ZEN S61800-2RS Kugellager (10x19x5)
† Catalogue value, not verified
Description
At 10x19x5 mm and a unit weight of 0.006 kg, the installation envelope is fixed; further technical details are held in the specification table. This variant features a contact seal and stainless steel. Cleaning agents attack the sealing material and the grease charge differently from the steel of the rings; the resistance of each of these three constituents is to be checked separately.
This version stages the protection in two steps that behave differently over time. The contact seal on both sides lays an elastomeric lip against the inner ring and thereby shuts splash water, cleaning agents and fine dust out of the rolling chamber — an effect that is present from the outset but declines with the ageing and wear of the lip, and which is bought with a load-independent frictional torque and a permissible speed lower than that of open versions.
The stainless steel of the rings and balls behaves the other way round: its passive layer is retained over the operating period and protects the raceways precisely when the first step has lost effect or a cleaning cycle has carried liquid past the lip. This staging is the actual reason for the combination; neither constituent replaces the other.
In the design three resistances are to be assessed separately, because they belong to different material groups: that of the ring material against the medium, that of the sealing material against cleaning agent and temperature, and that of the enclosed grease charge, which is dimensioned for the service life and cannot be renewed. Chloride-bearing and acidic environments are to be considered separately here and not inferred from the material group alone.
Mechanically, the lower attainable hardness of the stainless material has to be taken into account, which shows in reduced load ratings. Normal radial clearance is matched to one interference-fitted ring and a moderate temperature gradient; the frictional heat of the seal and the differing thermal expansion of the material enter into that consideration.
Contact seals on both sides (rubber lip seal) — Dimensional/form-fit equivalent — verify suffix-level details for critical applications. Matching suffixes are also listed by SKF (2RSH, 2RS1), FAG (2RSR), NSK (DDU), NTN (LLU) and NACHI (2NSE).
ZEN S61800-2RS Kugellager (10x19x5)
— 10 x 19 x 5 mm
Response within 4 business hours
Same size — other brands
Bearings of the same type with identical dimensions 10 × 19 × 5 mm — please check sealing, clearance and execution.
no cross-brand equivalent
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 | ||
|---|---|---|---|---|---|
| ZEN 61800-2RS Kugellager (10x19x5) | ZEN | €1.31 | In stock | ||
| NTN 6800 LLU/5K Kugellager (10x19x5) | NTN | €6.27 | In stock | ||
| FAG 61800-2RSR Kugellager (10x19x5) | FAG | €7.06 | In stock | ||
| NSK 6800 DD Kugellager (10x19x5) | NSK | €10.50 | In stock | ||
| SKF W61800-2RS1 Kugellager (10x19x5) | SKF | €19.35 | In stock | ||
Frequently asked questions
What are the dimensions of the ZEN S61800-2RS Kugellager (10x19x5)?
Who is the manufacturer of the ZEN S61800-2RS Kugellager (10x19x5)?
How heavy is the ZEN S61800-2RS Kugellager (10x19x5)?
What seal type does the ZEN S61800-2RS Kugellager (10x19x5) have?
What bearing type is the ZEN S61800-2RS Kugellager (10x19x5)?
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.
- GuideWas bedeuten die Präfixe W und S?Präfix W und S bei Lagerbezeichnungen sind Vorsetzzeichen und herstellerspezifisch. Wie man sie liest, warum sie Material und Sonderbauart anzeigen.
- GuideRillenkugellager oder Schrägkugellager?Rillenkugellager (DGBB) oder Schrägkugellager (ACBB)? Entscheidung nach Lastrichtung, Steifigkeit, Drehzahl und Kosten – mit klarer Auswahllogik.
