Push-in Wire Connector (1 Input to 3 Outputs)

Push-in Wire Connector (1 Input to 3 Outputs) provides a compact and reliable method for splitting a single electrical input into three independent output lines. Designed for quick installation and stable electrical performance, this compact wiring splitter supports low-voltage DC distribution in embedded electronics, prototyping setups, and small automation systems. Durable polyamide insulation and a precision spring-clamp structure help maintain stable contact even in vibration-prone environments. The compact distribution connector also supports multiple conductor types, allowing efficient wiring organization for compact power routing inside enclosures, robotics assemblies, or electronics projects.

Figure: Dimension

Fast Push-In Wiring Structure

This compact electrical distribution connector adopts a push‑in terminal design that allows conductors to be inserted directly without screws or tools. The quick‑connect structure simplifies installation while reducing wiring time during prototyping or device assembly. Reliable mechanical retention helps maintain stable electrical contact and prevents accidental loosening. Such a tool‑free wiring approach is particularly practical for modular electronics setups, quick maintenance tasks, and compact power routing inside embedded systems.

Durable Conductive Spring Clamp

An internal nickel‑coated steel spring clamp provides strong electrical conductivity and long‑term mechanical stability. The corrosion‑resistant clamp structure maintains firm contact pressure on inserted wires, reducing the risk of loose connections during long‑term operation. Combined with flame‑retardant polyamide insulation, the multi‑output wiring terminal offers dependable electrical performance and enhanced safety for low‑voltage power distribution applications where compact and secure connections are required.

This wiring splitter module is suitable for low‑voltage DC power distribution in electronics prototyping, embedded system wiring, and compact equipment assembly. The 1‑input‑to‑3‑output connection design simplifies branching connections for sensors, controllers, lighting modules, or small automation components while maintaining neat cable management and reliable electrical contact.