229G-4-32087-5 Datasheet/PDFCircuit breakers play an important role in power distribution systems, protecting them from problems such as shorts, voltage spikes, and overloads. The 229G-4-32087-5 is a specific type of circuit breaker intended for use in high-voltage power distribution panels. It is available in ratings from 300 to 2500 amps and is notable for its small form factor, high surge capacity, and adjustable setpoints.
Standards and Certification
The 229G-4-32087-5 is designed and manufactured to comply with UL 489 standards, as well as the IEC 60947-2 standard for low-voltage switchgear and controlgear. It has also been certified by CSA International for use in North America and is compliant with a broad range of regulatory standards.
Construction and Mechanical Characteristics
The 229G-4-32087-5 circuit breaker is enclosed in a rugged enclosure that is rated for temperatures from -40 to +70°C. It is also designed to be impact and vibration resistant. The internal components are arranged in two columns, allowing for additional configurations and flexible connections. The contacts are made of high-strength silver alloy for reliable, low-resistance operation.
Rating and Tripping Characteristics
The 229G-4-32087-5 is rated for a variety of voltages, with a maximum of 550V. The available current ratings range from 300 to 2500 amperes. It also features adjustable tripping characteristics, allowing the user to customize the thermal and short circuit tripping behavior. It also includes an adjustable instantaneous tripping range, allowing the user to set the tripping current.
Applications
The 229G-4-32087-5 is designed for use in high-voltage power distribution switchboards. It is suitable for use in both residential and industrial applications, as well as the telecom and electronics sectors. Its small form factor makes it especially well suited for smaller switchboards. Thanks to its adjustable settings and wide range of available ratings, the 229G-4-32087-5 is capable of safely meeting the diverse needs of a variety of applications.
Working Principle
The 229G-4-32087-5 circuit breaker utilizes a thermal-magnetic tripping mechanism, which is designed to detect and respond to both over-current and over-temperature events. When an over-temperature event occurs, such as an overload, the breaker trips using both thermal and magnetic principles. The breaker uses a bimetallic strip, which is heated by the current and expands, allowing it to trip the circuit. It also uses magnets to detect severe overloads and respond by tripping the circuit almost instantaneously.
Conclusion
The 229G-4-32087-5 circuit breaker is designed for use in high-voltage power distribution switchboards. It is rated for voltages up to 550V, and current ratings from 300 to 2500 amps. Its small size and adjustable settings make it suitable for a wide range of applications. Its thermal-magnetic tripping mechanism uses a bi-metallic strip and magnets to detect and respond to over-current and over-temperature events.