0191640031

0191640031 is a terminal connector used in electrical applications that require a reliable connection. It is a unitized, insulated-barrel style, double-contact connector that provides a damping force on its connections. The damping force helps reduce or eliminate the high frequency arcing frequency that can occur when wires are used in high voltage applications. This connector is designed to be used with solid-stranded wires. Typical uses are for high voltage motor and switch applications in the automotive and electrical engineering industries.

The working principle of the 0191640031 terminal connector is based on the fact that wire connections typically create an artificial valley between contacts due to the electricity passing through. When an electrical current flows between two points, current will flow through the path of least resistance, usually the valley between contacts. The damping force of the 0191640031 helps to reduce the valley effect and therefore reduce or eliminate the arcing frequency.

The unique design of the 0191640031 terminal connector helps to improve the conductivity of the wire connection by evenly distributing the charge across the entire connector. This helps to reduce the power loss that can occur when the wire is used in high current applications. The connector also helps to reduce contact erosion, which can lead to premature failure of the connection.

The 0191640031 terminal connector is rated for up to 160 amps of power. It can also be used with other terminal connectors in order to join two wires. It is UL 486 approved and can be used in a wide variety of applications. It provides good insulation for the connection and is moisture and dust-resistant.

The 0191640031 terminal connector provides a reliable connection, good insulation and enhanced conductivity for high voltage applications. It is a reliable, long lasting connection that can be used in a variety of applications. It is UL 486 approved and provides good insulation for the connection. It is resistant to dust, moisture and other environmental conditions.