PCSB350-6S-2Y

Terminals - Wire Splice Connectors are widely used in the electrical industry, and the PCSB350-6S-2Y is no exception. This versatile splicing connector is designed to efficiently connect and splice two insulated wires together without soldering or crimping. It features four locking points for stronger electrical contact and increases the connection reliability, while allowing for quick and easy connection and disconnection for maintenance and troubleshooting purposes.

The PCSB350-6S-2Y splicing terminal utilizes a six-pole design with a double wedge. It supports wires with a range of cross-sections ranging from 28–6AWG, allowing for economical and efficient splicing of most common wires. Its double wedge feature disperses the splicing pressure across the entire entry for joint reliability and consistent contact performance. The terminal is rated for 600 V/AC DC with an operating temperature range of -40°C to 125°C.

The PCSB350-6S-2Y splicing terminal’s main application field lies in mid to high-voltage wiring applications in residential, commercial, industrial, and marine networks. This connector is commonly found in power generation & distribution systems, HVAC equipment, and electrical systems used in public transportation. It is particularly suitable for applications where frequent maintenance and troubleshooting need to be performed since the terminal allows for quick and easy disconnection of wires.

The PCSB350-6S-2Y splicing terminal is easy to use and cost-effective. As part of the installation process, the wires are cut to length and then peeled back to reveal the strands. The strands are then twisted into shape and situated firmly within the terminal’s double wedging before the pressure screw is tightened. This securely connects the two wires together and ensures complete electrical contact throughout the joint.

The PCSB350-6S-2Y splicing terminal is a highly reliable and versatile connector which is easy to install, requires little maintenance, and allows for efficient splicing of two wires together. Its secure connection and insulation resistance ensure that there are no shorts or corrosion over time. This is essential for electrical safety and to maintain reliable performance and system integrity over time.