Twin pillow block linear ball bearing, open shelled, with a 1" ID (inner diameter) crown shelled bearing inside an aluminum alloy housing. Part of the Precision Plus self-aligning series, the IPPS twin bearings feature two grease zerk fittings, known as lubrication ports, located in the pillow block. Open shelled for..
Twin linear ball bearing pillow blocks, open shelled, with a 1/2" ID (inner diameter) crowned shell bearing inside an aluminum alloy housing. Part of the Precision Plus self-aligning series, the IPPS twin bearings feature two grease zerk fittings, known as lubrication ports, located in the pillow block. Open shell design..
Twin Linear Ball Bearing Pillow Block, open shelled, with a 3/4" ID (inner diameter) bearing inside a housing made of aluminum alloy. Features a low coefficient of friction for smooth operation, a heat-treated alloy steel shell for durability, a resin retainer to reduce noise, and standard double seals at no..
Twin Linear Ball Bearing Pillow Block, open shelled, with a 1/2" ID (inner diameter) bearing inside a housing made of aluminum alloy. Features a low coefficient of friction for smooth operation, a heat-treated alloy steel shell for durability, a resin retainer polymer cage to reduce noise, and standard double seals..
Twin Linear Ball Bearing Pillow Block, open shelled, with a 5/8" ID (inner diameter) bearing inside a housing made of aluminum alloy. Features a low coefficient of friction for smooth operation, a heat-treated alloy steel shell for durability, a resin retainer polymer cage to reduce noise, and standard double seals..
Double linear ball bearing pillow block, open shelled, with a 2" inner diameter (ID) self-aligning bearing inside an aluminum alloy housing with 2 lubrication ports called "grease zerk fittings" on the side. Interchangeable with industry standards, the bearing has a low coefficient of friction, a heat-treated alloy steel shell for..
Open twin linear ball bearing pillow block with a 1.5" ID (inner diameter) bearing inside an aluminum alloy housing. Part of the Precision Plus self-aligning series, the IPPS twin bearings feature two grease zerk fittings, known as lubrication ports, located in the pillow block. Twin/Double size equal to two standard..
Twin Linear Ball Bearing Pillow Blocks, open shelled, with a 1.25" ID (inner diameter) of the Precision Plus self-aligning series. The IPPS twin products all come with 2 grease zerk fittings, small holes in the pillow block which are also called lubrication ports. Open shell design for use with rail..
Open pillow block linear ball bearing with a 3/4" ID (inner diameter) bearing inside an aluminum alloy housing. Part of the Precision Plus self-aligning series, the IPPS twin bearings feature two grease zerk fittings, known as lubrication ports, located in the pillow block. Open shell design for use with rail..
Twin linear ball bearing pillow blocks, open shelled, with a 5/8" ID (inner diameter) bearing inside an aluminum alloy housing. Part of the Precision Plus self-aligning series, the IPPS twin bearings feature two grease zerk fittings, known as lubrication ports, located in the pillow block. Open shell design for use..
$220.92
Twin Linear Ball Bearing Pillow Blocks - Open
10 products
Open, double wide linear ball bearing pillow blocks.
Only in inch sizes
Size interchangeable with industry standards and with Simplicity series
Also available with a Super Ball Bearing
ID sizes: 0.25 in to 2 in
Static Load Capacities up to 3,000 lb (13,345 N)
Dynamic Load Capacities up to 1,700 lb (7,600 N)
Low Coefficient of Friction
Heat treated alloy steel shell
Resin retainer for reduced noise
Also offered with Precision Plus technology for self-aligning
Recently Viewed Products
Exclusive section that stores the history of product views
Choosing a selection results in a full page refresh.
Opens in a new window.
Thanks for subscribing
From now you will receive special offers every week
We use cookies to give you the best possible experience while you browse through our website.
By pursuing the use of our website you implicitly agree to the usage of cookies on this site.
Learn more.
