UPGNF6-35458-15 Circuit Protection

Circuit breakers are safety devices built into the electronic circuits of most appliances. They are used to protect electrical wiring from overheating or short-circuiting. The UPGNF6-35458-15 is a type of circuit breaker designed to protect sensitive, or mission-critical components in applications such as industrial machines, renewable energy, and data centers. This article will discuss the application field of the UPGNF6-35458-15 and the underlying working principle.

Application Field

The UPGNF6-35458-15 is widely used in machine control and power electronics, for protection tasks relating to AC motors, DC motors, and power supply systems. Its unique design provides precise control of the overload current, thanks to its highly reliable overcurrent shut-off characteristics. Some of the main devices which use the breaker include computers, electronic control systems, hydraulics, and programmable logic controllers (PLCs).

The following list shows the areas of application which the breaker is suited for:

• Industrial automation & control
• Power supplies
• Robotic systems
• Electrical & digital control systems
• Industrial communication networks
• Data centers & cloud computing

The UPGNF6-35458-15 is also widely used in renewable energy systems, such as wind turbines, and solar power systems, providing protection against faults, surges, and overloads in these sensitive applications. The high corrosion resistance of the UPGNF6-35458-15 and its ability to work in a wide range of temperatures make it an ideal choice for outdoor applications in all kinds of weather.

Working Principle

The UPGNF6-35458-15 circuit breaker is built around a series of solid-state components for fault protection. It is designed to detect any current that is greater than the preset cutoff value and automatically trip the device once that current is detected. This helps to prevent any further damage to the circuit itself or any connected components, and also reduces the risk of an electrical fire.

The output of the breaker is a voltage-free contact. When the circuit breaker is switched on, the current flows through the sensing coil, and if the current is greater than the preset cutoff value, the current will induce a magnetic field, which will actuate the switch. This will then close the output contact and trip the breaker.

The UPGNF6-35458-15 circuit breaker is highly reliable and features an adjustable current cut-off value, making it an ideal choice for safety applications. The fast response time of the breaker also makes it suitable for applications that require a high degree of protection. It is also CE and UL approved, making it a safe and reliable choice.

Conclusion

The UPGNF6-35458-15 circuit breaker is designed to provide fault protection to a wide range of applications, such as industrial machines, renewable energy, and data centers. It is built around a series of solid-state components and has a high degree of reliability. The adjustable current cut-off value, fast response time, and CE & UL approval make the breaker an ideal choice for a variety of safety applications.