Enhance your automation and engineering projects with this high-performance AB two-phase Encoder, designed to deliver precise and stable operation. Featuring a comprehensive speed range of 3000 to 6000 RPM and a maximum corresponding frequency of 30KHZ, this encoder is ideal for a variety of office automation and industrial applications. Constructed from premium aluminum and durable plastic materials, it offers excellent corrosion resistance and long-lasting reliability. Key Features: · **High-Speed Performance:** Supports a comprehensive speed range of 3000-6000 RPM with a maximum corresponding frequency of 30KHZ, ensuring accurate and responsive feedback for your equipment. · **AB Two-Phase Design:** Provides more stable working performance, enhancing precision and reliability in signal output. · **Durable Aluminum and Plastic Construction:** Made from high-quality aluminum and plastic materials, the encoder is hard, corrosion-resistant, and built for extended service life. · **Wide Voltage Compatibility:** Operates efficiently within a working voltage range of 5-24V DC, making it adaptable to various systems. · **Compact and Lightweight:** Small size and compact structure with a shaft diameter of approximately 6mm (0.23in), facilitating easy installation and integration into tight spaces. · **Convenient Package:** Includes screws and gaskets for hassle-free mounting, saving you time and additional costs. · **Long Cable Length:** Equipped with a 145cm (4.76ft) cable for flexible connection options in diverse setups. Specifications: · Material: Aluminum + Plastic · Color: Black + Silver · Shaft Diameter: Approx. 6mm (0.23in) · Working Voltage: 5-24V DC · Comprehensive Speed: 3000-6000 RPM · Maximum Corresponding Frequency: 30KHZ · Number of Phases: AB Two-Phase · Cable Length: Approx. 145cm (4.76ft) Package Includes: · 1 x Encoder (100% Brand New) This encoder combines durability, precision, and ease of installation, making it an excellent choice for office automation, engineering, and various industrial applications requiring reliable rotational speed feedback and control.