High Power T‑Type Branch Terminal — Model BZK506 Key benefits Faster wiring: designed to speed up installation and reduce labor time compared with traditional individual splices. Secure connections: built‑in locking function holds conductors in place to reduce the risk of loosening or intermittent contact. Reliable branching: T‑type form lets you split a single feed cleanly and consistently for high‑power circuits. Versatile use: functions as both a quick wire connector terminal and a quick crimp splitter wire connector, simplifying different wiring workflows. What it does High Power Branch Terminal (T‑type) for creating a reliable branch from a single conductor to two or more runs. Quick Wire Connector Terminal with a locking mechanism that secures the connection after installation. Usable as a Quick Crimp Splitter Wire Connector for fast, repeatable crimps and branch points. Compatibility and performance Suited for high‑power wiring applications where secure, stable branching is required. Compatible with crimping installation methods and common wiring practices for split connections. Built to simplify the wiring process and maintain dependable electrical contact in installed assemblies. Practical applications Automotive electrical systems: split a main feed to power accessories or sensors without multiple splices. Industrial control panels and machinery: create neat, serviceable branch points for motors, relays, or sensors. Power distribution and battery or solar installations: branch high‑power feeds where a dependable split is needed. Usage basics Prepare and strip the conductor according to standard practice. Insert and crimp where applicable, then engage the locking function to secure the connection. Inspect the locked terminal to confirm firm mechanical and electrical contact. Model and identification Model: BZK506 Type: High Power Branch Terminal, T‑type wiring terminal Functions: Quick Wire Connector Terminal with locking function; Quick Crimp Splitter Wire Connector Designed to simplify wiring, improve installation speed, and ensure secure, repeatable branch connections for high‑power circuits.