Secure your electrical paths with the DG126-05-02P Joint Connector. This high-performance "2-Pin Screw Terminal Block" is a critical component for reliable wire-to-board connections in industrial controls, power supplies, and DIY electronics. Housed in a durable green insulator, this connector provides a stable, high-pressure clamping mechanism to ensure your circuits remain uninterrupted even under stress.
Modular 2-Pin Design: Features a dual-pole configuration for efficient power or signal distribution.
Robust Screw Terminals: Equipped with top-entry high-torque screws that provide a firm grip on wires, preventing accidental disconnections.
High-Quality Materials: Constructed with a flame-retardant green plastic housing and precision-machined internal metal contacts for superior conductivity.
Standard 5.0mm Pitch: Engineered to fit standard 5.0mm pin spacing, making it a perfect drop-in solution for most prototype and production PCB layouts.
Easy Installation: Designed for through-hole PCB mounting with a pluggable or fixed interface for simplified field maintenance and assembly.
The DG126-05-02P is more than just a wire joiner; it is a professional-grade connection solution. Its compact footprint saves valuable board space, while its "active link" design allows for clean, organized wiring that is easy to troubleshoot. Whether you are building custom automation modules or basic power boards, this green joint connector delivers industrial-standard reliability.
Poles: 2-Pin.
Pitch: 5.0mm (standard).
Connection: Top-entry Screw Clamp.
Color: Industrial Green / Blue
What wire sizes does this connector support?
The DG126 series typically accommodates wire gauges from 14AWG to 22AWG, providing flexibility for various power and signal applications.
How do I mount this to my board?
This is a through-hole component. The two pins at the bottom are soldered directly into your PCB holes to provide both mechanical stability and electrical contact.
Can multiple units be combined?
While this is a fixed 2-pin unit, the DG126 design often allows for side-by-side mounting to create longer terminal arrays on your PCB.
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