HD 80A-es újrahúzó megszakító

The primary function of this BEP HD 80A thermal circuit breaker is to protect marine electrical circuits against overcurrents and short circuits. It automatically interrupts the current flow in case of overload to prevent damage to equipment and cables.

This circuit breaker has a rated capacity of 80 amperes (80A), making it suitable for protecting high-power electrical circuits.

This circuit breaker is equipped with manual reset (Switchable Reset). In case of overload, it trips and the circuit is interrupted. To restore power, the circuit breaker must be manually reactivated after identifying and resolving the cause of the overload.

The main difference is that a thermal circuit breaker can be manually reset after tripping, unlike a fuse, which must be replaced once it has blown. This provides a major operational advantage by allowing quick restoration of the circuit without requiring a replacement part.

This circuit breaker is ideal for securing high loads in marine environments, such as windlasses, bow thrusters, charging circuits, or other high-power electrical equipment.

This circuit breaker is designed for surface mounting (Surface Mount). It is fixed directly onto a wall or panel.

Yes, this circuit breaker is specifically designed for demanding marine environments. Its robustness (Heavy Duty) and design make it reliable for use at sea.

This circuit breaker is manufactured by the BEP brand.

The main advantage of a manually resettable circuit breaker is the ability to quickly restore the circuit after a trip, without having to replace a component. This allows for faster service restoration and reduces the need to carry spare fuses.

Yes, this circuit breaker is classified as a 'Heavy Duty' (HD) component, indicating a robust and durable design suitable for demanding applications.

Circuit breakers of this type are generally compatible with standard 12V and 24V marine electrical systems. To confirm the maximum supported voltage, it is recommended to consult the product's full technical specifications.

For wiring, it is essential to comply with current marine electrical standards and use cables with an appropriate cross-section to handle 80 amperes to prevent overheating. Connections must be clean, secure, and insulated. It is recommended to consult a professional if you are unsure about the procedure.

Yes, a manually resettable circuit breaker like this one can serve as the main switch for a circuit or piece of equipment. It allows manual activation or deactivation of power in addition to its overload protection function.

The lifespan of a BEP HD 80A circuit breaker is designed to be long due to its robust construction and resistance to marine environments. However, it will depend on usage conditions, the frequency of tripping, and the overall maintenance of the electrical system.

The exact contents of the package may vary. Surface-mounted circuit breakers are generally delivered without specific screws, as the type of screw will depend on the mounting material. It is advisable to check the detailed product description or the manual to confirm the included accessories.

After a trip due to an overload, you must first identify and resolve the cause of the issue. Once the cause is eliminated, the circuit breaker can be reset by operating its lever or reset button, depending on its specific design. It will then return to the 'ON' position and restore power.

Thermal protection is essential as it safeguards circuits against prolonged overloads. It detects heat buildup caused by excessive current and trips the circuit breaker before cables or equipment are damaged by overheating.

Yes, this product, like most BEP equipment, is generally covered by the manufacturer's standard warranty. To know the specific terms and conditions, it is recommended to consult the manufacturer's warranty policy or your dealer.

To ensure this 80A circuit breaker is suitable, you must calculate the maximum consumption of the circuit or equipment it will protect. The circuit breaker must have a rating slightly higher than normal consumption, but lower than the maximum capacity of the cables and equipment to ensure effective protection and compliance with safety standards.