Relay Base Socket 5pin For Breadboard

10.00 EGP

Out of stock

A specialized 5-pin relay adapter designed to bridge the gap between standard SRD-series relays and a breadboard. This base socket allows you to plug “Sugar Cube” relays directly into standard 2.54mm pitch breadboards for rapid prototyping without soldering. Quality assured by Pro Tronix.

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Description

Relay Base Socket 5pin For Breadboard

Product Overview

The 5-Pin Relay Breadboard Adapter from Pro Tronix solves a common headache for students and makers. Standard 10A power relays (like the SRD-05VDC-SL-C) have pin layouts that do not align with the standard grid of a breadboard, often leading to bent pins or loose connections.

This adapter base features a top-side socket that fits your relay perfectly and a bottom-side pin header that snaps securely into any standard breadboard. It transforms a bulky power component into a breadboard-friendly module, making it easier than ever to test your Arduino or ESP32 control circuits before moving to a permanent PCB.

Buy 5 pin Relay Holder Case Base for Breadboard Online in Egypt – | Micro Ohm Electronics

Technical Specifications

FeatureSpecification
Pin Count5 Pins
Relay CompatibilitySRD-Series (3V, 5V, 12V, 24V)
Pitch2.54mm (Standard Breadboard)
Header TypeMale Pin Headers (Pre-soldered)
MaterialHigh-Quality FR4 PCB / Plastic Socket
SupplierPro Tronix

Key Features

  • Instant Prototyping: No more soldering wires to relay pins just to test a circuit on a breadboard.

  • Rock-Solid Stability: Designed to sit flat on the breadboard, preventing the relay from wobbling or disconnecting during testing.

  • Standard 2.54mm Pitch: Fully compatible with all MB-102 breadboards and jumper wires.

  • High-Current Path: Engineered with wide PCB traces to handle the current needs of the relay coil and contacts during prototyping.

Common Applications

  • Classroom & STEM Labs: Teaching students how relays work without the risks and mess of soldering.

  • Rapid IoT Prototyping: Testing smart home logic with ESP32 or Raspberry Pi before finalizing the hardware design.

  • Project Debugging: Easily swapping between different relay voltages (e.g., switching from 5V to 12V) during the development phase.

  • Temporary Test Jigs: Building quick setups to verify the functionality of sensors and actuators.

You can see the rest of our available relays from here: Relay | Pro Tronix