Product Description: Programmable Timer Relay Module Streamline and enhance your circuit operations with our Programmable Timer Relay Module, a versatile tool designed to bring intelligent control and precision timing to both household and industrial applications. This module is crafted to provide seamless automation and user-friendly operation. Discover the exceptional features that make this product a perfect fit for your needs: Intelligent Control: Elevate your circuit management with the timer relay module's capability to automate control circuits. This feature introduces a level of intelligence and convenience to your system, allowing for more efficient and hassle-free operations. Digital Display: Equipped with a 3-digit digital display module, this timer relay offers high visibility and accuracy. The clear and precise readings ensure you can monitor and adjust settings with confidence, ensuring optimal performance at all times. Timing Start and Stop: Customize your timing operations with ease by setting the start and stop durations according to your specific requirements. This flexibility makes the module ideal for a variety of applications, whether in a home setting or an industrial environment. Dynamic Display: Stay informed with the module's dynamic display during timing operations. This feature provides real-time updates on the current timing status, allowing you to intuitively understand and monitor the circuit operation, enhancing decision-making and troubleshooting. Button Adjustment: Enjoy the convenience of button adjustments for both input and output settings. This user-friendly design ensures a seamless experience, enabling you to make quick and precise modifications to meet your operational needs. Invest in the Programmable Timer Relay Module to bring precision, efficiency, and intelligence to your electronic projects. Its combination of advanced features and ease of use makes it an indispensable tool for anyone looking to optimize their circuit control and timing capabilities. Experience enhanced control and functionality today.