IKO PILLOBALL POSB5LNF Inch Series Insert/Lubrication Type Rod End With Zerk Type Grease Nipple, 5/16 in Dia Bore, 7/8 in OD, 0.437 in W, 6800 N Dynamic/14200 N Static Load
PILLOBALL self-aligning Rod Ends can be used as link mechanisms in a variety of machines and are designed for easy installation.
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BrandIKO
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Manufacturer Part NumberPOSB5LNF
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CountryUSA
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Load Capacity6800 N Dynamic/14200 N Static
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Temperature Rating150 deg C
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FinishZinc Chromate Plated
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Thread Size24 UNF Class 3A
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Thread TypeLeft Hand Male
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TypeInsert/Lubrication Type
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Width0.437 in
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SeriesPOSB Inch Series
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Dimensions2.312 in H
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Outside Diameter7/8 in
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Bore Diameter5/16 in
- Each PILLOBALL Rod End type achieves smooth rotational and oscillatory motion while providing excellent wear and loading capabilities
- Insert-type PILLOBALLS are designed with a special copper alloy bushing to provide effective run-in properties
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UNSPSC31171510
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IKO PILLOBALL POSB5LNF Inch Series Insert/Lubrication Type Rod End With Zerk Type Grease Nipple, 5/16 in Dia Bore, 7/8 in OD, 0.437 in W, 6800 N Dynamic/14200 N Static Load
PILLOBALL self-aligning Rod Ends can be used as link mechanisms in a variety of machines and are designed for easy installation.
Gates® Power Transmission PowerGrip® GT®3 3150-14MGT-40 Synchronous Belt, 40 mm W, 3150 mm OAL, 14 mm Pitch, 225 Teeth, Neoprene
Engineered with the latest in advanced technology and materials science expertise, Gates PowerGrip™ GT4 delivers the highest power-carrying capacity of any belt in its class. In addition, Gates designed a belt with increased chemical resistance and larger temperature range capability. Gates PowerGrip GT4 belt delivers improved performance over a wide range of industrial applications. The 8MGT and 14MGT pitches are the optimum choice for high performance drives in the machine tool, paper and textile industries where durability and low maintenance are required. From resource processing to heavy manufacturing, automated production to custom assembly — Gates PowerGrip GT4 solutions improve uptime, efficiency, productivity, reliability and safety for industries around the world.
Dodge® 123171 206 Normal Duty Pillow Block Ball Bearing Unit, 1-1/4 in Dia Bore, 4-1/4 to 5 in L Bolt Center-to-Center, 1.56 in Base to Bore Centerline, 6-1/4 in OAL x 3.19 in OAH
For over 70 years, Dodge® has been talking to mounted bearing users and listening to their needs. This experience lead to the design of the optimum mounted ball bearing. A state-of-the-art facility was built to manufacture the new Dodge® design. The result is the Dodge® SC/SCM/SL line. Its premium features make it the most reliable setscrew mounted ball bearing on the market and provides the user unmatched quality and true total value.
Browning® 767797 VPE 100 Intermediate Duty High Base Pillow Block Ball Bearing Unit, 1-3/8 in Dia Bore, 4-5/8 to 5-3/8 in L Bolt Center-to-Center, 1-7/8 in Base to Bore Centerline, 6-3/4 in OAL x 3-11/16 in OAH
Browning® mounted ball bearings feature multiple housing styles, materials and configurations, an extended inner race insert bearing with ball riding nylon retainer. The insert features a rivet to prevent outer ring rotation and is available with setscrew, eccentric or BOA concentric locking collar. The contact seal with black oxide treated flinger provides a good balance between contaminant resistance, grease loss and friction.
Boston Gear® offers a comprehensive selection of pillow blocks that include spherical bearings with extended inner races with setscrews or eccentric locking collars in stamped steel, ductile iron, cast iron or stainless housings. Ranging from light duty, plain bearing blocks to precision units, they all feature Boston Gear® tradition of design excellence and precision manufacturing.
Gates® Power Transmission Hi-Power® II C109 Banded Heavy Duty V-Belt, C Section, 7/8 in W Top, 113 in L Outside, 17/32 in THK, EPDM
The wrapped classical section Hi-Power™ V-belt has a long reputation for reliability on agricultural and industrial applications. The arched top of the Hi-Power belt provides superior strength to prevent "dishing" and distortion of the tensile section. The cords are properly aligned, each of them carrying its full share of the load.
