Thin Section Open Ball Bearing, Deep Groove Radial Bearing With Chrome Steel Balls, Brass Cage, Oil Preserved, 6.5 Inch Cross Section Width, 8.5 Inch Outer Dimension, 1 Inch Thick For Smooth High Load Linear Motion
Título
Precio habitual
489.60
Precio de oferta820.00Ahorras330.40
SKU: Kit14749
UPC: 00193019075067
UPC: 00193019075067
Item: VG065CP0 Ball Bearing
Type: Deep groove Radial Ball Bearing
Material: Chrome Steel
Cage: Brass
Closures: Open
Type: Deep groove Radial Ball Bearing
Material: Chrome Steel
Cage: Brass
Closures: Open
High-performance thin section ball bearing with precise dimensions
✔️ Chrome steel build, brass cage, 6.5 x 8.5 x 1 inch size, open design and high load ratings up to 63275 N static
✅ Dimensions: 6.5 x 8.5 x 1 inches, with a 1-inch cross section for space-saving setups
✅ Cage: Brass for reliable performance and reduced friction
✅ Load ratings: 27561 N dynamic and 63275 N static, ideal for high-precision tasks
✅ Quantity: Single bearing, preserved with oil for immediate use
✔️ Chrome steel build, brass cage, 6.5 x 8.5 x 1 inch size, open design and high load ratings up to 63275 N static
This thin section ball bearing is a compact component designed for smooth rotation in tight spaces, commonly found in machinery, robotics, and aerospace applications where reducing weight and space is key.
✅ Material: Chrome steel for durability and strength✅ Dimensions: 6.5 x 8.5 x 1 inches, with a 1-inch cross section for space-saving setups
✅ Cage: Brass for reliable performance and reduced friction
✅ Load ratings: 27561 N dynamic and 63275 N static, ideal for high-precision tasks
✅ Quantity: Single bearing, preserved with oil for immediate use
💡 What makes thin section bearings a solid choice for compact machinery setups?
Thin section bearings deliver efficient performance by minimizing space and weight without sacrificing accuracy.
- Offer precise motion control in applications like robotics and automation
- Help reduce overall system weight for better energy efficiency
- Provide reliable operation under varying loads and speeds
- Enhance equipment longevity through smooth, low-friction movement
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