PES-04-01-S-VT

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PES-04-01-S-VT is a type of blade type power connectors. This connector is typically used in industrial computers and networking systems, as well as other applications where reliable signal and power signal connections are required. The connector is constructed of stainless steel and features an insulated core for safe and secure wiring connections. This highly reliable connection helps ensure the safety and performance of the system.

PES-04-01-S-VT connectors feature a four-pole, male/female connection system. This design utilizes contact blades on both the female and male connector sides. The male contact blades are positioned to mate with the female contact blades, providing a stable electrical connection. This design also offers superior vibration and shock resistance to assure strong, reliable connections.

These connectors feature two distinct systems for locking the pins: a press-in method that is similar to traditional screw-in type connections, and a push-in design that utilizes the force present in the connection to secure the pin. Both methods provide the same high level of safety and security. Additionally, the press-in style can guarantee a connection is properly mated and secured even if the system is in a harsh environment.

To achieve consistent and reliable signal connections, PES-04-01-S-VT connectors come with high EMI/RFI shielding. This helps to reduce electrical noise that can interfere with signal lines and disrupt communication. The shield also helps to protect the electrical and optical elements of the connector from static and electrical currents, ensuring that signals remain uninterrupted and communication is reliable.

Overall, PES-04-01-S-VT connectors provide superior performance and reliability in industrial computing and networking applications. Due to the high-quality materials and advanced design features, these connectors are designed to provide a reliable connection and minimize the risk of electrical disruption. As such, they are an ideal solution for any application that requires the highest level of signal integrity.

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