C5A1P

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circuit breakers are essential safety components in any electrical system. Their primary responsibility is to interrupt current flow when an overload condition occurs, thereby protecting the user from potential harm. A C5A1P is a type of circuit breaker used in both transformers and transmission networks for industrial applications. This article will discuss the application field of C5A1P circuit breakers, as well as their working principles.

The C5A1P is a medium voltage power circuit breaker designed with a molded case, intended for the protection of low and medium voltage controlled networks. It is designed to be applied at a 18-36 KV range and up to 2,000 Amps current. The molded case allows for a highly reliable and economical design and provides a degree of safety should the breakers come into contact with water or debris. The C5A1P is also designed with a manual-reset feature, allowing the user to reset the breaker locally.

The application field of C5A1P circuit breakers include power, industrial and distribution networks. These breakers are ideally used where an uninterrupted power flow is essential, such as hospitals, data clinics and other mission critical applications. Additionally, its medium voltage protection is beneficial for power plants and remote power networks, such as offshore oil and gas platforms. C5A1P circuit breakers are also used in the transmission networks of larger industrial plants, as well as medium voltage networks in industrial complexes, airports and shipping yards.

The working principle of the C5A1P is based on the current flow within the circuit and the effect it has on the circuit breaker. When the current flow exceeds a certain limit, the circuit breaker trips and interrupts the power flow, thus protecting the rest of the electrical system. A circuit breaker’s trip limit is determined by its design and the medium voltage rating at which it’s used. Generally, the trip limit is determined by the amount of current that flows through the breaker when an overload is detected.

The mechanism of a C5A1P circuit breaker is designed so that the current that flows through it will cause the breaker to trip in the event of an overload. The trip limit is determined based on the amount of current that passes through the breaker when the overload is detected. This current is then compared to the breaker’s trip limit, which is set by the manufacturer, and the breaker will trip if the current exceeds this limit. The breaker’s trip mechanism can also be adjusted by the user in order to change the trip limit, increasing or decreasing the sensitivity of the breaker.

C5A1P circuit breakers are an important safety component in any electrical system and provide essential protection from potential hazards. Their application field includes power, industrial and distribution networks, as well as mission critical areas such as hospitals and oil platforms. The working principle behind a C5A1P circuit breaker is based on the current flow that trips the breaker in the event of an overload. The mechanism is designed so that the breaker will trip if the amount of current that passes through it exceeds its predetermined trip limit.

The specific data is subject to PDF, and the above content is for reference