Enhance your smart home and embedded system projects with this high-performance 16-channel Relay Module featuring a stable ESP-12F WiFi module. Designed for efficient wireless control and seamless integration, this relay module supports secondary development with comprehensive I/O and UART ports, making it ideal for DIY enthusiasts and developers working with ESP8266 platforms. Key Features: · Stable ESP-12F WiFi Module: Equipped with a mature and reliable ESP-12F WiFi chip featuring 4MB flash memory, ensuring high working efficiency and robust wireless connectivity. · Multiple Development Support: Compatible with various development tools and provides reference programs to facilitate easy programming and rapid development. · 16 Relay Channels with 10A Capacity: Each relay channel supports up to 10A current, allowing control of multiple high-power devices simultaneously with precision. · Wide Application Range: Perfectly suited for ESP8266 secondary development learning, smart home wireless control systems, intelligent automation, and various embedded system projects. · Comprehensive I/O and UART Ports: All I/O ports of the WiFi module and UART program download port are accessible, enabling straightforward secondary development and customization. · Durable Printed Circuit Board Construction: Built with quality PCB material to ensure reliable performance and long-term stability. · Working Voltage: Operates reliably at DC 24V, providing consistent power for demanding applications. Specifications: · Item Type: Relay Module · Material: Printed Circuit Board · Working Voltage: DC 24V · Relay Channel: 16 Channel · Relay Module Specification: 10A Package Includes: · 1 x 16-Channel Relay Module with ESP-12F WiFi Module This 16-Channel Relay Module is an essential tool for developers and hobbyists seeking an efficient, expandable, and wireless relay solution. With stable WiFi connectivity, ample development support, and strong relay capacity, it empowers your smart home automation and embedded system projects with reliable performance and flexibility.