Enhance your motor control projects with this high-performance AC Motor Speed Control Module, designed to deliver efficient speed regulation with minimal energy loss. Crafted from durable synthetic cardboard, this module ensures reliable operation with outstanding heat resistance and long-lasting durability. Ideal for various motor speed regulation applications, it supports a wide input voltage range from 110V to 220V AC and provides adjustable output voltage from AC 50V to 220V, with a maximum output power of 2000W and a peak output current of 25A. Key Features: · High Efficiency & Low Energy Loss: Optimized to reduce speed while increasing torsion effectively, ensuring smooth and stable motor performance. · Low Heat Generation: Designed to operate for extended periods with minimal heat output, enhancing safety and longevity. · Wide Voltage Compatibility: Supports an input voltage range of 110V to 220V AC and adjustable output voltage from AC 50V up to 220V, adaptable to various motor specifications. · Powerful Output: Handles a maximum output power of 2000W with a maximum current of 25A, suitable for demanding motor control tasks. · Robust Build Quality: Made from high-quality synthetic cardboard material offering strong durability and a long service life. · Compact & Portable: Small in size and lightweight, making it easy to carry, store, and install in different environments. · Suitable Operating Environment: Functions reliably within a temperature range of -20℃ to 40℃, ensuring stable operation in diverse conditions. Specifications: · Item Type: AC Motor Speed Control Module · Material: Synthetic Cardboard · Purpose: Motor Speed Regulation · Input Voltage: 110V ~ 220V AC · Output Voltage: AC 50V - 220V (Output voltage ≤ input voltage) · Maximum Output Power: 2000W · Maximum Output Current: 25A · Working Environment Temperature: -20℃ to 40℃ Package Includes: · 1 x AC Motor Speed Control Module This AC Motor Speed Control Module offers professional-grade speed regulation performance combined with durable construction and efficient operation. Its versatility and ease of use make it an excellent choice for motor control applications requiring reliable speed adjustment and power management.