NSK 330/32 bearings
330/32, NSK, Metric series tapered roller bearings
- Measurement system
- Metric
- Bore diameter
- 32.000 mm
- Outside diameter
- 58.000 mm
- Width
- 21.000 mm
- Width, ourter ring
- 16.000 mm
- Width, inner ring
- 20.000 mm
- Cr
- 50500 N
- C0r
- 50000 N
- Limiting speed
- 8500 r/min
- Net weight
- 0.225 kg
- Number of rows
- 1
- Sealing
- Without
- Cage
- Steel sheet metal
- Bearing material
- Steel
- Rolling material
- Steel
- Tolerance class
- Normal (PN)
- Lubricant in bearing
- None
- Relubrication feature
- Without
In stock
Technical specification for NSK 330/32
| Parts Number | 330/32 | |
|---|---|---|
| Brand | NSK | |
| Boundary Dimensions | ||
| d | 32 mm | Bore diameter |
| D | 58 mm | Outside diameter |
| T | 21 mm | Total width |
| B | 20 mm | Width of inner ring |
| C | 16 mm | Width of outer ring |
| Cup r min. | 1 mm | Chamfer dimension of outer ring (Cup) |
| Cone r min. | 1 mm | Chamfer dimension of inner ring (Cone) |
| Basic Load Ratings | ||
| Cr | 50500 N | Basic Dynamic Load Rating |
| C0r | 50000 N | Basic Static Load Rating |
| Speeds | ||
| Grease | 6300 min-1 | Grease lubrication |
| Oil | 8500 min-1 | Oil-bath lubrication |
| Dimensions | ||
| a | 13.8 mm | Effective Load Center |
| Abutment and Fillet Dimensions | ||
| da min. | 41 mm | Diameter of shaft abutment |
| Db min. | 55 mm | Diameter of housing abutment |
| Da min. | 50 mm | Diameter of housing abutment |
| Da max. | 52 mm | Diameter of housing abutment |
| Sa | 2 mm | Minimum width of space required in housing on large side face |
| Sb | 4 mm | Minimum width of space required in housing on small side face |
| db max. | 37 mm | Diameter of shaft abutment |
| ra max. | 1 mm | Radius of shaft or housing fillet of inner ring |
| ra max. | 1 mm | Radius of shaft or housing fillet of outer ring |
| Mass | ||
| Weight | 0.225 kg (approx.) | |
330/32, NSK, Tapered roller bearings, Bore diameter: 32 mm; Outside diameter 58 mm; Total Width 21 mm.
NSK 330/32, Tapered roller bearings are designed so the apices of the cones formed by the race ways of the cone and cup and the conical rollers all coincide at one point on the axis of the bearing. When a radial load is imposed, an axial force component occurs; therefore, it is necessary to use two bearings in opposition or some other multiple arrangement.
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