1100660000

Turn On Voltage (Max):	--
Coil Power:	450 mW
Contact Material:	Silver Nickel (AgNi), Gold (Au)
Operating Temperature:	-25°C ~ 40°C
Termination Style:	Screw Terminal
Mounting Type:	DIN Rail
Features:	--
Release Time:	11ms
Operate Time:	12ms
Turn Off Voltage (Min):	--
Series:	RS
Switching Voltage:	250VAC - Max
Contact Rating (Current):	5A
Contact Form:	SPDT (1 Form C)
Coil Voltage:	60VDC
Coil Current:	7.5mA
Coil Type:	Non Latching
Relay Type:	General Purpose with Socket
Part Status:	Active
Packaging:	Bulk

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Power Relays, Over 2 AmpsA power relay is an electrical device which uses a low electrical current to control a circuit that operates high electrical currents. The electrical device is made up of an electromagnetic coil, often referred to as the armature, a contactor, an electrical switch and a control spring. The armature is usually connected to the contactor, which then in turn controls the electrical switch.When power is supplied to the electromagnet, the armature is pulled into the electromagnet, causing the contactor to open or close the electrical switch, thus controlling the flow of electricity through the circuit. The electrical switch can be controlled with an electrical pulse, or a mechanical trigger, which trips the switch; or with a solenoid, a type of electromechanical device which generates a magnetic field.The contactor and the electrical switch are the main components of the power relay. The contactor is the device that opens or closes the switch, and it is typically composed of corrosion-resistant contacts, which are usually covered with an insulator for protection. The contactor may also include an insulated base for mounting, a terminal block for connecting electrical wires, and contacts for the electrical switch.The electrical switch is designed to handle high currents, usually well in excess of two amps. It is normally open when power is applied to it, and when the electromagnet in the power relay is energized, the armature in the power relay pulls the contactor closed, changing the state of the electrical switch from open to closed. This triggers the current that will flow through the circuit.The relay can be set up with either normally opened contacts or normally closed contacts. Normally open contacts open when the relay is activated, while normally closed contacts will, as expected, close when the relay is activated.The mechanical triggers for the power relay are usually electro-mechanical devices, such as cam switches or inertia actuators. They are placed in front of the contactor and, when the relay is energized, they activate the contactor to close the switch. Force-guided or detent-locking triggers are commonly used in this application as well.The application of power relays over two amps is widespread in many everyday applications. They can be found in automobiles, aircraft, and industrial machinery, among other applications. They are used to control high currents and voltages, and can be used to control the speed and direction of different motors.In recent years, the development of advanced electronics and microprocessors has led to the use of power relays in more sophisticated applications. For example, they are often used to control the movement of car doors, window shades, and other machine components. They are well suited to these applications since they require very little maintenance, are reliable and have a long life-span.In conclusion, power relays are essential components of electrical circuits. Whether controlling a motor in an automation process or controlling the opening and closing of car doors, having a reliable and long-lasting power relay is critical for smooth operation. Power relays offer a cost-effective solution for many applications requiring the control of high electrical currents, and their application in fields such as the automotive and aerospace industries demonstrates the effectiveness of these devices.

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