The KF28D3011-02GZ-100 precision sliding table module is engineered for applications requiring meticulous motion control and reliability. Featuring a stepping angle of 1.8°, this module provides exceptional accuracy and smooth linear movement, making it ideal for automation, CNC machinery, and testing equipment. Powered by a driving voltage of 24V DC and a rated current of 1.0A, the module ensures efficient operation under various conditions.
With an insulation resistance of 100 MΩ (500V DC), this two-phase stepping module offers enhanced durability and safety, allowing it to perform optimally in demanding environments. Its electrical resistance is rated at 2.2±15% Ω, while the inductance is measured at 1.2±20% mH, promoting energy efficiency and stable performance. The insulation class is rated as B, allowing the module to withstand moderate temperature variations during operation.
The KF28D3011-02GZ-100 features an output thrust of 20 N at a speed of 10 r/s, making it capable of handling substantial loads while maintaining precision. Its step size of 0.01 mm facilitates incredibly fine adjustments, essential for tasks requiring exact positioning in fields such as robotics and assembly processes.
Weighing approximately 1200 grams, this sliding table module balances robustness with practicality, allowing for straightforward integration into various systems without adding excess weight. Its impressive repeated positioning accuracy of ±0.005 mm ensures that movements are consistent and reliable, which is critical for applications that necessitate repeated precision.
In summary, the KF28D3011-02GZ-100 precision sliding table module combines high performance, efficiency, and reliability, making it an excellent choice for precision-focused applications. With its ability to deliver smooth, accurate linear motion and substantial output thrust, this module stands out as a vital component in modern automated systems. Whether utilized in industrial automation or advanced robotics, it guarantees optimal performance and precision in every operation.