Product Description
Precision single-shielded deep groove ball bearing assembly for manual pallet jack wheel applications, 20 mm bore x 47 mm outer diameter x 14 mm width, manufactured from through-hardened bearing steel, compatible with models using OEM part 907605.
Specifications
Material
| Bearing Material | Through-hardened bearing steel |
| Shield Material | Pressed steel |
Part Numbers
| Manufacturer Part Number | 907605 |
| OEM Part Number | 907605 |
Frequently Asked Questions
Q: What are the exact dimensions of the 907605 bearing assembly?
A: The 907605 bearing assembly features a 20 millimeter bore, 47 millimeter outer diameter, and 14 millimeter width. These dimensions are standard for deep groove ball bearing applications on manual pallet jack wheels.
Q: What material is the 907605 bearing constructed from?
A: The 907605 is manufactured from through-hardened bearing steel. This material provides high strength, durability, and resistance to wear under the repeated loading and rotational stresses common to material handling equipment applications.
Q: Is the 907605 a deep groove ball bearing?
A: Yes, the 907605 is a precision single-shielded deep groove ball bearing assembly. Deep groove ball bearings accommodate radial loads efficiently and are the standard bearing type for manual pallet jack wheel applications.
Q: What shield type does the 907605 have?
A: The 907605 features a single shield constructed from pressed steel. This design protects the bearing races and balls from contaminant ingress while allowing periodic relubrication access.
Q: What equipment types is the 907605 bearing compatible with?
A: The 907605 bearing assembly fits manual pallet jacks and similar material handling equipment using OEM part 907605. Verify bearing dimensions match your wheel assembly bore and outer diameter before ordering. Compatibility spans multiple OEM brands using standard deep groove bearing housings.
Q: How does bearing material hardness affect durability in the 907605?
A: Through-hardened bearing steel provides superior resistance to wear, spalling, and deformation under the dynamic loads typical of material handling operations. This hardness extends bearing service life and reduces replacement frequency compared to softer materials.