Suitable for rough mechanical environments, such as agricultural machinery, construction machinery and transportation systems.
Pillow Block Bearing
Model No.: RAO 1 11/16
Size: 42.86x239.71x130.18mm(1.6875x9.4375x5.125inch)
Material: chrome steel with cast iron
Weight: 5KG
MOQ: 5pcs
Lead time: 5-7 days
Specification
Package: single box+carton
Brand name: Famous brand/RMO/Neutral/OEM
Shipping Port: GuangZhou, NingBo, ShangHai
Payment terms: 100% T/T or 30% T/T before production, 70% before delivery.
RAO 1 11/16 is a self-aligning spherical outer surface bearing of the TIMKEN brand, designed to withstand combined loads mainly radial and not suitable for bearing axial loads alone.
Structural features:
1. With sealing ring: Pre-filled with lubricant at factory, anti-pollution design, no need to clean before installation.
2. Self-aligning ability: Suitable for applications where the alignment between the shaft and the housing bore is poor, but note that the axial clearance should be adjusted properly. Insufficient clearance can cause temperature rise, while excessive clearance will reduce service life.
Related Products
| Model No. | d | D | H | m |
| RAO 1 3/16 | 30.16mm | 173.04 mm | 93.66 mm | 4.18 lbs |
| RAO 1 7/16 | 36.51 mm | 192.09 mm | 103.98 mm | 5.3 lbs |
| RAO 1 1/2 | 38.1 mm | 215.9 mm | 117.48 mm | 8.27 lbs |
| RAO 1 11/16 | 42.86 mm | 239.71 mm | 130.18 mm | 11.08 lbs |
| RAO 1 15/16 | 49.21 mm | 265.11 mm | 141.29 mm | 13.8 lbs |
| RAO 2 3/16 | 55.56 mm | 287.34 mm | 153.19mm | 17.49 lbs |
| RAO 2 7/16 | 61.91 mm | 312.74 mm | 165.89 mm | 21.5 lbs |
| RAO 2 11/16 | 68.26 mm | 360.36 mm | 192.09 mm | 33.75 lbs |
| RAO 2 15/16 | 74.61 mm | 384.18 mm | 204.79 mm | 40.1 lbs |
Typical applications
Suitable for rough mechanical environments, such as agricultural machinery, construction machinery and transportation systems.
Notes
1. With threaded top type: The axial load must not exceed 20% of the rated dynamic load.
2. Installation requirements: It is necessary to avoid the inclination of the shaft and the housing; otherwise, additional axial force may be generated.
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