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Angular Contact Spherical plain bearings

Typical applications
✅ Heavy machinery: cranes, mining equipment, large industrial machinery
✅ Automation equipment: industrial robots, automated production lines
✅ Transportation systems: conveyors, lifting platforms
✅ Special environments: high-temperature equipment, vacuum environments, chemical machinery
✅ Precision machinery: medical equipment, semiconductor manufacturing equipment

Core advantages
✔ High load capacity: contact angle design enhances axial load bearing capacity
✔ Self-lubricating properties: composite materials such as XYTREX® are used to reduce maintenance requirements
✔ Resistant to harsh environments: suitable for high temperature, vacuum, corrosive media and other working conditions
✔ Low friction coefficient: improve efficiency and reduce energy loss
✔ Long life design: wear-resistant materials extend service life and reduce replacement frequency

Angular contact spherical plain bearings technical analysis

1. Product features and working principle

1.1 Structural features

Contact angle design: 15°, 25°, 40°, and other options are available. The angle directly affects the axial load bearing capacity

Composite structure: Combining the mechanical properties of angular contact bearings and the self-lubricating advantages of sliding bearings

Special material application: Using XYTREX® series self-lubricating composite materials to ensure stable performance under harsh working conditions

1.2 Typical application scenarios

Engineering machinery field: large industrial equipment, heavy lifting equipment

Angular contact spherical plain bearings

Intelligent automation system: industrial robots, automatic production lines

Material conveying system: various conveying machinery, lifting devices

Angular contact spherical plain bearings

Special working environment: high temperature working equipment, vacuum system

Angular contact spherical plain bearings

2. Main technical parameters

Modelo Inner Dia. (mm) Outer Dia.
(mm)
Largura
(mm)
Dynamic Load
(kN)
Static Load (kN) Limiting Speed
(rpm)
Weight
(kg)
Contacto
Angle
Lubrication   Method Material Type
7007ACTN/P5 35 62 14 29 18 29000 0.15 25° Self-lubricating XYTREX®451
7008ACTN/P5 40 68 15 26 16 26000 0.19 25° Self-lubricating XYTREX®451
7010ACTN/P5 50 80 16 22 14 22000 0.26 25° Self-lubrication;   Grease lubrication XYTREX®459
7209ACTN/P5 45 85 19 20 13 20000 0.35 40° Self-lubricating XYTREX®451
7210ACTN/P5 50 90 20 25 16 19000 0.42 40° Self-lubricating XYTREX®459
7012ACTN/P5 60 95 18 18 12 18000 0.41 15° Self-lubricating Special   alloy steel
Important Instructions:

The data in this table is applicable to standard operating conditions. For   special environments, please consult the manufacturer.

The limiting speed values are based on the condition of grease lubrication. Oil lubrication can increase it by 15-20%.

The self-lubricating models (XYTREX® series) are applicable to the temperature range from -40°C to +260°C.

The weight parameters include the cage components.

Common brands:

SKF Angular Contact Spherical plain bearings
NSK Angular Contact Spherical plain bearings
NTN Angular Contact Spherical plain bearings
FAG Angular Contact Spherical plain bearings
INA Angular Contact Spherical plain bearings
KOYO Angular Contact Spherical plain bearings
TIMKEN Angular Contact Spherical plain bearings

You could see more products by clicking Rolamentos autocompensadores de esferas and Rolamentos de esferas.

3. Technical Advantages Analysis

Composite Performance: High load bearing capacity and self-lubricating properties
Material Technology Innovation: Advanced composite materials are used to ensure long-term stable operation
Environmental adaptability: Especially suitable for special working conditions with limited lubrication conditions
Design flexibility: Structural parameters can be optimized according to specific application requirements

4. Common Technical Consultation

Q1: What special working conditions are this type of bearing most suitable for?
A1: Especially recommended for industrial scenarios with limited lubrication conditions such as high temperature and vacuum
Q2: What key parameters should be paid attention to when selecting?
A2: Focus on working angle, load characteristics, operating speed and environmental conditions
Q3: What are the special requirements for daily maintenance?
A3: Due to the self-lubricating characteristics, additional lubrication is usually not required, but regular status detection is required

5. Technology Development Trends

Development of new composite materials
Intelligent status monitoring technology
Improved adaptability to extreme environments
Modular design development
This technical description is based on the latest industry developments

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