FAG 11205 TVH 25x52x44 self aligning ball bearing for misalignment

Construction and design

The FAG 11205 TVH self aligning ball bearing is engineered for applications where shaft misalignment, deflection or mounting inaccuracies are present.

This bearing features a double row ball design combined with a spherical outer raceway, allowing automatic alignment during operation. The TVH polyamide cage ensures low weight, reduced friction and optimized lubrication flow.

Compared to standard deep groove ball bearings like 6205 or 6005, this design provides significantly higher tolerance to shaft deviation.

Technical parameters

• Manufacturer: FAG
• Type: self aligning ball bearing
• Series: 11205
• Cage: TVH polyamide
• Size: 25 x 52 x 44 mm
• Rows: double row
• Function: misalignment compensation

Technical snippet:
The 11205 TVH bearing compensates angular misalignment and maintains stable rotation under dynamic load conditions.

Why use a self aligning ball bearing

A self aligning ball bearing is specifically designed to correct shaft misalignment during operation, making it essential in real industrial environments where perfect alignment is rarely achievable.

Unlike standard bearings such as 6205, 6206 or 6305, the 11205 TVH adapts to shaft movement and prevents premature wear.

Industrial applications

The FAG 11205 TVH is widely used in applications where alignment cannot be perfectly maintained:

• conveyor systems and transport lines
• agricultural machinery and equipment
• industrial drives and rotating units
• ventilation systems and fans
• maintenance and repair environments

It is especially valuable in long shafts, flexible structures and heavy duty assemblies.

Operational advantages

This bearing delivers strong performance in demanding industrial conditions:

• automatic misalignment compensation
• reduced vibration and noise
• extended bearing and shaft life
• lower maintenance costs
• stable performance in continuous operation

Main description

The FAG 11205 TVH 25x52x44 self aligning ball bearing is a high performance solution designed to eliminate problems caused by shaft misalignment and structural deformation in industrial systems.

A self aligning ball bearing is a type of rolling bearing that automatically adjusts its internal geometry to compensate for angular deviations between the shaft and housing. This feature significantly increases system reliability and reduces the risk of premature failure.

The 11205 TVH model belongs to a widely recognized series used across global B2B marketplaces, bearing shops online and industrial supply chains. It is often searched alongside equivalents such as SKF 1205 or other self aligning bearings used in similar applications.

Its double row ball design increases load capacity and ensures even load distribution. The spherical raceway allows continuous alignment correction during operation, which is critical in systems exposed to vibration, shaft deflection or mounting inaccuracies.

The TVH polyamide cage enhances performance by reducing friction and improving lubrication efficiency. This results in smoother operation, especially in applications requiring consistent speed and long service intervals.

With dimensions 25x52x44 mm, this bearing is suitable for medium duty industrial systems where durability and flexibility are essential. It is commonly used by OEM manufacturers, maintenance departments, agricultural service providers and industrial distributors.

Choosing FAG ensures high precision manufacturing, long service life and consistent performance across demanding environments.

This product is ideal for B2B customers looking for reliable, cost effective and widely compatible self aligning bearing solutions.

FAQ

What is the difference between 11205 and 6205 bearings?
11205 is self aligning, while 6205 requires precise alignment.

Is this bearing equivalent to SKF 1205?
Yes, it is commonly used as an equivalent in many applications.

Where is 11205 TVH typically used?
In conveyors, agricultural machines and industrial drives.

Does it reduce vibration?
Yes, it compensates misalignment and improves stability.

Is it suitable for continuous operation?
Yes, it is designed for industrial continuous use.