T29-9275-2-V

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Circuit breakers are electromechanical devices used in electrical systems to protect equipment such as motors, generators, electrical panels, and power distribution systems. These devices work by interrupting the flow of electrons, preventing the current from exceeding a safe value, and ensuring the safe operation of electrical components. The T29-9275-2-V is a specific type of circuit breaker designed for medium voltage (2.4kV to 15kV) applications. It is a SF6 insulated circuit breaker that is designed for maximum safety and to provide reliable protection from overloads, short circuits, and ground faults.

The T29-9275-2-V has a highly sensitive trip unit, which is designed to react quickly to a current overload or short-circuit. The breaker contains a variety of control components, such as a control relay, current transformer, voltage transformer, and power storage device. The control relay detects the presence of current and, when an overload or short-circuit is detected, the relay initiates the trip mechanism. This mechanism works by releasing stored energy from the power storage system to open the contacts of the breaker, thus interrupting the current and stopping any further damage.

The T29-9275-2-V is designed for use in a variety of medium voltage applications, including industrial and utility systems. It is most commonly used to protect motors and transformers, as well as other sensitive electrical systems. The breaker’s highly sensitive trip mechanism is designed to protect motors and equipment from damage due to overloads and short circuits. Additionally, the breaker is designed to operate in a wide range of temperatures, from -40°C to 65°C, and is constructed with an IP54-rated housing, which makes it suitable for use in hazardous, wet, or dusty environments.

The T29-9275-2-V circuit breaker is a reliable, cost-effective, and easy-to-install device that is essential for any medium voltage electrical system. It can help ensure the safe and efficient operation of industrial or utility systems by providing necessary overload and short circuit protection. Additionally, the device’s wide temperature range and robust housing make it suitable for use in harsh environments.

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