IKO Cam follower Bearings

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MOQ : 1 Piece

IKO Cam follower Bearings Specification

Weight
Varies by model; typically 50 g to 2 kg

Thickness
Varies by model

Material
Steel

Ball Bearing Type
Cam Follower

Roller Bearing Type
Stud Type Cam Follower

Structure
Single Row with Thick Outer Ring

Seals Type
With Seals

Number Of Rows
Single

Bore Size
5 mm to 50 mm (varies by model)

Outside Diameter
10 mm to 90 mm

Limiting Speed
Up to 9000 RPM depending on size

Load Capacity
Up to 25 kN (varies by size)

Inner Diameter
5 mm to 50 mm

IKO Cam follower Bearings Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Days

About IKO Cam follower Bearings

CF..PPSK
CF..PPYSK
CFE..PPY
CFE..PP
CSK
CCF-..-SB
CCFD-..
CCFH-..-SB
CYR-..-S
CFH-..-SB
CSK...2RS
CCFE-..-SB
CCYRD-..
CF-..-SB
CYRD-..
CCYR..S
CFD-..
CFE-..-SB
FC-

Reliable Performance in Automated Applications

IKO Cam Follower Bearings are ideal for keeping automated machinery, conveyors, and cam mechanisms running smoothly. Each unit is engineered for consistent performance and features an advanced sealing system to retain lubrication and block contaminants, maximising operational lifespan even in harsh industrial settings.

Wide Range of Sizes and Mounting Options

Offered with stud thread sizes ranging from M5 to M30 and bore diameters from 5 mm to 50 mm, these cam followers suit a variety of mounting requirements. Their versatility allows seamless integration into existing systems, making them a flexible choice for distributors, importers, and suppliers across India.

Maintenance-Friendly with Enhanced Corrosion Resistance

Pre-lubricated with grease and equipped with robust seals, IKO Cam Follower Bearings are designed for minimal maintenance. Their phosphate or black oxide finish provides an extra layer of protection against moderate corrosion, adding further value in environments exposed to moisture or contaminants.

FAQs of IKO Cam follower Bearings:

Q: How are IKO Cam Follower Bearings installed?

A: IKO Cam Follower Bearings use a stud mounting type with thread sizes ranging from M5 to M30, depending on the model. Installation involves securing the stud into a corresponding threaded hole in your machinery, ensuring correct alignment and torque for optimal performance.

Q: What are the benefits of the phosphate treatment or black oxide finish?

A: The phosphate treatment or black oxide finish on IKO cam followers provides moderate corrosion resistance, protecting the steel structure against rust and wear in environments prone to moisture or mild chemical exposure, thereby extending service life.

Q: When should I consider replacing IKO Cam Follower Bearings?

A: Bearings should be replaced if you notice excessive noise, increased vibration, abnormal wear, or a decline in performance. Its also prudent to follow your maintenance schedule, especially in heavy-duty or high-speed applications, to prevent unexpected equipment downtime.

Q: Where are these bearings commonly used?

A: IKO Cam Follower Bearings are widely used in applications such as automated machinery, conveyors, and cam mechanisms because of their high load capacity, durability, and ability to function reliably across a wide operating temperature range.

Q: What is the process for relubricating these cam follower bearings?

A: As these bearings are supplied pre-lubricated with grease and feature sealed construction, relubrication is seldom necessary for typical operations. However, in extreme or prolonged use, consult your maintenance guidelines or distributor for relubrication intervals and compatible grease types.

Q: How do I select the right IKO Cam Follower Bearing for my application?

A: Consider the load capacity (up to 25 kN), bore and thread sizes (check your machinerys requirements), operating temperature, and speed suitable for your system. Consulting your distributor or supplier can help ensure the chosen model aligns with your specific needs.

Q: What usage advantages do the single-row, thick outer ring structure offer?

A: The single-row design with a thick outer ring enables better load distribution and higher resistance to deformation, making these bearings especially suited for applications with significant shock or vibration, providing reliability and longer operational life.

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