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HCF-3.25-SH

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PCI HCF-3.25-SH heavy cam follower with stud type mounting, sealed needle roller bearing, and plain cylindrical outer ring. Features a 3.250" roller diameter, 1 1/2-12 thread, and 19.05 mm hex drive. Carbon steel construction with moly-filled nylon lip seals and regreasable design. Dynamic load rating 78409 N, static load rating 221699 N, max speed 1,600 rpm.

MODEL HCF-3.25-SH

BRAND

PCI

SKU

2787393

WEIGHT

5.120 lb

UOM

each

Contact supplier for technical support on: 800-323-0966

$173.23 Each

Prices are subject to change

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Bearing Modification Services

Typically Ships in: 1 day

Returnable: Yes

Bearing Type

Needle roller

Dynamic load rating

78409 N

Enclosure

Moly-filled nylon lip

Hex size

19.05 mm

Lube size

1/4 Drive

Lubrication type

Regreasable

Material

Carbon steel

Max speed rating

1,600 rpm

Maximum clamping torque

389.85 N·m

Number of rows

Single

Outside ring shape

Plain - Cylindrical

Roller diameter

82.550 mm

Roller material

Carbon steel

Roller width

44.450 mm

Series

HCF-SH

Shoulder diameter

55.88 mm

Shoulder length

0.762 mm

Static load rating

221699 N

Stud capacity

100881.5 N

Stud diameter

38.100 mm

Stud length

63.500 mm

Stud material

Carbon steel

Thread length

33.274 mm

Thread size

1 1/2 - 12

Total width

45.212 mm

Type

Plain / cylindrical

Plain/Cylindrical Cam Followers effectively carry radial loads. For heavy side loads, Plain Cam Followers can be positioned vertically to act as side guides.

How do I choose the right type of bearing for my application?

Start with the load and how it’s applied. You need to know if you’re dealing with radial loads, axial loads, or a mix of both. Then look at speed, operating environment, and space constraints. For example, ball bearings are great for high speed and lighter loads, while roller bearings handle heavier loads but usually at lower speeds. If there’s contamination, moisture, or heat involved, you may need sealed bearings or specific materials. In most cases, the right choice comes down to matching load type, speed, and environment to the bearing design.

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