INA LFKL 20 25 32 52 E SF EE SF

Get a Price/Quote

MOQ : 1 Piece

INA LFKL 20 25 32 52 E SF EE SF Specification

Weight
Varies based on size (approx. 0.18 kg to 0.72 kg)

Thickness
Standard as per dimension chart

Material
Chrome Steel

Ball Bearing Type
Linear Ball Bearing

Roller Bearing Type
Standard

Bushes Type
Plain

Structure
Cylindrical with flange

Seals Type
Sealed (EE-SF)

Number Of Rows
Double Row

Bore Size
20 mm, 25 mm, 32 mm, 52 mm

Outside Diameter
32 mm, 40 mm, 47 mm, 80 mm

Limiting Speed
up to 10000 rpm

Load Capacity
High load capacity

Inner Diameter
20 mm (LFKL20), 25 mm (LFKL25), 32 mm (LFKL32), 52 mm (LFKL52)

Precision Rating
P0 / Normal

Application
Automation, CNC, Industrial Machines

Corrosion Resistance
Available on request

Cage Material
Polyamide or Steel

Shaft Tolerance
h6 to h8

Mounting Type
Flange Mount

Temperature Range
-20C to +80C

Model Number
LFKL 20 25 32 52 E SF EE SF

Lubrication
Pre-lubricated, relubricatable design

INA LFKL 20 25 32 52 E SF EE SF Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Days

INA LFKL 20 25 32 52 E SF EE SF About

INA LFKL 20 25 32 52 E SF EE SF

INA Track roller guidance systems

LFKL..20 25 32 52 SF -E-SF-EE-SF

compact carriage, clearance-free; corrosion-resistant design possible

LFKL..-E-SF

compact carriage, wide, long design, clearance-free; corrosion-resistant design possible

LFKL..-EE-SF

compact carriage, wide, long design, clearance-free; corrosion-resistant design possible

LFDL..-B

Adaptability Across Applications

Engineered to excel in automation, CNC systems, and an array of industrial machinery, the INA LFKL series delivers reliable linear motion and supports high-load operations. Its versatility is further accentuated by the choice of shaft tolerance (h6 to h8) and a robust double-row design, making it suitable for diverse technical tasks.

Quality Construction and Materials

Constructed from premium chrome steel, these bearings offer durability and longevity. Cage materials can be selected between polyamide and steel to best match your operating environment. The EE-SF seal design prevents contamination, and the option for corrosion-resistant models extends their operational lifespan in harsh settings.

Efficient Lubrication and Maintenance

Each bearing comes pre-lubricated for immediate use and features a relubricatable design, ensuring consistent performance throughout its service life. Routine maintenance is simplified, reducing downtime and extending usage. The double-row structure is engineered for both high speed and high load capacity, benefiting dynamic machine requirements.

FAQs of INA LFKL 20 25 32 52 E SF EE SF:

Q: How do I select the appropriate INA LFKL bearing size for my application?

A: Identify your shaft diameter and load requirements, then choose from LFKL20 (20 mm), LFKL25 (25 mm), LFKL32 (32 mm), or LFKL52 (52 mm) to ensure a precise fit and optimum performance for your machine.

Q: What are the benefits of the flange mount design in automation and CNC systems?

A: The flange mount allows for secure, straightforward installation, ensuring alignment and stability, which is critical for high-precision movement in automated and CNC environments.

Q: When should I opt for the corrosion-resistant version of the bearing?

A: Select the corrosion-resistant option if your machinery operates in moisture-rich, corrosive, or chemically exposed environments, as this will help extend the bearings operational life.

Q: Where can these bearings be used aside from CNC and automation applications?

A: The INA LFKL series can be deployed in any industrial machinery requiring precise linear motion, such as packaging equipment, robotics, or material handling systems.

Q: What is the process for relubrication and why is it important?

A: Relubrication involves applying compatible lubricants through the designed channels at recommended intervals. This process ensures ongoing smooth operation, reducing wear and extending the products service life.

Q: How does the double-row construction enhance bearing performance?

A: Double-row bearings offer increased load capacity and stability, distributing forces more evenly during operation, which is especially beneficial in high-load or high-speed applications.

Tell us about your requirement