Best Seller Phidgets 234nm 75 Series Worm Gearbox 30:1 75% Off - Today Only [SuCe4853]

Best Seller Phidgets 234nm 75 Series Worm Gearbox 30:1 75% Off - Today Only [SuCe4853]

Introducing the Best Seller Phidgets 234nm 75 Series Worm Gearbox 30:1 75% Off - Today Only [SuCe4853], a compact powerhouse designed for demanding mechanical applications. This high-performance gearbox boasts an impressive 234Nm of torque and a 30:1 gear ratio, making it a top choice for heavy-duty systems. With minimal backlash error of just 0.33°, it ensures precision and reliability in motion control. Its versatile design accommodates both single and double-ended 35mm output shafts, offering unparalleled adaptability for various setups.

• Delivers 234Nm torque for robust performance.
• Features a 30:1 gear ratio for precise control.

Product Specifications

The Phidgets 234Nm 75 Series Worm Gearbox is engineered to meet the highest standards of performance and durability. With a 24mm input shaft diameter and a 35mm output bore diameter, it can be seamlessly integrated into a wide range of mechanical systems. The input shaft keyway width is 8mm, while the output bore keyway width is 10mm, providing a secure connection. This gearbox can withstand radial loads of up to 7.4 kN, ensuring reliability in challenging environments.

• Engineered for heavy-duty mechanical applications.
• Comes with a maximum radial load capacity of 7.4 kN.

Practical Applications and Benefits

The Phidgets 234Nm 75 Series Worm Gearbox is an essential tool for professionals in various industries, including automation, robotics, and manufacturing. Its compact size and high output torque make it ideal for tasks that require robust performance, such as lifting heavy loads, driving motors, or controlling mechanisms. With its seamless integration capabilities, this gearbox can be easily incorporated into existing systems, enhancing their efficiency and precision.

• Ideal for heavy-duty applications in automation and robotics.
• Enhances the efficiency and precision of mechanical systems.