G6C1114PUSP6CDC12

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Power relays are a type of electrical relay used for the purpose of isolating a low power circuit from a high power circuit. The G6C1114PUSP6CDC12 is a power relay specifically designed to handle applications where higher currents are needed, over 2 Amps.

This type of relay is designed with a coil, contact arms, and armature or trip. The coil in the G6C1114PUSP6CDC12 is an electromagnet coil, finished with varnish and constructed to be very strong, resilient and to hold up to a high amount of current. This helps to maintain a strong coupling between the contact arms and the armature. As a result, the relay can switch instantly and precisely with no lag or decrease in contact performance.

As for the physical properties of the G6C1114PUSP6CDC12, it is approximately 20mm x 16mm and available with an optional molded base. It also only requires a DC voltage of 12V for activation. In terms of its contact system, it has 1 Form A/1 Form C contacts with a contact voltage rating of up to 277VAC.

The working principle of the G6C1114PUSP6CDC12 is relatively simple; when the coil is powered with the correct voltage, a magnetic field is generated, causing the armature to move and activate the contact arms. This in turn causes the contacts to establish the connection that is required. When the current is stopped, the magnetic field is lost and the armature returns to its original position, breaking the electrical circuit.

Due to its capability to handle up to 2 Amps of current, the G6C1114PUSP6CDC12 is suitable for a variety of applications, large and small. It can be used in industrial machinery, such as conveyor belts and packaging, as well as in more general applications such as HVAC, automotive, and audio/visual equipment. It is also compliant with many safety, EMC and CE standards, making it suitable for home appliances.

Overall, the G6C1114PUSP6CDC12 is an effective and reliable relay for electrical applications that require higher current, up to 2 Amps. It is available with a variety of contact configurations and is applicable for a wide range of applications. Lastly, its working principle is simple; when the coil is energized, the contacts establish the necessary connection, and when the current is cut, the contact arms break the connection.

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