INA Track Roller Guide Way

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MOQ : 1 Piece

INA Track Roller Guide Way Specification

Weight
0.87 kg

Thickness
20 mm

Material
High-Quality Alloy Steel

Ball Bearing Type
Deep Groove Ball Bearing

Roller Bearing Type
Cylindrical Roller

Bushes Type
Plain Bush

Structure
Track Roller Guide Way

Seals Type
Contact Seals

Number Of Rows
Double Row

Bore Size
30 mm

Outside Diameter
62 mm

Limiting Speed
6000 rpm

Load Capacity
Up to 12000 N

Inner Diameter
30 mm

Coating
Corrosion Resistant

Guide Way Type
Profiled Rail

Shape
Cylindrical

Application
Linear Motion Automation, Industrial Machinery

Operating Temperature
-30C to +120C

Precision Rating
P6

Surface Finish
Polished

Mounting Type
Through Hole

INA Track Roller Guide Way Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Days

INA Track Roller Guide Way About

INA Track roller guidance systems

LFCL

hollow section carriage, clearance-free; corrosion-resistant design possible

LFL..-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

Exceptional Corrosion Resistance

The specialized coating on the INA Track Roller Guide Way ensures outstanding resistance against rust and chemical wear, maintaining performance even in harsh industrial settings. This maximizes the lifespan of the guide way, lowering maintenance costs while supporting consistent linear motion in automation systems.

Precision and Durability for Industrial Machinery

With a precision rating of P6 and using high-quality alloy steel, this guide way delivers accurate positioning and robust load support (up to 12,000 N). Its double-row roller and deep groove bearing design minimize friction, optimize stability, and facilitate rigorous operational cycles in various industrial machinery applications.

FAQs of INA Track Roller Guide Way:

Q: How is the INA Track Roller Guide Way installed in industrial automation systems?

A: Installation involves mounting the guide way using its through-hole system, aligning it on the machinery framework. Its cylindrical shape and profiled rail design allow seamless integration, ensuring precise linear motion when secured correctly.

Q: What benefits does the corrosion-resistant coating provide for operation?

A: The advanced coating protects the guide way from rust and chemical degradation, extending its operational life and enabling reliable performance in environments prone to moisture, contamination, or aggressive substances.

Q: When should this track roller guide way be selected over other types?

A: Choose this guide way when applications demand high precision, resistance to corrosion, and consistent functioning under variable temperatures, such as in automated assembly lines, industrial robots, or machinery exposed to challenging conditions.

Q: Where is this track roller guide way typically used?

A: Common applications include linear motion automation systems, heavy-duty industrial machinery, and environments requiring robust, high-speed, and precise movement, particularly where durability and minimal maintenance are essential.

Q: What is the process for maintaining the INA Track Roller Guide Way?

A: Maintenance primarily involves regular cleaning to preserve the polished surface finish, inspection of contact seals for debris, and routine lubrication to sustain smooth movement. The corrosion-resistant coating reduces the need for frequent interventions.

Q: How does the double-row roller design enhance guide way performance?

A: The double-row cylindrical roller and deep groove ball bearing configuration distribute loads efficiently across the guide way, facilitating greater stability, reduced friction, and improved accuracy during linear motion tasks.

Q: What are the main advantages of using this product in high-speed applications?

A: With a limiting speed of 6,000 rpm and high load tolerance, the guide way provides swift, stable movement, essential for automated systems requiring rapid cycling without compromising on precision or reliability.

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