IELR11-1-51F-25.0-A-61-V

Series:	IELR
Part Status:	Active
Lead Free Status / RoHS Status:	--
Breaker Type:	Magnetic (Hydraulic Delay)
Moisture Sensitivity Level (MSL):	--
Current Rating:	25A
Number of Poles:	2
Actuator Type:	Lever
Illumination:	--
Illumination Voltage (Nominal):	--
Mounting Type:	DIN Rail

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Introduction

The IELR11-1-51F-25.0-A-61-V series of circuit breakers are widely used in industrial and commercial applications to protect electrical devices from an overload or short circuit. They are commonly used to protect motors, light fixtures, power tools, household appliances, and other residential or commercial applications. Circuit breakers are designed to detect a current that exceeds the rated capacity of the circuit and then interrupt or trip the circuit, preventing further damage to the electrical system.

What is IELR11-1-51F-25.0-A-61-V?

The IELR11-1-51F-25.0-A-61-V is a type of thermal-magnetic circuit breaker, which combines a thermal overload sensor and a magnetic short-circuit sensor. Thermal overload sensing works by detecting a rise in temperature in the circuit breaker caused by an overload of current. The magnetic short-circuit sensing is triggered when a current flowing through the line exceeds a pre-set limit. When either one of these sensors is triggered, the circuit breaker will trip and disconnect the power to the line.

Application Field

The IELR11-1-51F-25.0-A-61-V circuit breakers are generally used for residential, commercial, and industrial applications. In residential applications, they are used to protect household appliances, lighting fixtures, hot tubs, and other 110-volt circuits. In commercial applications, they are used to protect motors, three-phase pumps, and other commercial equipment. In industrial applications, the IELR11-1-51F-25.0-A-61-V is used to protect heavy-duty industrial machinery, generators, and other industrial equipment.

Working Principle

The IELR11-1-51F-25.0-A-61-V circuit breaker works on the principle of thermal-magnetic sensing. The thermal overload sensor detects a rise in temperature caused by an overload of current in the circuit. When the temperature rises to a predetermined level, the thermal overload sensor will trigger the circuit breaker to trip and disconnect the power. The magnetic short-circuit sensor is triggered when a current flowing through the line exceeds a set limit. When either one of these sensors is triggered, the circuit breaker will trip and disconnect the power to the line, protecting the equipment from an overload or short circuit.

Advantages

The IELR11-1-51F-25.0-A-61-V circuit breakers are designed with a number of advantages over traditional circuit breakers. One of the advantages is that they are much faster to respond to an overload or short circuit. This is due to the combination of thermal overload sensing and magnetic short-circuit sensing. As such, they are able to provide an improved level of protection to the electrical devices they are connected to. Another advantage is that they are much more reliable than traditional circuit breakers, as they have a greater switching capacity and are durable enough to withstand regular use. Furthermore, they are compact and lightweight and require very little maintenance.

Conclusion

The IELR11-1-51F-25.0-A-61-V series of circuit breakers are widely used in industrial and commercial applications to protect electrical devices from an overload or short circuit. They are designed with a combination of thermal overload sensing and magnetic short-circuit sensing, providing a fast and reliable response to an overload or short circuit. They are designed for residential, commercial, and industrial applications and can be used to protect a range of electrical devices, such as motors, generators, and household appliances. The IELR11-1-51F-25.0-A-61-V series of circuit breakers provide an improved level of protection and are reliable, compact, and require very little maintenance.

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