BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT
BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT
BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT
BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT
BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT
BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT
BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT
BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT
BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT
BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT
BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT
BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT

BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT

€21,42
Incl. VAT
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EAN: 7350001161822 The BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT is a versatile and robust expansion board designed to enhance the functionality of your Raspberry Pi projects. This HAT integrates seamlessly with Raspberry Pi models including the 3, 4, 5, and Zero.
Specifications
  • Load Capacity: 5A 230VAC or 5A 28VDC
  • Expansion and Manager connector 5V/3A power
  • Relay channels: 4-ch
  • Relay Configuration: NO C contact form
  • Connector: Screw terminal blocks
  • Dimension: 73.9 mm x 65 mm
  • Mounting hole size: 2.75 mm
  • Compatibility: Compatible with Raspberry Pi 3, 4, 5, Zero
  • Stackability: Stackable HATs on top of the Relay Module (ensure no pin conflict with relay module)
  • Power Options: power the Relays from Raspberry Pi or the BEVRLink Expansion connector
Compatible items
How to get started examples
Download assets / 3D model

Overview

The BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT is a versatile and robust expansion board designed to enhance the functionality of your Raspberry Pi projects. This HAT integrates seamlessly with Raspberry Pi models including the 3, 4, 5, and Zero, offering a reliable solution for controlling high-voltage devices in automation, testing, and other applications.

This relay HAT features four high-quality relays, each capable of handling loads up to 5A at 230VAC or 5A at 28VDC. Each relay channel is equipped with an individual LED indicator, providing clear, real-time status updates for each relay. This feature simplifies troubleshooting and monitoring, making it easier to ensure that all connected devices are operating as expected. The relays are managed through GPIO pins on the Raspberry Pi, allowing for straightforward control and integration into your existing Raspberry Pi projects or custom software solutions.

Designed with flexibility and expandability in mind, the BEVRLink Relay HAT offers pluggable terminal blocks and detachable screw connectors, which streamline wiring and make modifications quick and easy. Its stackable design allows you to add additional HATs or modules without compromising functionality, provided that pin usage conflicts are avoided. Moreover, the inclusion of an expansion connector compatible with the BEVRLink system opens the door to further integration and expansion, making it an ideal choice for both hobbyists and professionals looking to scale their projects.

Power management is another strong suit of this relay HAT. It can be powered directly from the Raspberry Pi or through the BEVRLink expansion connector, offering flexibility depending on your power needs and setup. Each relay coil consumes only 30mA when active, ensuring that the board remains efficient and doesn't overburden the Raspberry Pi's power supply. The standard rail mount bottom case provides secure and practical installation, especially in industrial or automated settings. This robust, user-friendly design makes the BEVRLink Raspberry Pi 5 - 4 Channel Relay HAT an excellent tool for quickly setting up and managing complex test and automation systems.

Features

  • High-quality relays load up to 5A 230VAC or 5A 28VDC
  • Relay coil supplied directly from power input, 30mA used by each relay active
  • 5V I2C communication to the BEVRLink system or your own sensors and boards
  • Expansion connector for compatibility with the BEVRLink system for expandability
  • Individual LED indicator for each relay
  • Power the Relays from Raspberry Pi or power both the Relays and Raspberry Pi from the BEVRLink Expansion connector
  • No cables are needed to attach a Raspberry Pi
  • Good for quickly setting up test and automation systems
  • Compatible with Official Raspberry Pi Cooler only for correct high-voltage clearance and only to be used with the included spacers.

3D model / Dimensions

Examples and Guides

Get Started With BEVRLink Raspberry Pi 5 4/8 Channel Relay - Python

Get Started With BEVRLink Raspberry Pi 5 4/8 Channel Relay - Python

Getting Started with Bash Commands Using BEVRLink 4/8-Channel Relay Hat for Raspberry Pi

Getting Started with Bash Commands Using BEVRLink 4/8-Channel Relay Hat for Raspberry Pi

Getting Started with Node-RED using BEVRLink 4/8-Channel Relay Hat for Raspberry Pi

Getting Started with Node-RED using BEVRLink 4/8-Channel Relay Hat for Raspberry Pi

Getting Started with C++ Using BEVRLink 4/8-Channel Relay Hat for Raspberry Pi

Getting Started with C++ Using BEVRLink 4/8-Channel Relay Hat for Raspberry Pi

Web based BEVRLink relay control using Raspberry Pi and Bottle.py

Web based BEVRLink relay control using Raspberry Pi and Bottle.py

Getting Started with Home Assistant Using BEVRLink 4/8-Channel Relay Hat for Raspberry Pi

Getting Started with Home Assistant Using BEVRLink 4/8-Channel Relay Hat for Raspberry Pi

Example of applications

  • Controlling smart home automation system by connecting the relay HAT to control multiple lighting circuits, household appliances fans or
    ventilation systems, ensuring they operate only when needed.
  • Creating industrial equipment control automation by connecting the relays to machines and equipment (e.g. industrial HVAC systems, water pumps, or ventilation units, emergency shutoff systems or alarms).
  • Automate the testing of electronic devices or components by connecting the relays to the device.
  • Environmental Testing: integrate with sensors to automate the control of environmental conditions (e.g., temperature, humidity) during
    testing.
  • Robot Control Systems: use the relay HAT to manage power distribution to different parts of a robot, such as motors, sensors, and
    actuators.
  • DIY Automation Projects: implement relays in student projects for automating tasks such as controlling electric doors, conveyor belts, or other mechanical systems.
  • Interactive Exhibits: create interactive displays where visitors can control different devices or lighting effects through physical inputs connected to the relays.
  • Greenhouse Automation: control irrigation systems, grow lights, and fans based on environmental sensor data. Automate the management of temperature, humidity, and soil moisture levels.
  • Aquarium Systems: manage lighting, filtration, and heating in aquariums. Automate feeding systems and water pumps to ensure a stable
    environment for aquatic life.
  • Livestock Environment Control: automate ventilation, heating, and cooling systems in barns or poultry houses to maintain comfortable conditions for animals.

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