Devre Kesiciler

Circuit breakers are resettable protective devices that automatically stop electrical flow when a circuit becomes overloaded, shorted, or otherwise unsafe. They help protect wiring, components, and systems from damage while reducing the risk of overheating and fire. Unlike fuses, circuit breakers can be reset after the fault is cleared, making them a reliable and reusable solution for circuit protection across a wide range of applications.

Common Applications:

• Residential & consumer systems — load centers, appliances, and branch circuits
• Commercial infrastructure — lighting, HVAC, and building distribution panels
• Industrial equipment — motor protection, control panels, and automation systems
• Power distribution — switchgear, panelboards, and feeder circuits
• Energy systems — solar installations, battery storage, and backup generators

How to Choose a Circuit Breaker:

• Current (Amperage) Rating — align with circuit load and conductor size
• Voltage Rating — ensure compatibility with system voltage (AC or DC)
• Interrupting Capacity (kAIC) — match to the available fault current
• Trip Characteristics — select the appropriate curve for your load (e.g., fast trip vs. motor-friendly delay)
• Poles & Mounting Type — choose the correct configuration for your system and panel