Tin Plated Aluminum Single Sided Multi Tap Connector PCSB4-3S-12Y

Product Information

Specification

About:

• The Tin Plated Aluminum Single Sided Multi-Tap Connector is designed for secure, efficient electrical connections in power distribution systems. Its single-sided design allows multiple conductors to be connected on one side, making it ideal for confined spaces where routing options are limited. 
• The connector is made from high-strength aluminum alloy and is tin-plated to provide excellent corrosion resistance and electrical conductivity. Pre-filled with oxide-inhibiting compound, it protects against air and moisture intrusion, preventing surface oxidation and ensuring long-lasting performance.
• This connector is commonly used in both residential and commercial electrical applications, offering flexibility in splicing, tapping, or dead-end connections.

Also Known As:

Single-Sided Multi-Tap Connector, Tin-Plated Aluminum Electrical Connector, 1-Sided Power Distribution Block, Single-Side Terminal Block, Multi-Conductor Tap Connector, Single-Sided Splice Connector.

Specification:

Features

• Each port is pre-filled with oxide-inhibiting joint compound to seal out air and moisture, preventing surface oxidation.
• Flexible design allows the connector to be used as a tap, splice, or dead-end connector, offering versatile application options.
• The body is made from high-strength, extruded aluminum alloy, ensuring excellent electrical and mechanical performance.
• Clear PVC insulation eliminates the need for taping and enables visual inspection of the complete conductor insertion for easy verification.
• Wide wire range capability reduces the need for multiple connector types, helping to streamline inventory requirements.
• Single-sided entry simplifies wiring configurations, accommodating multiple conductors from one side, ideal for confined or tight spaces.
• Plated steel or aluminum set screws provide a strong and durable electrical contact between the conductor and the connector, ensuring reliable long-term performance.