LCC8-14BH-L

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LCC8-14BH-L is a rectangular connector terminal with a rating of 10A, 250V. It is most commonly used in the field of industrial control panels, process control systems, and automation solutions, but it can also be found in other many areas.

The dimensions of the connector are 0.84" L x 0.45" W. It features a 2-wire, 3-terminal design, and its rated current capacity is 10A AC/DC. It has an operating temperature range of -20°C to 105°C, a dielectric strength of 1,000V AC, and an insulation resistance of 100MΩ. It also features a single-pole 3-terminal design for easy and flexible connections, and it is rated for UL, cUL, and CSA approve.

LCC8-14BH-L is most commonly used in the field of industrial control panels, process control systems, and automation systems. This type of connector features a secure and reliable connection and is well suited for high temperature environments. It is also used in applications where a low-level signal is needed, as the reduced wire size and insulation thickness of the terminals provide a higher level of feedback accuracy. In addition, its single-pole 3-terminal design allows for more flexibility in signal and power connections.

The working principle of the LCC8-14BH-L involves two distinct stages: power connection and signal connection. Firstly, the power connection is performed, usually using wire. Once the wire is connected, a chemical reaction takes place that forms a secure and reliable connection between the two terminals. Then, the signal connection is performed, usually via an appropriate connector or pressure pad, to ensure that the signal is transmitted without any interference or noise. Finally, the signal is sent to the control system or other system where it is processed.

In summary, the LCC8-14BH-L is a type of rectangular connector terminal with a rating of 10A, 250V. It is most commonly used in the field of industrial control panels, process control systems, and automation solutions. It features a secure and reliable connection and is well suited for high temperature environments. It is also used in applications where a low-level signal is needed, as the reduced wire size and insulation thickness of the terminals provides a higher level of feedback accuracy. Its working principle involves two distinct stages: power connection and signal connection.

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