KP000 10mm Bore Zinc Alloy Housing Pillow Block Bearing Unit

KP000 Pillow Block Bearing Unit – Compact, Corrosion-Resistant, and Ready to Mount

When your light-duty machinery demands reliable shaft support in a compact footprint, the KP000 Pillow Block Bearing Unit delivers exceptional value. This pre-assembled, ready-to-mount bearing unit combines a precision steel insert bearing with a durable zinc alloy housing, offering a complete solution for 10mm diameter shafts.

Ключевые особенности:

• Self-Aligning Design – Compensates for Shaft Misalignment
  The KP000 features an insert bearing that can rotate within the housing, automatically compensating for angular shaft misalignment during installation. This self-aligning capability eliminates the need for precision-aligned mounting surfaces, significantly reducing installation time and preventing premature wear caused by binding. The bearing is designed to be easily adjusted or replaced.

• Zinc Die-Cast Housing – Corrosion Resistance in a Lightweight Package
  The housing is manufactured from high-quality zinc die-cast (ZDC) alloy, offering excellent corrosion resistance, dimensional stability, and a smooth, flat surface finish. Unlike painted cast iron housings that can chip and rust, the zinc alloy housing is waterproof, dustproof, and inherently resistant to oxidation. This makes the KP000 particularly suitable for food processing equipment, packaging machinery, and other applications where moisture or mild chemicals are present.

• Pre-Assembled, Ready-to-Mount – Saves Installation Time
  The KP000 arrives as a complete, pre-assembled unit with the bearing insert already installed in the housing. No pressing, alignment, or greasing is required—simply bolt the unit to your machine frame, slide the 10mm shaft through, and tighten the set screws. The two-bolt base design ensures secure mounting with minimal hardware.
• Pre-Lubricated and Maintenance-Free
  The KP000 is factory-lubricated and designed for maintenance-free operation under normal conditions. The contact/lip seals retain lubricant while preventing the ingress of dust and moisture, ensuring consistent performance throughout the bearing’s service life.
• Compact Footprint – Fits in Tight Spaces
  With overall dimensions of just 67mm × 35mm × 18mm, the KP000 is specifically designed for miniature machinery and space-constrained assemblies. The compact footprint allows engineers to incorporate robust shaft support without sacrificing valuable machine real estate.

Приложения

The KP000 pillow block bearing unit is a versatile component suitable for numerous light-duty industrial applications:

• Packaging Machinery – Carton erectors, case sealers, labeling machines, and shrink wrap equipment benefit from the KP000’s compact size and corrosion-resistant housing.

• Food Processing Equipment – Conveyors, filling machines, and packaging lines in food processing facilities require corrosion-resistant components. The zinc alloy housing and sealed bearing make the KP000 an excellent choice for these environments.

• Conveying Systems – Belt conveyors, roller conveyors, and sortation equipment use pillow block bearings to support shafts and rollers.

• CNC Machine Tools – Light-duty CNC routers, engraving machines, and desktop CNC systems rely on compact bearing units for precise axis movement.

• Film Processing Machinery – Web handling equipment, film winding machines, and converting machinery use KP000 bearings for roller support.

• Сельскохозяйственная техника – Light-duty agricultural equipment, including small conveyors and material handling attachments.

• Mechanical Engineering – General machinery, testing equipment, and prototype assemblies benefit from the KP000’s ease of installation and reliable performance.

• Automation Equipment – Pick-and-place systems, assembly line conveyors, and robotic workstations require compact, reliable shaft support.

• Miniature Machinery – Small-scale production equipment, laboratory apparatus, and hobby-grade machinery find the KP000’s compact footprint particularly valuable.