When shaft deflection, housing inaccuracies, or installation errors affect equipment reliability, choosing the right Self-aligning Bearing can reduce unnecessary stress and premature bearing failure. The 1206 self-aligning ball bearing from Shenzhen Xinchangsheng Bearing Co., Ltd. (XCCZC Bearing) uses a double-row ball design and spherical outer-ring raceway to accommodate alignment deviations during operation.
For buyers comparing bearing specifications, suppliers, or OEM options, the 1206 provides a practical combination of dimensional accuracy, load capacity, operating speed, and misalignment compensation. This guide explains its specifications, operating advantages, application scenarios, and purchasing considerations.
The 1206 is a standard-size double-row self-aligning ball bearing designed for applications where maintaining perfect shaft and housing alignment can be difficult.
| Specification | 1206 Self-Aligning Ball Bearing |
|---|---|
| Bore Diameter (d) | 30 mm |
| Outer Diameter (D) | 62 mm |
| Width (B) | 16 mm |
| Dynamic Load Rating (Cr) | Approx. 19.5 kN |
| Static Load Rating (Cor) | Approx. 6.55 kN |
| Grease Limiting Speed | Up to 9,000 rpm* |
| Material | High-carbon chrome steel |
| Hardness | 58–62 HRC |
| Design | Double-row, spherical outer raceway |
*Actual limiting speed depends on lubrication, temperature, load, clearance, sealing, and operating conditions.
This dimensional configuration makes the 1206 self-aligning ball bearing suitable for equipment designers who need a compact bearing while allowing the bearing to accommodate certain shaft or housing alignment deviations.
The main advantage of this bearing design is its ability to accommodate misalignment. Instead of forcing the shaft and housing to maintain perfect alignment throughout operation, the spherical outer-ring raceway allows the bearing to adjust its internal position.
This can be particularly useful when equipment experiences shaft deflection, mounting tolerances, thermal expansion, or housing inaccuracies.
Selecting a bearing based only on load rating can lead to problems. You should also consider whether the equipment can maintain shaft and housing alignment during installation and operation.
| Bearing Type | Misalignment Compensation | Typical Strength | Suitable Application |
|---|---|---|---|
| Self-aligning ball bearing | High | Moderate radial load capability | Shafts with alignment deviations |
| Deep groove ball bearing | Limited | Radial and light axial loads | General machinery |
| Cylindrical roller bearing | Limited | High radial load | Heavy radial loading |
| Angular contact ball bearing | Limited | Combined radial/axial loads | Precision rotating systems |
If your equipment regularly experiences shaft deflection or mounting inaccuracies, a self-aligning bearing may provide a more appropriate solution than a conventional fixed-alignment bearing.
You can consider the 1206 for machinery where alignment cannot always remain perfectly controlled.
Tractors, harvesters, irrigation equipment, and other agricultural machines may experience uneven loading and shaft movement. A self-aligning design can help accommodate these operating conditions.
Conveyor systems, pulley assemblies, and roller supports can experience mounting tolerances and shaft deflection. The 1206 can support smooth rotation where moderate radial loads are present.
Textile machinery often requires continuous rotation and stable operation. The self-aligning design can help reduce the effects of minor alignment errors in suitable equipment.
Fans and blowers can experience housing movement and thermal expansion. A suitable self-aligning bearing can help maintain reliable rotation under these changing conditions.
Before placing an order, you can evaluate the bearing through these five steps:
This process helps you avoid selecting a bearing based solely on its model number.
Shenzhen Xinchangsheng Bearing Co., Ltd. was founded in 2002 and specializes in precision bearing manufacturing. The company operates a 5,000 m² modern factory with a stated monthly output of approximately 3 million bearings and has supplied customers in more than 20 countries.
XCCZC Bearing supports OEM requirements, including customized bearing sizes, logos, and packaging. Its quality-control process includes inspection before shipment, while its engineering team provides technical support for different industrial applications.
The company also provides documented certificates and quality-related materials for customer evaluation. When you are qualifying a supplier, you should request the applicable certificate documents, inspection records, product drawings, and material information for your specific order rather than relying on generic supplier claims.
The 1206 bearing has a 30 mm bore diameter, 62 mm outer diameter, and 16 mm width. Always verify the required mounting dimensions against your equipment drawing before ordering.
It is commonly considered for agricultural machinery, conveyors, textile equipment, ventilation systems, and general industrial machinery where shaft deflection or mounting misalignment may occur.
Yes. XCCZC Bearing states that it provides OEM services including customized bearing sizes, logos, and packaging. For non-standard requirements, you should provide your application conditions and technical drawings for evaluation.
If your equipment experiences shaft deflection, housing inaccuracies, or installation errors, the Self-aligning Bearing design can help accommodate alignment deviations while maintaining reliable rotation. The 1206 combines a 30 mm bore, 62 mm outer diameter, 16 mm width, approximately 19.5 kN dynamic load rating, and double-row construction for suitable industrial applications.
For buyers comparing a 1206 self-aligning ball bearing, contact XCCZC Bearing with your shaft size, operating speed, load, lubrication method, application, and required quantity. This information allows the engineering team to confirm suitability and discuss OEM specifications, inspection requirements, packaging, and delivery options before you place an order.
25Oct
by XCCZC
01Apr
by XCCZC
