This High-Density Binding Post is engineered for specialized electronic applications where space-efficient mounting is required without sacrificing connection depth. Featuring a slender 10.55mm base and a versatile 43.8mm total length, these terminals provide a reliable electrical interface for compact testing equipment and multi-channel power distribution blocks.
Slim 10.55mm Mounting Profile: The narrow diameter allows for high-density terminal spacing on control panels, making it ideal for multi-metering stations and compact laboratory power supplies.
Deep-Reach 43.8mm Length: The extended threaded shaft is designed to easily pass through thicker insulated panels or recessed chassis mounts that standard compact posts cannot reach.
Universal 4mm Socket Interface: Integrated top-entry port accepts all standard 4mm banana plugs, providing a secure friction fit for diagnostic probes and patch cables.
High-Impact Polymer Insulation: Encased in a durable, ribbed thermoplastic shell that offers excellent electrical isolation and a textured surface for easy manual tightening.
Multi-Color Coding System: Available in a full spectrum of colors—Black, Red, Yellow, Green, and Blue—enabling complex multi-rail circuit identification and reducing the risk of wiring errors.
Precision Hardware Kit: Each terminal is equipped with a high-strength hexagonal locking nut and a flat contact washer to maintain a stationary, low-resistance connection during use.
Total Length: 43.8mm.
Maximum Diameter: 10.55mm.
Housing Material: High-Density Ribbed Polymer.
Termination Method: Solder/Nut-Clamp Rear Interface.
Application: Perfect for educational electronics kits, multi-channel testing jigs, DC power supply outputs, and custom instrumentation panels.
How close can I mount these to each other? Because the maximum diameter is only 10.55mm, you can mount these terminals with a center-to-center distance of approximately 12mm to 15mm. This makes them one of the best options for panels requiring a high number of inputs in a very limited horizontal space.
Are these suitable for high-frequency signals? While these are primarily designed for DC power and low-frequency signal testing, the solid core and secure 4mm socket interface provide a stable signal path. However, for ultra-high-frequency RF applications, a shielded BNC connector would be more appropriate.
Will the colors fade over time in a workshop? The polymer used in these housings is color-fast and resistant to common workshop oils and UV exposure. The vibrant Red, Blue, Green, and Yellow shells remain easily distinguishable even after heavy use in laboratory environments.
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