box screws (D) (not included).

4.To connect wires, take black fixture wire (group A from fig. 2 on page 11) and place evenly against black outlet box wire. Do not twist wires.

5.Fit wire connector (E from fig. 1) over wires and twist until there is a firm connection. If wire connector (E) easily comes off, reattach wire connector (E) and check again for a firm connection (see figure 1).

6.Repeat steps 4 and 5 with the white (group B from fig. 2) fixture wire and outlet box wires.

7.Partially thread green grounding screw (F) into side hole (G) on mounting bar (B) (see fig. 1).

8.Wrap ground wire from fixture around green grounding screw (F), leaving enough excess wire to then connect ground wire and outlet box wire with wire connector (E) (if applicable).

9.Tighten green grounding screw (F). Do not over tighten.

10.Tuckwires inside outlet box (C).

FIXTURE ASSEMBLY INSTRUCTIONS

Warning: This fixture is for indoor use only.

1.Raise canopy (H) to ceiling allowing mounting screws (A) to protrude through key slots (I) in canopy (H) (see fig. 1).

2.Rotate canopy (H) clockwise until mounting screws (A) lock into narrow portion of key slots (I).

3.Install lamp(s). Do not exceed recommended wattage.

4.Raise glass shade (J) to canopy (H) allowing nipple (K) to protrude through opening.

5.Carefully support glass shade (J) while securing washer (L) and finial (M) to nipple (K).

6.Turn power back on at circuit box.

W-145 specifications

The Westinghouse W-145 is a notable product in the realm of nuclear technology, specifically designed to represent advancements in the field of pressurized water reactor (PWR) designs. This reactor has been developed to offer enhanced safety, efficiency, and operational reliability, making it an essential component for modern power generation.

One of the main features of the W-145 is its robust design that prioritizes safety. The reactor incorporates a double containment structure, which provides a significant barrier against the release of radioactive materials. This feature is critical in ensuring that, in the unlikely event of an incident, the environment and public safety are safeguarded. Additionally, the reactor is equipped with advanced emergency cooling systems, which can maintain core integrity even during unexpected scenarios.

The W-145 uses a unique fuel management strategy that optimizes fuel use and enhances the economic viability of the power plant. The reactor is designed to accommodate a diverse range of fuel types, including low-enriched uranium, which allows for flexibility in fuel sourcing and helps minimize operational costs. Its fuel cycle efficiency is further complemented by advanced online monitoring systems that provide real-time data on reactor performance and fuel utilization.

In terms of technology, the Westinghouse W-145 boasts sophisticated digital control systems that facilitate seamless operation and monitoring of the reactor. These systems allow for more precise regulation and control, resulting in improved response times to any operational anomalies. The adoption of digital technology also means that predictive maintenance can be performed, reducing downtime and ensuring a more reliable power supply.

Operational efficiency is another critical characteristic of the W-145. The reactor is designed to achieve high thermal efficiency, translating to lower fuel consumption and reduced greenhouse gas emissions during electricity generation. It operates at a higher thermal output while ensuring that environmental impact is minimized through robust waste management practices and sustainable operational strategies.

In summary, the Westinghouse W-145 is a state-of-the-art pressurized water reactor that combines advanced safety features, efficient fuel management, and innovative technology. Its design reflects a commitment to sustainable energy production, positioning it as a leading choice for future nuclear power applications. The W-145 exemplifies the strides made in the nuclear industry towards safer and more efficient energy solutions, contributing significantly to the quest for clean energy.