ANKROYU Timer Delay Switch Circuit Board Advanced Dual MOS Tube Control 12V 24V Cycle Timing Relay Module with Optocoupler Isolation for Industrial Automation and DIY Electronic Pr

ANKROYU Timer Delay Switch Circuit Board Advanced Dual MOS Tube Control 12V 24V Cycle Timing Relay Module with Optocoupler Isolation for Industrial Automation and DIY Electronic Pr

• [SILENT AND SPARK-OPERATION] Experience completely noiseless switching with our Timer Delay Switch Circuit Board. Unlike traditional relays that produce audible clicks and sparks, this advanced module operates silently without generating electromagnetic interference. for noise-sensitive environments like recording studios or smart home installations.
• [SUPERIOR DURABILITY AND LONGEVITY] Built with industrial-grade components, our relay module outlasts conventional electromagnetic relays by 10x. The solid-state design eliminates moving parts that wear out, ensuring reliable performance for years of continuous operation. Ideal for high-cycle applications where reliability is critical.
• [ULTRA-FAST SWITCHING SPEED] Achieve-fast circuit switching with response times measured in microseconds. The advanced MOS tube design allows for unlimited switching cycles without degradation-for precision timing applications, PWM control, and rapid cycling requirements in industrial automation systems.
• [INDUSTRIAL-GRADE PROTECTION] Featuring optocoupler isolation and reinforced insulation, this board provides exceptional to electrical noise and interference. With an operating temperature range of-40°C to 85°C and reverse polarity protection, it's built to withstand the toughest industrial environments while protecting your valuable equipment.
• [VERSATILE AND USER-FRIENDLY] Designed for universal compatibility with 5-36V systems, this module integrates seamlessly with most equipment. The intuitive interface with clear markings simplifies setup, while emergency stop and auto-shutdown features add safety. Ideal for both professionals and DIY enthusiasts working with automation and timing circuits.