Bearing - 6200 2Z DPI
Product detailed description
Bearing - 6200 2Z DPI
6200 2Z DPI shielded deep-groove ball bearing
6200 2Z DPI is a single-row deep-groove ball bearing with two non-contact metal shields. The 2Z design protects the rolling space from both sides while maintaining low friction and good speed capability.
Key features
- dimensions: 10 × 30 × 9 mm,
- 2Z non-contact metal shields on both sides,
- suitable for radial load and moderate axial loads in both directions,
- low friction and suitability for higher speeds,
- the shields help retain lubricant and limit the entry of larger contaminants.
Typical applications
Typical uses include electric motors, fans, pumps, gearboxes, rollers, conveyors and other industrial equipment requiring low friction and two-sided shielding.
Mounting guidance
Apply mounting force only through the ring being fitted and avoid damaging the metal shields. Check the cleanliness of seating surfaces, the required shaft and housing fits, and the operating conditions. Metal shields are neither contact seals nor watertight closures.
Replacement check: compare the complete designation 6200 2Z DPI, the dimensions 10 × 30 × 9 mm and the two-sided shielded design with the bearing being replaced.
Product rating
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We can arrange delivery of almost any DPI product, even if it is not currently listed in our catalogue.
Send us the designation, a photo of the nameplate, dimensions or a description of the application, and we will check availability.
DPI – product identification and supply
The DPI designation may appear on different technical products and spare parts. To identify the exact item reliably, we therefore work from the complete marking and the available technical data.
The exact item should be selected by its complete designation and technical parameters. Dimensions, design, material and operating conditions are important when matching a replacement.
For an accurate quotation, please provide the full marking, required quantity and any available documentation. We will compare the specification and verify a suitable delivery option.