Enhance your precision control systems with this high-performance 3-phase ABZ Encoder, designed for accuracy, durability, and ease of installation. Crafted from a robust combination of aluminum and plastic materials, this incremental encoder offers reliable operation in demanding environments, making it ideal for office automation, engineering applications, and other precise working conditions. Key Features: · Compact and Lightweight Design: Small size and light weight allow for easy installation in tight spaces without compromising performance. · Durable Construction: Made from high-quality aluminum and plastic, providing enhanced protection, robustness, and long-lasting durability. · Accurate Incremental Encoding: Delivers clean pulse signals with no fuzziness, ensuring precise position and speed detection with strong anti-interference capability. · Wide Voltage Compatibility: Operates efficiently within a DC 5-24V power supply range, with low current consumption of just 30mA for energy-saving performance. · High Mechanical Speed: Supports speeds up to 6000rpm, suitable for high-speed rotational measurement and control tasks. · Multiple Shaft Diameter Options: Available with shaft diameters of approximately 6mm (0.2in), 8mm (0.3in), and 10mm (0.4in) to fit various mechanical setups. · 3-Phase ABZ Output: Provides three-phase incremental signals (A, B, and Z), enabling precise feedback for advanced motion control systems. Specifications: · Item Type: ABZ Encoder · Material: Aluminum + Plastic · Model: C38S6G5 · Power Supply Voltage: DC 5-24V · Current Consumption: 30mA · Mechanical Speed: 6000rpm · Shaft Diameter Size: Approx. 6mm / 0.2in, 8mm / 0.3in, 10mm / 0.4in · Number of Phases: ABZ 3 Phase Package Includes: · 1 x 3-Phase ABZ Encoder This 3-phase ABZ Encoder combines precision, durability, and versatility, making it an excellent choice for professionals seeking reliable feedback devices for automation, engineering, and industrial applications. Its compact design and strong anti-interference features ensure stable and accurate performance in various working environments.