Tin Plated Aluminum Double Sided Multi Tap Connector PCSB4-8-4Y (Pack of 4)

Product Information

Specification

About:

• The Tin Plated Aluminum Double Sided Multi-Tap Connector is a versatile, high-performance electrical connector designed for power distribution and management. Its double-sided design allows for the connection of multiple conductors on both sides, enabling efficient tap, splice, or dead-end configurations.
• Constructed from high-strength aluminum alloy and tin-plated for superior corrosion resistance, it ensures reliable electrical conductivity over time.
• The pre-filled oxide-inhibiting joint compound prevents oxidation by sealing out air and moisture, enhancing durability. This connector is ideal for a range of residential, commercial, and industrial electrical applications, providing flexibility in connecting both aluminum and copper conductors.

Also Known As:

Double-Sided Multi-Tap Connector, Tin-Plated Electrical Connector Block, Dual-Sided Power Distribution Connector, Aluminum Multi-Conductor Tap Connector, Double-Sided Terminal Block, Multi-Way Splice Connector.

Specification:

Features

• Each port is pre-filled with oxide-inhibiting joint compound, sealing out air and moisture to prevent surface oxidation and ensure long-term reliability.
• Flexible design allows the connector to function as a tap, splice, or dead-end connector, making it adaptable to various applications.
• The body is made from high-strength, extruded aluminum alloy, providing excellent electrical and mechanical performance for demanding environments.
• Clear PVC insulation eliminates the need for taping, while enabling easy visual inspection of the complete conductor insertion.
• Wide wire range capability minimizes the need for multiple connector types, reducing inventory requirements and simplifying installations.
• Dual-sided entry supports both offset and opposite entry configurations for primary and secondary conductors, offering flexibility in wiring layouts.
• Plated steel or aluminum set screws deliver high-strength, durable electrical contact between the conductor and connector, ensuring consistent performance.