UPG1-1REC2-6736-1 Circuit Protection

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Circuit breakers are essential components to many electrical work and provide both protection from electrical surges and switching capabilities to quickly power down electrical systems. The UPG1-1REC2-6736-1 circuit breaker is one such device that is well-suited for industrial applications. This article will cover its application fields and working principle.

Application Field

The UPG1-1REC2-6736-1 circuit breaker can be used in industrial applications such as renewable energy systems, electrical distribution networks, and a variety of industrial appliances. This breaker can handle a wide range of input voltages between 650V and 1000V and is able to switch up to 1000A of current. The breaker also features integrated lockout capabilities and an adjustable sensitivity level to ensure that it will trip in order to protect the system from electrical surges or overloads.

It also features a wide operating temperature range of -40°C to 70°C and is capable of operating in conditions that feature high levels of dust, humidity, or vibration. The housing of the breaker is made from a sturdy material and designed to be resistant against corrosion, making it suitable for marine and other non-traditional industrial applications. The UPG1-1REC2-6736-1 circuit breaker is an ideal choice for industrial applications that require a reliable, high-quality switching component.

Working Principle

The UPG1-1REC2-6736-1 circuit breaker utilizes a thermal-magnetic tripping mechanism in order to protect the system from an overload or overvoltage. When the current through the breaker reaches a predetermined level, the tripping mechanism will trigger and the breaker will disconnect the power flow. The tripping mechanism consists of two parts, a thermal element and a magnetic element. The thermal element is sensitive to even small changes in temperature, such as those resulting from a sudden surge in current. The magnetic element is responsive to rapid increases in current, allowing the breaker to detect and act on dangerous overloads before much damage can be done to the system. Once the breaker has tripped, it can be reset manually or with an automated system.

The exact design of the UPG1-1REC2-6736-1 circuit breaker will vary depending on the system to which it is connected. However, each design must still adhere to the same basic principles. In addition to providing protection against overloads and overvoltages, the breaker must also be capable of providing reliable switching at the necessary power levels for a given system. With its adjustable sensitivity levels, integrated lockout capabilities, and reliable design, the UPG1-1REC2-6736-1 is an ideal choice for industrial applications.

In conclusion, the UPG1-1REC2-6736-1 circuit breaker is a reliable and robust device that is capable of handling a wide range of input voltages and switching loads. It is designed for use in industrial applications and can provide protection from electrical surges and overloads while ensuring that the system remains reliable and operational. With its adjustable sensitivity and integrated lockout capabilities, the UPG1-1REC2-6736-1 is an excellent choice for industrial applications.

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