Super Saver Heavy Duty Pillow Block Ucp317 Bore 85mm In Multiple Colors [JdH8j06c]

Heavy Duty Pillow Block UCP317

The Heavy Duty Pillow Block UCP317 is a robust and reliable choice for heavy-duty applications. Designed for maximum durability, this pillow block bearing is engineered to withstand significant loads from any direction. With its cylindrical bore and set screws, it provides a secure and stable mounting solution. This bearing is perfect for demanding environments where shock loads and severe loading conditions are prevalent.

Key Features and Specifications

The UCP317 bearing is a mounted ball bearing, offering exceptional performance and reliability. Here are some of its key features and specifications:

• Bore Diameter: 85mm, ensuring a precise fit for your application.
• Bolt Size: M27, providing secure mounting and stability.
• Bearing Number: UC317, indicating its high-quality and industry-standard design.
• Basic Load (Cr): 133 KN, demonstrating its ability to handle heavy loads.
• Dynamic Load (Cr): 96.8 KN, ensuring smooth and continuous operation.

The dimensions of the UCP317 are as follows:

• d: 85mm
• H: 112mm
• L: 420mm
• A: 110mm
• J: 320mm
• N: 33mm
• N1: 45mm
• H1: 40mm
• H2: 220mm
• L1: 120mm
• S: 40mm

Practical Applications and Benefits

The Heavy Duty Pillow Block UCP317 is a versatile solution for a wide range of applications. Its robust design makes it ideal for heavy machinery, construction equipment, and industrial applications where durability and reliability are crucial. With its ability to handle shock loads and severe loading conditions, this bearing is perfect for challenging environments. By choosing the UCP317, you can expect the following benefits:

• Increased durability and reliability for heavy-duty applications.
• Improved performance and efficiency in demanding environments.
• Reduced maintenance and downtime due to its robust design.

The UCP317 is a cost-effective and long-lasting solution for your heavy-duty bearing needs, ensuring smooth and continuous operation in even the most challenging conditions.