AC Voltage Regulating Module Digital Stepping Regulator XH-M270, Numerical Control Adjustable Voltage Controller for Precise Power Management

Enhance your electrical control projects with the AC Voltage Regulating Module XH-M270, designed for efficient and reliable AC voltage regulation. Constructed with a durable 1.6mm thick double-sided PCB, this module ensures long-lasting performance and excellent heat dissipation for continuous operation. Ideal for applications requiring precise voltage control, it supports a maximum control current of 10A and an output power of up to 2200W, making it suitable for various high-power AC devices. Key Features: · Durable PCB Construction: Made from high-quality 1.6mm thick double-sided PCB, providing strong mechanical strength and extended service life. · Large Heat Dissipation Area: Optimized design for effective heat management, ensuring stable operation during long-term use. · Reliable Electrical Performance: Entire board undergoes tin spraying process to guarantee excellent conductivity and performance under both large and small current loads. · Lightweight and Ergonomic: Compact and light design allows for easy one-hand operation, reducing user fatigue during installation or adjustment. · High Safety and Quality Assurance: Manufactured under strict quality control standards to deliver a high safety factor and dependable operation. · Wide Control Range: PWM control capability from 0 to 100%, enabling precise adjustment of output voltage to meet diverse application needs. Specifications: · Material: PCB · Model: XH-M270 · Input Voltage: AC 220V · Output Voltage: AC 220V · Control Current: Maximum 10A · Control Range: PWM 0-100% · Output Power: 2200W Package Includes: · 1 x AC Voltage Regulating Module This AC Voltage Regulating Module XH-M270 is an ideal solution for users seeking efficient voltage control with robust construction and reliable performance. Its excellent heat dissipation and precise PWM control make it perfect for managing AC voltage in various electrical applications safely and effectively.