27E162

Series:	R10
Part Status:	Active
Lead Free Status / RoHS Status:	--
Type:	Socket
Moisture Sensitivity Level (MSL):	--
Number of Positions:	10
Mounting Type:	Panel Mount
Termination Style:	Solder Lug
For Use With/Related Products:	R10 Series
Features:	--

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Introduction

Relay Sockets are devices made of a combination of a mechanical and electrical components that, when activated, can control the switch of one or more electrical current paths. The relay socket model 27E162 is an industrial grade socket design that can be used in many applications, including safety relay application, device control, and process control applications. The following article will discuss the application field and working principle of the 27E162 relay socket.

Application Field of Relay Socket Model 27E162

The 27E162 relay socket model is ideal for various types of applications because it has the ability to provide switching power to a circuit safely and reliably. It is an ideal solution for safety relay applications, device control, and process control applications.The 27E162 relay socket can be used in safety relay applications where manual resetting of a circuit is required. It will also support switching of currents up to 10 A. This provides secure connections with manual resetting and protects circuits from short circuits, voltage spikes, and accidental overloads. This type of relay socket is suitable for use in machine control, plumbing, and other industrial applications. In device control applications the 27E162 relay socket can be used to start and stop operations of machines and other devices. It is an ideal solution for safety applications, since it will provide secure switching operations. The 27E162 also offers secure switching of devices that require manual resetting of a circuit. This type of socket can be used in applications involving motors, lights, or pumps for manual resetting and protection from overloads and short circuits. Finally, the 27E162 relay socket can also be used in process control applications. It will provide reliable switching of electrical currents and can be used to control temperature, pressure, and other process variables. This type of relay socket is suitable for applications where precise control of different process variables is required.

Working Principle of Relay Socket Model 27E162

The 27E162 relay socket uses a mechanical component, called an armature, which moves inside a coil when an external electrical power source is applied. When the armature is in the stationary state, the electrical contacts are in the open state, and when the armature is energized, the electrical contacts close, completing the electrical circuit. The 27E162 relay has two types of contact, the common contact and the normally closed contact. The common contact is the contact connected to the external power supply, and the normally closed contact is the contact which is connected to the electrical contacts on the relay socket.When the armature is in the stationary position, the electrical contact is open, and no current will be supplied to the circuit. When the armature is energized, the common contact and the normally closed contact close, forming a complete electrical circuit. This will allow current to flow through the armature and provide power to the connected circuit. The 27E162 also has a manual reset feature which resets the circuit after the armature has been energized.

Conclusion

The 27E162 relay socket is an ideal solution for safety relay applications, device control, and process control applications. It is designed with a mechanical armature to provide reliable switching of electrical currents and manual resetting of circuits. It has the capability to support current up to 10 A and offers protection from overloads, voltage spikes, and short circuits. This type of relay socket is an excellent choice for industrial applications and processes that require secure and reliable power switching.

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