TIMKEN 6000-C3 Kugellager (10x26x8)
Description
✓ verified catalog valuesThe dynamic load rating of 4.55 kN characterises this bearing. The static load rating is 1.97 kN. This variant features increased radial clearance (C3). Too little and too much residual clearance produce different kinds of damage: the one preloading and additional heat in the rolling contact, the other a narrow load zone with few balls carrying at the same time.
Two losses lie between the clearance as delivered and the clearance in service, and they add up. The interference fit on the shaft expands the inner ring and takes a first share; the sustained temperature difference between the warmer inner ring and the cooler outer ring, coupled to the housing, takes a second. Increased clearance (C3) compensates for exactly these two shares so that a residual clearance within the intended range establishes itself once the arrangement has warmed up — it is a calculated quantity of the bearing position, not a property that would be selected on its own.
The residual clearance acts directly on load distribution: the wider it is, the smaller the circumferential sector in which balls carry and the higher the load on the individual ball; the tighter it is, the sooner the rolling contact is preloaded and generates additional heat, which closes the clearance further. Because this bearing is supplied in the open form, the lubricant carries the frictional heat directly out of the rolling chamber; oil and circulating lubrication are possible, and the temperature difference between the rings therefore develops differently than in a grease-filled, closed version.
Through-hardened standard bearing steel continues to define the temperature and load frame within which the ratings listed in the catalogue apply. At low radial load the wider clearance has to be taken into account: the unloaded part of the ball set is guided only by the cage and, without sufficient minimum load, it can slide instead of rolling.
Whether increased clearance (C3) is the right choice for a specific position therefore follows from the fit, the temperature gradient and the actual load taken together — not from any one of the three on its own. Increased radial clearance C3 — Dimensional/form-fit equivalent — verify suffix-level details for critical applications. Matching suffixes are also listed by SKF (HC5C3, HC5C3WT, C3), FAG (C3), NSK (C3), NTN (C3) and NACHI (C3).
TIMKEN 6000-C3 Kugellager (10x26x8)
— 10 x 26 x 8 mm
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Same size — other brands
Bearings of the same type with identical dimensions 10 × 26 × 8 mm — please check sealing, clearance and execution.
multiple variants for this number — please select
This designation exists in several variants. Please pick the matching one.
Same dimensions means the same bearing type and matching main dimensions (d × D × B). Sealing, cage, internal clearance and execution (e.g. material, precision, grease fill) are encoded in the suffix and may differ — please check before ordering.
| Product | Brand | Price | Availability | ||
|---|---|---|---|---|---|
| NACHI 6000 C3 Kugellager (10x26x8) | NACHI | €1.64 | In stock | ||
| NTN 6000 C3 Kugellager (10x26x8) | NTN | €2.45 | In stock | ||
| SKF 6000/C3 Kugellager (10x26x8) | SKF | €2.83 | In stock | ||
| FAG 6000-C-C3 (-C3) Kugellager (10x26x8) | FAG | €2.88 | In stock | ||
| ZEN 6000 Kugellager (10x26x8) | ZEN | €1.31 | In stock | ||
Frequently asked questions
What are the dimensions of the TIMKEN 6000-C3 Kugellager (10x26x8)?
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What seal type does the TIMKEN 6000-C3 Kugellager (10x26x8) have?
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Guides for this product
- GuideC3 oder C4 – wann welche Lagerluft?C3 oder C4 Lagerluft? Wann größere Radiallagerluft nötig ist – feste Passung, Wärmedehnung, Temperaturdifferenz – und was die Betriebslagerluft damit zu tun hat.
- GuideWie verändert sich die Lagerluft bei Erwärmung?Erwärmung verkleinert die Lagerluft. So wird aus der Initiallagerluft das kleinere Betriebsspiel – und so wählen Sie die richtige Lagerluftklasse.
- GuideRillenkugellager oder Schrägkugellager?Rillenkugellager (DGBB) oder Schrägkugellager (ACBB)? Entscheidung nach Lastrichtung, Steifigkeit, Drehzahl und Kosten – mit klarer Auswahllogik.
