SKF 629-2Z/LHT23 Kugellager (9x26x8)
Description
✓ verified catalog valuesThe dynamic load rating of 4.75 kN characterises this bearing. The static load rating is 1.96 kN. The limiting speed is 19000 rpm. Shields on both sides close the rolling chamber across a narrow gap to the inner ring without touching it: no additional frictional torque arises and no wear occurs at a sealing lip. The shield is a sheet-metal part fixed in the outer ring that reaches close to a shoulder of the inner ring without touching it.
The whole character of the version follows from this geometry: the remaining gap holds back coarse contamination and keeps the grease charge in the rolling chamber, yet generates neither an additional frictional torque nor a heat source, so that breakaway torque, no-load losses and permissible speed stay close to those of an open version.
The price lies in the selectivity: a gap lets water, vapour and fine dust through, and where the position is exposed to such media, either a contact version or an upstream seal in the design is to be provided. Since the shields are fixed in the outer ring, the grease charge is part of the delivered condition and is dimensioned for the service life; the life of that charge — rather than material fatigue — is frequently the limiting quantity at moderate load, and it depends directly on the operating temperature and the speed of the position.
Normal radial clearance is matched to one interference-fitted ring and a moderate temperature difference between inner and outer ring; because the shields do not touch the rings, they exert no influence on the clearance themselves. During mounting it has to be observed that the fitting force is introduced through the ring carrying the interference fit: a force routed through the outer ring, or a heavily compressed housing bore, can deform the shield in its seat and close the gap.
Through-hardened standard bearing steel sets the temperature and load frame within which the ratings listed in the catalogue apply. Metal shields on both sides — Dimensional/form-fit equivalent — verify suffix-level details for critical applications. Matching suffixes are also listed by FAG (2Z), NSK (ZZ), NTN (ZZ) and NACHI (ZZE).
SKF 629-2Z/LHT23 Kugellager (9x26x8)
— 9 x 26 x 8 mm
Response within 4 business hours
Same size — other brands
Bearings of the same type with identical dimensions 9 × 26 × 8 mm — please check sealing, clearance and execution.
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. Equivalent additionally means the same sealing, internal clearance and tolerance class; the cage and other suffix features (e.g. lubrication groove) may differ.
| Product | Brand | Match | Price | Availability | ||
|---|---|---|---|---|---|---|
| ZEN 629-2Z Kugellager (9x26x8)Same dimensions | ZEN | Same dimensions | €1.31 | In stock | ||
| FAG 629-C-2Z (-2Z) Kugellager (9x26x8)Same dimensions | FAG | Same dimensions | €3.13 | In stock | ||
| SKF 629-2Z Kugellager (9x26x8)Same dimensions | SKF | Same dimensions | €3.55 | In stock | ||
| SKF W629-2Z Kugellager (9x26x8)Same dimensions | SKF | Same dimensions | €24.09 | In stock | ||
| NSK 629-A-4ZZ*MC3E (ZZ) Kugellager (9x26x8)Same dimensions | NSK | Same dimensions | €3.05 | In stock | ||
Frequently asked questions
What are the dimensions of the SKF 629-2Z/LHT23 Kugellager (9x26x8)?
Who is the manufacturer of the SKF 629-2Z/LHT23 Kugellager (9x26x8)?
How heavy is the SKF 629-2Z/LHT23 Kugellager (9x26x8)?
What seal type does the SKF 629-2Z/LHT23 Kugellager (9x26x8) have?
What bearing type is the SKF 629-2Z/LHT23 Kugellager (9x26x8)?
Guides for this product
- GuideWas bedeutet -2RS / -2RSR / -2Z?2RS, 2RSR und 2Z entschlüsselt: berührende Dichtung gegen Deckscheibe – wann welche Abdichtung für Staub, Feuchte, Drehzahl und Reibung sinnvoll ist.
- GuideRillenkugellager oder Schrägkugellager?Rillenkugellager (DGBB) oder Schrägkugellager (ACBB)? Entscheidung nach Lastrichtung, Steifigkeit, Drehzahl und Kosten – mit klarer Auswahllogik.
