"Busbar" Example Sentences
1. The electrical system in this building uses a single busbar.
2. The busbar is located behind the electrical panel.
3. The busbar is responsible for conducting electrical current.
4. The busbar must be properly insulated to avoid electrical shock.
5. Damage to the busbar can cause power outages.
6. The busbar is typically made of copper or aluminum.
7. The length of the busbar determines its electrical capacity.
8. The busbar is an integral part of the electrical distribution system.
9. The busbar connects the main circuit breaker to the individual breakers.
10. High-quality busbars are essential for reliable electrical systems.
11. The busbar is designed to handle high levels of current.
12. The busbar is anchored to the electrical panel with screws.
13. Proper grounding is essential for the safety of the busbar.
14. The busbar provides a common connection point for electrical circuits.
15. A faulty busbar can cause damage to electrical equipment.
16. Busbars must be regularly inspected and maintained.
17. The busbar is insulated with a special polymer coating.
18. Copper busbars are more common than aluminum ones.
19. Busbars can be custom-made to fit specific electrical systems.
20. The busbar is attached to the electrical panel with brass bolts.
21. The electrical capacity of the busbar is determined by its cross-sectional area.
22. The busbar is responsible for distributing power to different circuits.
23. Properly designed busbars can reduce energy loss in electrical systems.
24. The busbar system must be designed to handle the maximum possible electrical load.
25. A fault in the busbar can cause a short circuit.
26. The busbar must be inspected for signs of corrosion.
27. Stainless steel busbars are used in some specialized applications.
28. The busbar is protected by a circuit breaker in case of overload.
29. The busbar is the backbone of an electrical power distribution system.
30. The busbar is one of the most critical components of an electrical system.
Common Phases
1. The
busbar is the primary conductor used in electrical power distribution;
2. The
busbar helps to provide a continuous electrical connection between various components;
3. The
busbar is designed to efficiently conduct large currents over short distances;
4. A faulty
busbar can cause electrical arcing and damage to equipment;
5.
Busbars are commonly made of copper or aluminum due to their high conductivity;
6. The shape and size of the
busbar should be carefully chosen to limit losses due to resistance;
7.
Busbars are often enclosed in protective insulation to prevent accidental contact;
8. The use of
busbars allows for more compact and efficient electrical systems;
9.
Busbars are frequently used in switchgear, power transformers, and other electrical equipment;
10. Proper maintenance and inspection of
busbars is critical to ensure safe and reliable operation.