R15-2-22.0A-31623-13-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:	1
Actuator Type:	Rocker
Illumination:	--
Illumination Voltage (Nominal):	--
Mounting Type:	Panel Mount

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Introduction

Circuit breakers are devices that protect electrical circuits from possible damage caused by an overload or short circuit in an electrical device. These circuit breakers are essential in the wiring of any electrical system and come in a wide range of types, sizes and specifications to meet the specific requirements of an application. R15-2-22.0A-31623-13-V circuit breakers are designed for applications with a maximum operating temperature of 65 Int A and a maximum operating altitude of 15000 ft.

Types

R15-2-22.0A-31623-13-V circuit breakers are designed for use in a variety of devices and are available in two different types: a thermal-magnetic type and an electronic type. The thermal-magnetic type is designed for applications where sensitivity to overloads is not a major concern and is typically the most economical. The electronic type provides more accuracy and protection against overloads, but is more expensive than the thermal-magnetic type.

Application Field

R15-2-22.0A-31623-13-V circuit breakers are most commonly used in industrial control panels and automotive electronics. In control panels, they are used to provide quick and effective protection against over-currents, which can occur due to unexpected events like a sudden drop in voltage, a surge in current, or a mechanical problem with the system’s components. In automotive electronics, they are often used to protect from potential short-circuits in components like ignitions systems and antilock brakes.

Working Principle

R15-2-22.0A-31623-13-V circuit breakers can be used in both thermal-magnetic and electronic types. In both types, the device works by detecting when an abnormally high current has been flowing for too long, and interrupting the flow of current, thereby protecting the system from damage.In the thermal-magnetic type, the device works by using a thermal bimetallic strip. This strip is heated up by the flow of current, and when it reaches a certain temperature, it bends and trips the breaker, thereby cutting off the current and preventing the system from being damaged by the overload.In the electronic type, the device works by using a microprocessor-based control system. This system is programmed to sense the current flowing through the device and compare it to a preset threshold value. When the current exceeds this value, the microprocessor control system trips the breaker, thereby protecting the system from damage.

Conclusion

R15-2-22.0A-31623-13-V circuit breakers are designed for a variety of applications, and provide reliable protection against overloading and short circuits. These circuit breakers are available in two types: thermal-magnetic and electronic. Depending on the application, one type may be more suitable than the other. Whichever one is selected, however, the circuit breaker will provide effective protection and ensure the safety of the system.

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