16 Channel Expandable Relay Module With 5V Power Supply IIC Communication Opto Isolated Compatible With Arduino And Raspberry Pi Scales Up To 128 Relays For Pro Grade Automation Projects
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16 Channel Expandable Relay Module With 5V Power Supply IIC Communication Opto Isolated Compatible With Arduino And Raspberry Pi Scales Up To 128 Relays For Pro Grade Automation Projects

16 Channel Expandable Relay Module With 5V Power Supply IIC Communication Opto Isolated Compatible With Arduino And Raspberry Pi Scales Up To 128 Relays For Pro Grade Automation Projects

$14.48

Original: $41.38

-65%
16 Channel Expandable Relay Module With 5V Power Supply IIC Communication Opto Isolated Compatible With Arduino And Raspberry Pi Scales Up To 128 Relays For Pro Grade Automation Projects

$41.38

$14.48

The Story

Expandable 16-Channel Relay Module for Arduino Automation
✔️ Expands to 128 relays with IIC comm, opto isolation, handles 10A resistive loads for stable pro automation

This 16-channel relay module is a handy device for boosting control in electronics projects, typically used with Arduino or Raspberry Pi to manage switches, motors, and sensors in home setups or industrial automation tasks.

✅ Expands up to 128 relays for handling large-scale automation
✅ Includes IIC communication for seamless integration with microcontrollers
✅ Features opto isolation to ensure safe operation with various loads
✅ Supports 3.3V and 5V power, managing up to 10A resistive and 7A inductive loads
✅ Ideal for space-limited projects needing multiple relay control

💡 How do expandable relay modules enhance control in automation systems? They provide a simple way to scale up device management in electronics. - Boosts capacity for handling more switches and sensors - Improves reliability by isolating signals from potential interference - Integrates easily with common platforms like Arduino - Reduces the need for additional hardware in complex setups

16 Channel Expandable Relay Module With 5V Power Supply IIC Communication Opto Isolated Compatible With Arduino And Raspberry Pi Scales Up To 128 Relays For Pro Grade Automation Projects - Image 2

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

16 Channel Expandable Relay Module With 5V Power Supply IIC Communication Opto Isolated Compatible With Arduino And Raspberry Pi Scales Up To 128 Relays For Pro Grade Automation Projects - Image 3

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

16 Channel Expandable Relay Module With 5V Power Supply IIC Communication Opto Isolated Compatible With Arduino And Raspberry Pi Scales Up To 128 Relays For Pro Grade Automation Projects - Image 4

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

16 Channel Expandable Relay Module With 5V Power Supply IIC Communication Opto Isolated Compatible With Arduino And Raspberry Pi Scales Up To 128 Relays For Pro Grade Automation Projects - Image 5

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Description

Expandable 16-Channel Relay Module for Arduino Automation
✔️ Expands to 128 relays with IIC comm, opto isolation, handles 10A resistive loads for stable pro automation

This 16-channel relay module is a handy device for boosting control in electronics projects, typically used with Arduino or Raspberry Pi to manage switches, motors, and sensors in home setups or industrial automation tasks.

✅ Expands up to 128 relays for handling large-scale automation
✅ Includes IIC communication for seamless integration with microcontrollers
✅ Features opto isolation to ensure safe operation with various loads
✅ Supports 3.3V and 5V power, managing up to 10A resistive and 7A inductive loads
✅ Ideal for space-limited projects needing multiple relay control

💡 How do expandable relay modules enhance control in automation systems? They provide a simple way to scale up device management in electronics. - Boosts capacity for handling more switches and sensors - Improves reliability by isolating signals from potential interference - Integrates easily with common platforms like Arduino - Reduces the need for additional hardware in complex setups