Terminal Block 6-pin (2.54mm-6P)

6-Pin Micro PCB Screw Terminal Block (Pitch: 2.54mm)

Product Overview

The 6-Pin Micro PCB Screw Terminal Block is an ultra-compact, high-density wire-to-board connector engineered specifically for spaces where board real estate is at an absolute premium. Featuring a miniature single-row profile, this 6-position block brings screw-clamp termination capabilities directly to standard high-density grids without forcing developers to switch to bulky connectors or permanent solder junctions.

Equipped with a precision high-torque screw clamping mechanism, it provides secure wire retention and excellent conductivity on tightly packed layouts. Its ultra-low footprint makes it the perfect alternative to standard 2.54mm breakable male or female pin headers, giving engineers the structural integrity of a screw joint while maintaining micro-scale electronics dimensions.

Key Features

• Ultra-Compact 2.54mm Pitch: Shares the exact spacing profile ($0.1\text{ inch}$) as standard breadboards, DuPont jumper wires, and microcontroller headers, fitting seamlessly into micro-sized layouts.

• Space-Saving High-Density Interface: Groups 6 distinct electrical lines closely together into a rigid block, dramatically maximizing wire density while saving crucial square footage on delicate circuit boards.

• Vibration-Resistant Wire Clamping: Built with high-precision mini screws that ensure uniform pressure on fine wires, preventing accidental pull-outs and signal drops in compact, mobile devices.

• Rugged, High-Isolation Body: Molded from premium, high-temperature resistant engineering plastic that prevents warping during close-quarters soldering while offering excellent dielectric performance between tightly spaced pins.

Technical Specifications

Applications

The premier choice for miniature sensor arrays, dense communication buses, and space-critical prototyping projects:

• SPI Communication Interfaces: Perfect for routing standard 6-wire Serial Peripheral Interface lines including power rails, ground reference, and data loops ($VCC$, $GND$, $MISO$, $MOSI$, $SCK$, $CS$).

• Microcontroller I/O Headers: Ideal for replacing fragile pin headers on custom Arduino Nanos, ESP32 breakout boards, and STM32 modules with robust, industrial-grade screw junctions.

• Compact Sensory Clusters: Providing a unified, highly efficient termination node for multiple micro-sensors, analog sensors, or integrated I2C lines running back to a core logic circuit.

• Wearable Tech & Embedded System Mockups: Excellent for organizing peripheral power, control lines, and charging circuits safely inside tightly packed, customized project housings.