PNA 15/32

Alignment needle roller bearing, with an inner ring

Alignment needle roller bearings are self-aligning and offer a compact solution in applications where less space is available.

Owing to their large number of rollers, they have a high load carrying capacity. Their internal design, where a convex outer ring meets two concave seating rings encased in a drawn sleeve, enables the bearings to compensate for initial errors of alignment. Bearings with an inner ring are used for applications where the shaft cannot be hardened and ground.

  • High radial load carrying capacity
  • Accommodate static initial misalignment
  • Low cross-sectional height

Dimensions

d
15 mm
Bore diameter
D
32 mm
Outside diameter
B
16 mm
Width
F
18 mm
Raceway diameter inner ring
D1
27 mm
Shoulder diameter sleeve
r
min.0.8 mm
Chamfer dimension sheet steel sleeve
r1,2
min.0.3 mm
Chamfer dimension inner ring
s
max.0.5 mm
Permissible axial displacement from the normal position of one bearing ring relative to the other
Abutment dimensions - PNA 15/32

Abutment dimensions

da
min.17 mm
Smallest permissible abutment diameter shaft
Da
min.26 mm
Smallest permissible abutment diameter housing
Da
max.27 mm
Largest permissible abutment diameter housing
ra
max.0.8 mm
Fillet radius
rb
max.0.3 mm
Fillet radius

Calculation data

Basic dynamic load rating C
12.8 kN
Basic static load rating C0
17.6 kN
Fatigue load limit Pu
2.12 kN
Reference speed
22 000 r/min
Limiting speed
24 000 r/min

Description

Properties

Bearing part Complete bearing
Number of rows 1
Outer ring type Drawn cup with open ends
Aligning feature With
Cage Sheet metal
Number of flanges, outer ring 2
Radial internal clearance CN
Tolerance class Normal
Material, bearing Bearing steel
Coating Without
Sealing Without
Lubricant None
Relubrication feature Without
Indicative carbon footprint for new product 0.223 kg CO2e

Logistics

Product net weight 0.062 kg
eClass code 23-05-09-03
UNSPSC code 31171512

(15X32X16) (PNA15/32)

Additional information

Weight 0.062 kg
Size (mm)

Colour