INA LFL 20 32 52 sf

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MOQ : 1 Piece

INA LFL 20 32 52 sf Specification

Weight
0.12 kg

Thickness
52 mm

Material
High-grade steel

Ball Bearing Type
Linear ball bearing unit

Bushes Type
Linear recirculating ball bearing

Structure
Flanged linear housing unit with ball bush

Seals Type
Sealed on both sides

Number Of Rows
4

Bore Size
20 mm

Outside Diameter
32 mm

Limiting Speed
Up to 2 m/s

Load Capacity
Dynamic 1380 N, Static 1150 N

Inner Diameter
20 mm

INA LFL 20 32 52 sf Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Days

About INA LFL 20 32 52 sf

INA LFL 20 32 52 sf

INA Track roller guidance systems

INA LFL 20 32 52 sf

open carriage, standard design, clearance-free; corrosion-resistant design possible

LFL..-E-SF

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

LFLL..-SF

non-locating bearing carriage, clearance-free

LFKL..-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

Precision and Reliability for Linear Motion Systems

Designed specifically for automation and machinery, the INA LFL 20 32 52 SF offers exceptional guidance accuracy and low-friction travel, making it well-suited for challenging environments. Its high-quality construction ensures stability and a long service life, supporting both dynamic and static loads with consistent performance.

Robust Construction and Corrosion Resistance

Manufactured from premium high-grade steel and sealed on both sides, this linear bearing unit efficiently resists corrosion and contamination. This makes it effective for use in environments exposed to moisture or chemicals, thereby safeguarding the internal ball bearings and prolonging product reliability.

Versatility and Ease of Installation

Engineered with four mounting holes (M5, 42 mm apart), the flanged design streamlines installation and alignment, reducing assembly time for manufacturers and maintenance teams. Its compatibility with standardized linear shafts and machinery components makes it a versatile option for system upgrades and new automation projects alike.

FAQs of INA LFL 20 32 52 sf:

Q: How can the INA LFL 20 32 52 SF be integrated into automation equipment?

A: This flanged linear housing unit can be easily mounted onto the machine frame using its M5 mounting holes (42 mm apart). Its 20 mm bore accommodates matching linear shafts, making it compatible with standard automation setups requiring reliable linear motion.

Q: What benefits does the sealed design provide for the INA LFL 20 32 52 SF?

A: Sealed on both sides, this bearing prevents dust, moisture, and contaminants from entering, ensuring smooth, maintenance-friendly operation and extending the life of the uniteven in harsh industrial environments.

Q: When is it recommended to use this bearing unit over other designs?

A: The INA LFL 20 32 52 SF is ideal when consistent linear movement with high load capacities (dynamic: 1380 N, static: 1150 N) is required, especially where enhanced corrosion resistance or flange mounting is beneficial for structural stability.

Q: Where can the INA LFL 20 32 52 SF be applied most effectively?

A: This bearing is typically utilized in various linear motion systems, such as CNC machines, assembly lines, packaging machinery, or any automation requiring precise and smooth shaft guidance in potentially corrosive or heavy-duty environments.

Q: What process should be followed for maintenance of this ball bearing unit?

A: Regularly inspect for signs of wear or contamination, but due to its double-sealed design and quality materials, maintenance requirements are minimal. Lubricate as needed based on operational intensity and manufacturer guidelines.

Q: What is the operating temperature range for the INA LFL 20 32 52 SF?

A: This linear housing unit operates reliably across temperatures from -30C to +80C, making it suitable for a wide range of industrial environments and conditions.

Q: How does the structure of the ball bearing unit contribute to its performance?

A: The four-row, linear recirculating ball bearing structure distributes loads evenly and minimizes friction, resulting in precise, low-noise linear travel and enhanced system longevity.

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