Number of Positions:	3 per connection (2)
Approvals:	CCC, CSA, ENEC, UL
Ingress Protection:	IP30
Material Flammability Rating:	UL94 V-0
Panel Thickness:	0.031" ~ 0.079" (0.79mm ~ 2.00mm)
Panel Cutout Dimensions:	Variable Size
Fuse Holder, Drawer:	--
Features:	--
Switch Features:	--
Termination:	Quick Connect - 0.189" (4.8mm)
Mounting Type:	Panel Mount, Snap-In
Series:	712
Fuse:	No
Filter Type:	Unfiltered - Commercial
Voltage - UL:	125VAC
Current - UL:	15A
Voltage - IEC:	250VAC
Current - IEC:	10A
Connector Type:	Receptacle, Female Sockets; Receptacle, Male Blades
Connector Style:	IEC 320-2-2/F (C14 Variant); IEC 320-C14
Part Status:	Active
Packaging:	Bulk

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Power Entry Connectors - Inlets, Outlets, Modules

Power entry connectors are components that connect two lines of power in an electrical system. They are used to provide efficient, reliable, and secure connection between the power source and the equipment that requires it. Power entry connectors are available in a wide range of sizes, shapes, and configurations and can be used to power various types of equipment.Inlets, outlets, and modules are types of power entry connectors commonly utilized in industries and commercial settings. Inlets provide a place for plugging in an external power source. Outlets are used to provide an exit point for power used to fuel the equipment connected to it. Latest technology connectors, such as isolator modules, provide a safe connection of power and data systems. These power entry connectors are designed to allow for the transfer of data, power, and other connections to the equipment. Inlets and outlets come in many shapes and sizes, including switches, plugs, receptacles, terminals, and wall plates. They are constructed to ensure that the connection is secure, and the power is provided in the required voltage and current.Isolator modules are a more advanced type of connector that provide additional safety and convenience. They use various types of isolation components such as transformers, reactors, busbars, and switches to divide the power load. This makes the system more secure and reduces the possibility of shock, short circuits, or overload. They also provide efficient power distribution by controlling the output based on the load.Power entry connectors also utilize different types of locking mechanisms to ensure the connection is secure. Mechanical locking devices are used to provide a tight fit and prevent the connector from disconnecting. Pass and locate devices are also used to provide a robust connection and ensure the connector stays in place. Some connectors also use a combination of passing and locating devices for a secure fitment.The working principle of power entry connectors is based on the electrical concept of power transmission. Power flows through the connector from the power source to the equipment. The power travels through the contact points of the connector and is connected to the correct end terminals. The power then flows through the connector and is used to power the connected device.Power entry connectors also protect the system from overloads and short circuits. By controlling the current and voltage going through the connector, the system is protected from any electrical damage. This helps to ensure the safety of the system and extend its lifespan.In conclusion, power entry connectors are extremely useful components for an electrical system. They provide a secure connection between the power source and the equipment. They also provide efficient power distribution and protection against overloads and short circuits. Different types of power entry connectors are available, such as inlets, outlets, and isolator modules. When used correctly, power entry connectors can ensure an efficient, reliable, and safe connection within the system.

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