Description
Application Environment:Industrially robust and suitable for high-speed robotic applications
Speed Range:500 to 1500 RPM
Reduction Ratio:10:1 to 20:1
Torque Capacity:50 Nm to 150 Nm
Input Shaft Diameter:16 mm to 32 mm
Output Shaft Diameter:12 mm to 20 mm
Material Composition:Aluminum alloy with hardened steel gears for durability and strength
Maintenance-Free:Designed with self-lubricating components for reduced maintenance requirements
Introducing the Yaskawa HW0380393-B Robot Speed Reducer, engineered for unparalleled precision and reliability in robotic systems. This high-performance reducer is designed to seamlessly integrate with the Yaskawa M-10 series motors, offering unmatched compatibility and efficiency. Constructed from durable aluminum alloy, it ensures longevity under rigorous industrial conditions.
Featuring a versatile gear ratio of 10:1, this reducer allows for fine-tuned speed adjustment, optimizing operational efficiency across various robotic tasks. With an output torque range of 50 Nm to 100 Nm, it is capable of handling a wide spectrum of loads, making it suitable for both light and heavy-duty applications.
Efficiency is at the core of its design, with a noise level kept under 65 dB, ensuring minimal disruption in the workspace. The reducer operates within a temperature range of -20°C to 80°C, guaranteeing reliable performance in diverse environmental conditions.
Ease of installation and maintenance are paramount in its design. The compact yet robust structure facilitates quick setup, while its modular design allows for easy replacement or upgrade without disrupting ongoing operations. This product is a testament to Yaskawa’s commitment to innovation and quality in robotic automation.
Backed by Yaskawa’s extensive experience and expertise in industrial robotics, the HW0380393-B Robot Speed Reducer is a strategic choice for manufacturers seeking to enhance their production lines with advanced, efficient, and reliable robotic components. Upgrade your robotic system today and experience the difference in productivity and precision.
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