1610-21-30A

Series:	1610
Part Status:	Active
Lead Free Status / RoHS Status:	--
Breaker Type:	Thermal
Current Rating:	30A
Voltage Rating - DC:	32V
Number of Poles:	1
Actuator Type:	Push to Reset
Illumination:	--
Illumination Voltage (Nominal):	--
Mounting Type:	Holder

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1610-21-30A Application Field and Working Principle

Introduction to Circuit Breakers

Circuit breakers are essential components used in a wide variety of applications. In fact, many industries could not function properly without the use of these devices. From commercial and residential wiring to industrial and automotive systems, circuit breakers are needed to make sure circuits are not overloaded, allowing safe operations. To this end, circuit breakers from Schneider Electric have been used for decades. In particular, the 1610-21-30A has become a popular choice for a number of applications due to its range of features. This article will outline its capabilities and explain the principlesd behind its use.

The Applications of 1610-21-30A Circuit Breakers

The 1610-21-30A circuit breaker is a three-pole device designed to provide overload protection in many electrical circuits. It has two thermal trip elements as well as a set of contact that can detect short circuits and other current imbalances. This makes the 1610-21-30A ideal for a variety of applications that require reliable protection against high currents. Most commonly, the 1610-21-30A circuit breaker is used in industrial settings, such as process control systems and power distribution panels. It can also be used in electrical applications that do not require special features such as phase and current monitoring. This makes it a great choice for applications where cost is a factor, such as computer networks and home wiring.

The Working Principle of 1610-21-30A Circuit Breakers

The 1610-21-30A circuit breaker operates on a variety of principles, depending on its features and its type. The most basic is the use of a thermal trip element, which is set to activate when the current in the circuit reaches a predetermined level. When this happens, the element trips the circuit breaker, quickly interrupting the current flow and protecting the circuit. The length of time the circuit is interrupted can be adjusted depending on the application and the level of protection needed. In addition, the 1610-21-30A also has a set of contacts that detect current imbalances. These devices are known as shunt trip elements and they are designed to detect short circuits, ground faults, and other types of current imbalances that might otherwise be missed. When one of these imbalances is detected, the circuit breaker will trip, thus protecting the circuit from any potential damage.

Conclusion

The 1610-21-30A circuit breaker from Schneider Electric has become a popular choice for many applications due to its range of features. It is commonly used in industrial settings and for applications that do not require special features such as phase and current monitoring. The 1610-21-30A circuit breaker operates on a variety of principles, using thermal trip elements as well as shunt trip elements to provide reliable overload protection and detection of current imbalances. This helps to ensure circuits are not overloaded and that they operate safely.

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