NTN 6192-2Z Bearing — Specifications, Dimensions & Cross-Reference
The NTN 6192-2Z is a deep groove ball bearing double metal shielded manufactured by NTN. It belongs to the 619 series and features dimensions of 15 × 35 × 11 mm (bore × OD × width). This bearing has a dynamic load rating of 7,800 N and a static load rating of 3,750 N, making it suitable for light-duty applications.
Technical Specifications
| Dimensions | |
|---|---|
| Bore Diameter (d) | 15 mm |
| Outside Diameter (D) | 35 mm |
| Width (B) | 11 mm |
| Weight | 0.043 kg |
| Performance | |
|---|---|
| Dynamic Load Rating (Cr) | 7,800 N |
| Static Load Rating (C₀r) | 3,750 N |
| Limiting Speed (Grease) | 20,000 rpm |
| Limiting Speed (Oil) | 24,000 rpm |
Brand Cross-Reference — 6192-2Z Equivalents
The following bearings from other manufacturers are interchangeable with the NTN 6192-2Z. All share identical dimensions (15×35×11mm) and comparable load ratings:
| Brand | Part Number | Dynamic Load (N) | Static Load (N) |
|---|---|---|---|
| NTN | NTN 6192-2Z ✦ | 7,800 | 3,750 |
| NACHI | NACHI 6192-2Z | 7,800 | 3,750 |
| KOYO | KOYO 6192-2Z | 7,800 | 3,750 |
| Timken | Timken 6192-2Z | 7,800 | 3,750 |
| FAG | FAG 6192-2Z | 7,800 | 3,750 |
| NTN | NTN 6192-2Z | 7,800 | 3,750 |
| NSK | NSK 6192-2Z | 7,800 | 3,750 |
| SKF | SKF 6192-2Z | 7,800 | 3,750 |
Available Variants
The NTN 6192 base bearing is available in these configurations:
Frequently Asked Questions
What are the dimensions of the NTN 6192-2Z?
The NTN 6192-2Z has a bore diameter of 15mm, outside diameter of 35mm, and width of 11mm. It weighs 0.043kg.
What is the load capacity of the NTN 6192-2Z?
The dynamic load rating (Cr) is 7,800 N and the static load rating (C₀r) is 3,750 N. The maximum recommended speed is 20,000 rpm with grease lubrication or 24,000 rpm with oil lubrication.
What bearings are equivalent to NTN 6192-2Z?
The 6192-2Z is manufactured by multiple brands including SKF, NTN, NSK, FAG, Timken, KOYO, and NACHI. All versions share the same 15×35×11mm dimensions and are interchangeable in most applications. See the cross-reference table above for detailed comparisons.