Low Level Solid State Relay Module for Arduino – 5V 1/2/4/8 Channel

Low Level Solid State Relay – Reliable Switching for DIY Electronics Upgrade your DIY electronics projects with the Low Level Solid State Relay Module. Designed for Arduino and microcontroller applications, this 5V SSR module ensures safe and reliable switching for high-voltage AC loads. It is available in 1, 2, 4, and 8-channel configurations, making it perfect for home automation, industrial control, and technology projects. The built-in resistive fuse enhances safety and durability, preventing circuit failures. Key Features: Multiple Channels Available – Choose from 1, 2, 4, or 8-channel modules based on your project needs. High-Quality Components – Features G3MB-202P SSR for efficient and reliable switching. Low Level Trigger – Supports low-level activation for seamless integration with Arduino and microcontrollers. 5V DC Input – Compatible with standard 5V power supplies for easy setup. Resistive Fuse Protection – Ensures safe operation by preventing overcurrent damage. Compact Size – Designed for easy integration into various DIY and industrial applications. Easy Wiring – Includes 2.54mm pin headers and KF301 terminal blocks for hassle-free connectivity. Technical Specifications: Operating Voltage: 5V DC Output Load: 240V AC, 2A Quiescent Current: 0mA Operating Current: Varies by module size (see below) Trigger Voltage: 0-2.5V (low level) Trigger Current: 2mA Available Variants: 1/2/4/8-channel modules Wiring Instructions: DC : Connect to the positive terminal of the power supply. DC-: Connect to the negative terminal of the power supply. CH1, CH2, CH3, CH4…: Signal trigger inputs for relay activation. High-Level vs. Low-Level Triggering: High-Level: Relay turns ON at 3.3V-5V. Low-Level: Relay turns ON at 0-2.5V. Why Choose This Solid State Relay for DIY Projects? Ideal for home automation and IoT projects – Perfect for controlling lights, fans, and appliances remotely. Works seamlessly with Arduino, ESP8266, ESP32, and Raspberry Pi. No mechanical wear and tear – Unlike mechanical relays, SSR operates silently and lasts longer. Safe and energy-efficient – Low power consumption with high voltage isolation. Reliable for automation applications – Suitable for robotics, industrial control, and smart home projects. How to Use the Low Level Solid State Relay Module? Connect the power supply (5V DC) to DC and DC-. Connect the control signal (CH1, CH2, etc.) to your Arduino or microcontroller. Load your AC appliance (up to 240V, 2A) on the output terminals. Trigger the relay using a LOW signal (0-2.5V) from the microcontroller. Monitor and control your electronic appliances safely! Related Tags: #SolidStateRelay #Arduino #Tech #DIY #HomeAutomation #SSRModule #Microcontroller #IoT #Automation #Electronics �� Explore More DIY Electronics Products: Click Here �� Watch DIY Tech Tutorials on YouTube: Visit Our Channel Related