- +100 6 % $0.61
- +300 8 % $0.60
- +500 11 % $0.58
- +1000 12 % $0.57
Introducing the versatile NE555 12V Delay Timer Relay Switch Module, a game-changer for your automation and control needs. This module is equipped with the NE555 timer IC, renowned for its precision and reliability. With its adjustable delay time range of 0 to 10 seconds, this module offers flexibility in timing applications. The 12V operating voltage makes it compatible with a wide range of systems, ensuring seamless integration into your projects. Whether you're automating lights, motors, or other electrical devices, the NE555 12V Delay Timer Relay Switch Module provides accurate timing control, allowing you to customize and optimize your operations effortlessly.
The NE555 12V Delay Timer Relay Switch Module stands out with its user-friendly design and comprehensive specifications. Its compact size and straightforward interface make it suitable for both beginners and experienced enthusiasts. The module features a relay switch with a maximum load capacity of 10A, enabling you to control various high-power devices. The adjustable delay time can be easily set using the onboard potentiometer, providing precise control over your timing requirements. Whether you're working on home automation projects, industrial systems, or hobbyist applications, the NE555 12V Delay Timer Relay Switch Module is a reliable and efficient solution that simplifies your control and timing needs. Upgrade your projects with this versatile module and experience enhanced automation capabilities.
Specification of NE555 12V Delay Timer Relay Switch Module:
- Main Chip: NE555
- Working Voltage: 12V
- Turn on the delayed absorption power relay
- The delay time is adjustable (0~10 seconds)
- Increasing the potentiometer can increase the delay time
- Increasing the capacitance C1 can increase the delay time
- With input power display
- With relay suction indicator light
- Can control 220V/10A AC device (maximum controller 2000W)
- With relay current protection
- Delay time formula: T = 1.1RC