R29-20346-1-V

Series:	SNAPAK®
Part Status:	Active
Lead Free Status / RoHS Status:	--
Breaker Type:	Magnetic (Hydraulic Delay)
Moisture Sensitivity Level (MSL):	--
Current Rating:	--
Number of Poles:	2
Actuator Type:	Rocker
Illumination:	--
Illumination Voltage (Nominal):	--
Mounting Type:	Panel Mount

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Circuit breakers are electrical power equipment with a wide range of applications. Their primary purpose is to protect electrical circuits, systems and components from damage caused by overcurrents (overload), and short circuits (over-voltages). R29-20346-1-V circuit breakers are designed to protect low-voltage circuits from overcurrents, short circuits, and over-voltages. In addition, the circuit breakers are designed to operate and reset reliably in harsh industrial and OEM environments, providing a safe and reliable power protection solution.R29-20346-1-V circuit breakers are low-voltage overcurrent protection devices. They are to break the circuit and protect the circuit components against any potential damage due to high current, voltage spikes or other such potential hazards. They are usually used in low-voltage applications such as those found in small motor control centers, medical equipment, automotive applications, motor starters, process controllers, etc.R29-20346-1-V circuit breakers feature a very low breaking capacity suitable for most low-voltage applications. They are highly reliable, providing a long service life and low maintenance costs. They also feature a wide range of current settings suitable for various applications. They offer fast response and isolation times, ensuring reliable and quick protection from short circuits and other faults.Moreover, the circuit breakers are very easy to install and maintain, saving time and money when compared to other circuit protection technologies. They are also very compact, enabling them to be used in applications with limited installation space.The working of R29-20346-1-V circuit breakers is based on three essential components – a thermal-Magnetic trip unit, an electromagnet, and a switch. The thermal-magnetic trip unit is responsible for detecting the current in the circuit and trips the breaker when it reaches a predetermined level. An electrical trip is usually triggered when the current exceeds the pre-set level by 5-10%.The electromagnet component is responsible for operating the actual switching mechanism which is located at the trip unit. When too much current flows through the circuit, the electromagnet pulls a rod, tripping the breaker and disconnecting the current from the circuit.Once the short circuit or overload is removed the system resets itself. When the voltage reaches a safe level, the electromagnet releases the rod and the switch component re-engages, allowing current to flow through the circuit again. R29-20346-1-V circuit breakers are designed with industrial applications in mind. They offer reliable, fast protection from potential hazards, ensuring safe and reliable operation of your electrical system. They are easy to install and maintain, reducing time and cost when compared to alternative circuit protection solutions. Their high response time ensures quick isolation which limits damage in the event of a fault. Finally, their ability to operate even in harsh environments ensures consistent, reliable protection even in the toughest of conditions.

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