8 Channel 5V Relay Module With Optocoupler Isolation Board

Send Inquiry

Request To Call Back

8 Channel 5V Relay Module With Optocoupler Isolation Board

Name: 8 Channel 5V Relay Module With Optocoupler Isolation Board
Brand: R and D Control Systems
Price: 339.0 INR
Availability: InStock

Price 339.0 INR/ Set

Get a Price/Quote

MOQ : 5000 Pieces

8 Channel 5V Relay Module With Optocoupler Isolation Board Specification

Charging Voltage
Not Applicable Ampere (amp)

Operating Temperature
-40 C to +85 C Celsius (oC)

IP Rating
IP20

Output
8 Relay Outputs (NO/NC/COM)

Response Time
10 ms (Opera Product Strength: High product image D303 Nova OT LED LightLive 90%te), 5 ms (Release) Minutes

Power Source
External 5V DC Supply

Display Type
LED Displays

Interface
Digital TTL Input (IN1 IN8), Screw Terminal Output

Components
8 5V Relays, Optocouplers, Driver ICs/Transistors, LEDs, Screw Terminals, PCB

Usage
Arduino, ESP32, Raspberry Pi, PLC, Home Automation, Industrial Control

Thermal Conductivity
Not Applicable Calorie (IT)/second/centimeter/°C

Processor Speed
Not Applicable

Power Supply
5V DC

Resolution
Not Applicable

Features
8 Independent Relays, LED Status Indicators, Optocoupler Isolation, Active-Low Trigger, Screw Terminals

Input
5V TTL Digital Signal (IN1 IN8)

Sensors Specification
Not Applicable

Power Rating
Relay Contacts: 10A @ 250VAC / 10A @ 30VDC

Product Type
Relay Module

Application
Electrical Load Switching, Automation, Smart Home, Robotics

Supply Voltage
5V DC Volt (v)

Size
Approximately 138 56 18 mm

Dimension (L*W*H)
138 56 18 mm Millimeter (mm)

Function
8-Channel Electromechanical Relay Module for Switching AC/DC Loads

Color
Blue

Weight
Approximately 120 150 g Grams (g)

Rated Voltage
5V DC Volt (V)

Usage & Applications
Arduino, ESP32, Raspberry Pi, PLC, Home Automation, Industrial Control, Robotics, IoT Projects

Warranty
6 Months (or As Per Seller Policy)

Cable Type
Jumper Wires / Screw Terminal Connection

Phase
Single Phase

Rated Current
16 A Ampere (amp)

Material
FR-4 PCB, ABS Plastic Relay Housing

Conductor
Copper PCB Traces

Current Rating
Relay Contacts: 10A @ 250VAC / 10A @ 30VDC

Capacity
8 Channels Pcs/min

Thickness
PCB: Approximately 1.6 mm Millimeter (mm)

Frequency
50/60 Hz (for AC switching) Hertz (HZ)

8 Channel 5V Relay Module With Optocoupler Isolation Board Trade Information

Minimum Order Quantity
5000 Pieces

Delivery Time
3 Days

About 8 Channel 5V Relay Module With Optocoupler Isolation Board

Product Description

The 8 Channel 5V Relay Module is a high-performance relay interface board designed for controlling multiple AC and DC loads using microcontrollers and automation systems. Equipped with 8 high-quality 5V SPDT relays and optocoupler isolation, it provides reliable switching performance while protecting the control circuit from electrical interference.

This relay module is compatible with Arduino UNO, Mega, Nano, ESP8266, ESP32, Raspberry Pi, NodeMCU, STM32, PIC, AVR, and PLC systems. It is widely used in home automation, industrial automation, robotics, IoT projects, smart lighting, motor control, security systems, and appliance control.

Each relay can independently switch high-voltage AC or DC loads through screw terminal connections, making installation simple and secure.

Flexible Integration and Compatibility

Supporting 8 independent channels, the relay board easily interfaces with most microcontrollers such as Arduino, ESP32, Raspberry Pi, and PLCs. Its digital TTL inputs (IN1-IN8) allow seamless integration for both hobby and industrial projects, expanding automation capabilities in homes, labs, or factories.

Reliable and Safe Switching

Each relay is isolated via optocouplers, protecting your low-voltage devices from high-voltage spikes and interference. The active-low trigger design ensures simple operation, while the sturdy FR-4 PCB and copper traces provide high reliability even in demanding conditions (-40C to +85C).

Versatile Control in Automation

With ratings for switching both AC and DC loads up to 10A, this module is suitable for a wide scope of tasks, including smart home automation, industrial machinery control, IoT projects, and robotics. Screw terminal connections simplify wiring, and built-in LED indicators help users monitor relay status in real time.

FAQ's of 8 Channel 5V Relay Module With Optocoupler Isolation Board:

Q: How do I connect the 8 Channel 5V Relay Module to an Arduino or Raspberry Pi?

A: To connect the relay module, use jumper wires to attach each digital TTL input (IN1-IN8) to your microcontroller's digital output pins. Supply 5V DC to the relay's power terminals and connect the ground. Program your controller to send a LOW signal to activate each relay.

Q: What devices or loads can I control with this relay module?

A: This relay module can switch AC loads up to 250VAC at 10A and DC loads up to 30VDC at 10A. Common uses include controlling lights, appliances, motors, solenoid valves, or other electrical equipment in home automation, industrial environments, and robotics.

Q: When should I use optocoupler isolation in my projects?

A: Optocoupler isolation is important when controlling high-voltage or high-current loads using sensitive electronics. It protects your microcontroller from electrical surges or noise generated by the load, enhancing circuit safety and stability.

Q: Where is the 8 Channel Relay Module commonly used?

A: This module is widely used in smart home systems, IoT automation projects, industrial machine control, PLC expansion, robotics, and remote switching applications. It is ideal wherever multiple electrical circuits need safe and independent control.

Q: What are the benefits of using LED indicators on each relay channel?

A: LED indicators provide instant visual feedback for each relay's status (on or off), making troubleshooting and monitoring simple, especially during installation or routine maintenance.

Q: How should I power the relay module for optimal performance?

A: Use an external 5V DC power supply capable of delivering sufficient current for all active relays. This ensures reliable switching, prevents voltage dips, and protects connected microcontrollers from power fluctuations.

Tell us about your requirement