

TIMKEN XGA33210 tapered roller bearing cone
- Brand
- TIMKEN
- Category
- Bearings
- Subcategory
- Tapered roller bearings
- Series
- TSF
We respond promptly.
Since 1945 · Martínez, Buenos Aires, Argentina
Request your quote via WhatsApp or email, with the quantity you need.
Can't find the exact model? Write to us with the part number or model you're looking for: we'll find it and quote it, even if it's not listed in the catalog.
Description
TIMKEN XGA33210 is a reference of tapered roller bearing cone, within Bearings. Request a quote for XGA33210 via WhatsApp or email with the quantity you need; we respond promptly with the quote and equivalents.
The TIMKEN XGA series tapered roller bearing is a cone (cup or cone as applicable) that is part of the TSF family. It is designed to withstand combined radial and axial loads, with high load capacity and rigidity. It is used in applications where precision and durability are critical, such as industrial machinery, conveying equipment and power transmission systems. MR Accesorios Industriales sells this brand and advises you on choosing the right component for your application.
The XGA series designation is interpreted from its alphanumeric code: the letters indicate the cone type and its design characteristics, while the numbers that follow define size and geometry. For example, code XGA33210 corresponds to a cone of the TSF series, which is characterized by its roller profile and load capacity. Knowing these suffixes lets you quickly identify the right replacement part and ensure interchangeability within the same family.
In Argentine industry, TIMKEN XGA series tapered bearings are used in a wide variety of equipment: from conveyor belts and mills to presses, cranes and agricultural machinery. Their ruggedness makes them suitable for demanding environments with dust, vibration and variable loads. Maintenance workshops and production plants choose them to replace worn components and restore equipment reliability.
To select the right bearing, take into account the combination of radial and axial loads, the operating speed and the environmental conditions. Installation requires precise alignment and proper lubrication; check internal clearance and sealing according to the type of contamination. The TSF series supports configurations with or without seals, and it is essential to respect the tolerances specified by the manufacturer to avoid premature failures.
When replacing a tapered bearing, it is common to find equivalents across different brands. Although each manufacturer has its own nomenclature, XGA series codes usually correspond to standardized dimensions. To ensure compatibility, it is always advisable to verify the cone and cup dimensions, as well as the contact angle. MR Accesorios Industriales can guide you on the options that apply without compromising equipment performance.
If you need a quote for a TIMKEN XGA series tapered bearing, send us the complete code via WhatsApp. At MR Accesorios Industriales we reply promptly and tell you the best solution for your requirement. We can also advise you if you are looking for a specific variant within the TSF family.
Dimensions
Dimensions and tolerances: Send us the part number via WhatsApp and we'll confirm the dimensions and version against the manufacturer's data sheet.
Frequently Asked Questions
- What does the XGA designation mean in TIMKEN bearings?
- The XGA designation identifies a type of tapered roller cone within TIMKEN's TSF series. The letters indicate design characteristics and the numbers that follow define dimensions and geometry. To interpret a complete code, it is best to consult a specialist.
- How do I know if a TIMKEN tapered bearing is compatible with my equipment?
- You should verify the cone and cup dimensions, the contact angle and the load conditions. The XGA series usually complies with international standards, but it is always advisable to compare actual dimensions before replacing. MR can help you with that verification.
- What lubrication do you recommend for TIMKEN tapered bearings?
- Lubrication depends on speed, temperature and environment. For general industrial applications, high-viscosity greases are used, while at high speeds oil may be necessary. It is important to follow the manufacturer's specifications and maintain an adequate lubricant film.
