1146770000

Voltage - UL:	300V
Insulation Height:	0.335" (8.51mm)
Contact Tail Length:	0.126" (3.20mm)
Housing Material:	Polyamide (PA), Nylon, Glass Filled
Contact Material:	Copper Alloy
Wire Strip Length:	--
Torque - Screw:	--
Screw Size:	--
Ingress Protection:	--
Material Flammability Rating:	UL94 V-0
Features:	--
Contact Mating Finish:	Tin
Operating Temperature:	-50°C ~ 100°C
Color:	Orange
Wire Gauge or Range - mm²:	--
Wire Gauge or Range - AWG:	--
Series:	Omnimate SL
Current - UL:	18.5A
Voltage - IEC:	400V
Current - IEC:	24A
Mounting Type:	Through Hole
Termination Style:	Solder
Plug Wire Entry:	--
Header Orientation:	90°, Right Angle
Pitch:	0.200" (5.08mm)
Number of Levels:	1
Positions Per Level:	4
Number of Positions:	4
Type:	Header, Male Pins, Shrouded (2 Side)
Part Status:	Active
Packaging:	Bulk

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Terminal blocks - Headers, Plugs and Sockets, often referred to as "1146770000" are used in a variety of applications, ranging from electronics and communications to robotics and industrial automation systems. They are designed to make connections between devices easier, faster, and more reliable. Depending on the application, they may be designed as single or multiple-pin devices, and can range in size from very small to large.

A common application for terminal blocks is in electrical control systems, where they are used to connect and disconnect power and data circuits from a control panel to the devices they service. The most common type of terminal block used in these applications are the plug and socket type, which consists of a double-ended connector into which wires are inserted to create the connection. This type of terminal block is especially useful in industrial and commercial environments where circuits may require frequent re-configuration or may need to be disconnected and reconnected quickly.

Terminal blocks can also be used in communications systems to connect wires to devices that are too small to permit direct wire connection, or that are mounted too far away from the wiring panel. The advantage of using terminal blocks in these applications is that the wiring can be easily and quickly disconnected if necessary, and reconnected when the application is complete. Additionally, they are often used to provide increased insulation protection and to reduce signal interference.

Another application for terminal blocks is in industrial automation systems, where they are used to connect multiple pieces of equipment together. They are used to control the flow of electrical power, to provide a safe and reliable connection between multiple pieces of equipment, and to protect delicate circuitry from sparks or shorts. Additionally, terminal blocks can be used to enable the easy interchange of components, and to provide a secure connection between the equipment and the wiring panel.

The working principle behind terminal blocks is based on the fact that electricity follows the path of least resistance. When two terminals are connected together, the path of current will be from the power source through the terminals, and will be connected to the load. The terminal blocks can help to ensure that this path of least resistance is maintained, and that power is not lost between the terminals and the load. This is especially important in systems where power and data are both transmitted over the connection, as it helps to reduce the risk of interruptions and signal interference.

In addition to providing a secure and reliable connection between devices, terminal blocks can also be used to help to improve the performance of industrial automation systems. The ability to quickly disconnect and reconnect circuits can allow engineers and technicians to quickly troubleshoot and diagnose problems, and helps to ensure that all connected devices are working optimally. Additionally, terminal blocks can help to reduce the amount of time required to re-configure circuits, thereby increasing the efficiency of the system.

Terminal blocks provide a reliable and secure connection between devices and a connection panel, and are used in many different applications ranging from electrical control systems to industrial automation systems. The working principle behind terminal blocks is based on the fact that electricity follows the path of least resistance, and the terminal blocks can help to ensure that this path is maintained. Additionally, they are often used to improve the efficiency of industrial automation systems, and to reduce the amount of time required to re-configure circuits.

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