2/0–14 AWG 6 Port Panel Mount Dual Entry Electrical Distribution Block Black 97836

Product Information

Specification

About:

• The 2/0–14 AWG 6‑Port Panel Mount Dual Entry Electrical Distribution Block is a robust, compact power distribution component designed to manage multiple electrical connections efficiently within control panels, distribution panels, battery systems, and junction boxes.
• It accommodates a wide range of conductors, from heavy-gauge supply wires up to 2/0 AWG down to branch wires as small as 14 AWG, allowing a single main feed to be safely and reliably split into up to six branch circuits.
• Built with corrosion-resistant tin-plated aluminum connectors and typically supplied with oxide inhibitor compounds in the ports for long-term performance, this block ensures secure, low-resistance electrical connections.

Also Known As:

6‑Port Panel Mount Dual-Entry Power Distribution Block, 2/0–14 AWG 6‑Port Multi-Tap Connector Block, Dual-Sided Entry 6‑Port Distribution Block, Panel-Mount Multi-Tap Power Block 2/0–14 AWG, 6‑Port Dual-Entry Pre-Insulated Connector Block.

Specification:

Features:

• Wide Conductor Support Accepts heavy-gauge incoming wires up to 2/0 AWG and branch wires down to 14 AWG, allowing a single main feed to be split into multiple smaller circuits.
• Dual-Entry Design Wires can be inserted from both sides, making wiring more flexible and allowing a neat, organized panel layout.
• High-Conductivity Connector Material Typically made with tin-plated aluminum alloy connectors for excellent conductivity, corrosion resistance, and long-term reliability.
• Panel-Mountable Form Factor Designed for secure mounting inside panels or enclosures, suitable for control cabinets, distribution boards, battery systems, and junction boxes.
• Low-Resistance, Secure Connections Ensures stable, low-resistance electrical contact, minimizing voltage drop or power loss, and supporting reliable operation in heavy-duty or repeated-use applications.

Note : Image for reference only. The actual product may differ.