Pillow block bearings with thread

Pillow block bearings with thread are a type of mounted bearing used to provide load support for a rotating shaft. Their design allows for easy installation and they are  self-aligning.
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  • Bolt size M12
  • Grease nipple Straight
  • Hole distance (mm) 82.6
  • Shaft size (mm) Ø35
  • Cover Open
  • Sealing Nitrile rubber (NBR)
  • Model S2
  • Mounting Eccentric
  • Housing type 2-bolt pillow block bearing
  • Color Blue
  • IP classification IP 66/67
€80.85
excl. VAT
  • Grease nipple Straight
  • Hole distance (mm) 105
  • Shaft size (mm) Ø25
  • Cover Open
  • Sealing Nitrile rubber (NBR)
  • Model SF2
  • Mounting Eccentric
  • Housing type 2-bolt pillow block bearing
  • Color Blue
  • IP classification IP 66/67
€69.19
excl. VAT
  • Bolt size M12
  • Grease nipple Straight
  • Hole distance (mm) 88.9
  • Shaft size (mm) Ø40
  • Cover Open
  • Sealing Nitrile rubber (NBR)
  • Model S2
  • Mounting Eccentric
  • Housing type 2-bolt pillow block bearing
  • Color Black
  • IP classification IP 66/67
€85.95
excl. VAT
  • Bolt size M12
  • Grease nipple Straight
  • Hole distance (mm) 88.9
  • Shaft size (mm) Ø40
  • Cover Open
  • Sealing Nitrile rubber (NBR)
  • Model S2
  • Mounting Eccentric
  • Housing type 2-bolt pillow block bearing
  • Color Blue
  • IP classification IP 66/67
€88.50
excl. VAT
  • Bolt size M12
  • Grease nipple Straight
  • Hole distance (mm) 88.9
  • Shaft size (mm) Ø40
  • Cover Closed
  • Sealing Nitrile rubber (NBR)
  • Model S2
  • Mounting Eccentric
  • Housing type 2-bolt pillow block bearing
  • Color Blue
  • IP classification IP 66/67
€88.50
excl. VAT
  • Bolt size M10
  • Grease nipple Straight
  • Hole distance (mm) 76.2
  • Shaft size (mm) Ø30
  • Cover Open
  • Sealing Nitrile rubber (NBR)
  • Model S2
  • Mounting Eccentric
  • Housing type 2-bolt pillow block bearing
  • Color Blue
  • IP classification IP 66/67
€73.21
excl. VAT
  • Bolt size M10
  • Grease nipple Straight
  • Hole distance (mm) 76.2
  • Shaft size (mm) Ø30
  • Cover Closed
  • Sealing Nitrile rubber (NBR)
  • Model S2
  • Mounting Eccentric
  • Housing type 2-bolt pillow block bearing
  • Color Blue
  • IP classification IP 66/67
€73.21
excl. VAT
  • Bolt size M10
  • Grease nipple Straight
  • Hole distance (mm) 76.2
  • Shaft size (mm) Ø30
  • Cover Open
  • Sealing Nitrile rubber (NBR)
  • Model S2
  • Mounting Eccentric
  • Housing type 2-bolt pillow block bearing
  • Color Black
  • IP classification IP 66/67
€71.07
excl. VAT
  • Bolt size M8
  • Grease nipple Straight
  • Hole distance (mm) 50.8
  • Shaft size (mm) Ø20
  • Cover Closed
  • Sealing Nitrile rubber (NBR)
  • Model S2
  • Mounting Eccentric
  • Housing type 2-bolt pillow block bearing
  • Color Black
  • IP classification IP 66/67
€63.42
excl. VAT
  • Bolt size M8
  • Grease nipple Straight
  • Hole distance (mm) 50.8
  • Shaft size (mm) Ø20
  • Cover Open
  • Sealing Nitrile rubber (NBR)
  • Model S2
  • Mounting Eccentric
  • Housing type 2-bolt pillow block bearing
  • Color Black
  • IP classification IP 66/67
€63.42
excl. VAT

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What is a pillow block bearing with thread?

Pillow block bearings with thread are a pivotal component in various machinery, providing a housing for bearings that enables rotational or linear movement. These bearings feature a stainless steel grease nipple which ensures optimal food-grade grease filling, effectively preventing condensation within the bearing house. Designed to meet IP66/67 standards, they are well-protected against dust and water ingress, ensuring durability and reliability. The flange housing, compatible with other cast iron flange housings in the market, comes with two mounting holes for easy installation. Remarkably, these bearings require no maintenance, and the flange housing has been rigorously tested by the Danish Technological Institute, guaranteeing its quality and performance.

 

Advantages of threaded pillow block bearings with thread:

Threaded pillow block bearings offer several benefits, including enhanced holding power due to the threaded interaction between the bearing and the shaft. This ensures a tight fit, reducing movement and wear, which is particularly beneficial in applications with high levels of vibration or varying directional forces.