HFL3030-L564 INA Drawn Cup Roller Clutch Bearing 30x37x30mm

In stock
SKU: HFL3030-L564-INA
INA Drawn cup roller clutch with steel springs 30mm inside x 37mm outside x 30mm wide
Regular price £36.17 inc.VAT
£30.14 exc.VAT
FREE UK MAINLAND DELIVERY ON ORDERS OVER £50

Product details

  • Vendor INA
  • SKU HFL3030-L564-INA
  • Inside diameter (d) 30mm
  • Outside diameter (D) 37mm
  • Width (B) 30mm
Drawn cup roller clutches are one-way clutches, the name of which is derived from the thin-walled, drawn outer rings (cups). They can transmit high torques in one direction and have an extensive range of applications, for example as indexing clutches, back-stopping clutches and overrunning clutches.

Due to their design, drawn cup roller clutches have a very high indexing accuracy, a high indexing frequency and a low overrunning frictional torque.

In order to guarantee concentricity and, as a result, correct functioning, a support bearing arrangement is necessary for drawn cup roller clutches. Drawn cup roller clutches are therefore available with an integrated bearing arrangement (HFL). For drawn cup roller clutches without an integrated bearing arrangement (HF), the support bearing arrangement must be provided by additional rolling bearings.

Drawn cup roller clutches are available with or without knurling. They are supplied greased as standard. For applications with oil lubrication, drawn cup roller clutches are available without greasing.

Main Dimensions & Performance Data
F w 30 mm Under roller diameter
D 37 mm Outside diameter
C 30 mm Width, outer ring
C r 11.600 N Basic dynamic load rating, radial
C 0r 16.900 N Basic static load rating, radial
r min 0,3 mm Minimum chamfer dimension
C ur 2.330 N Fatigue load limit, radial
n GA 4.500 1/min Limiting speed for rotating outer ring
n GW 4.500 1/min Limiting speed for rotating shaft
51,41 g Weight

Mounting dimensions
M d per 90 Nm Permissible torque

Temperature range
T min -10 Degree Celsius Operating temperature min.
T max 70 Degree Celsius Operating temperature max.