692 Deep Grovve Ball Bearings
| 692 Deep Grovve Ball Bearings | |||
|---|---|---|---|
| Part Number | 692 | Ball Number | 7 |
| d | 2 | Ball Size | 1.0 |
| D1 | 6 | Dynamic Load Co(N) | 330 |
| B | 3 | Static Load Cor(N) | 100 |
| R | 0.15 | Grease Speed | 86000 |
| Weight(Kg) | 0.0004 | Oil Speed | 100000 |
692 Bearing | Open / ZZ / RS Seals | Premium Wear-Resistant Materials And Versatile Applications
692 bearing is a ultra-thin slim deep groove ball bearing tailored for micro compact machinery layouts. It features ultra-low rotational inertia, smooth silent operation and reliable dimensional stability during continuous runtime. Offered in three professional sealing styles and diverse metal material grades, this multi-functional micro bearing matches various light-duty, precision and anti-corrosion industrial and commercial application scenarios.
692 Bearing Sealing Type Features
692 Open Bearing: Adopts hollow open structure with maximum airflow circulation, realizing superior heat dissipation and zero running obstruction. It supports continuous ultra-high-speed cycling and convenient periodic lubrication. Best suited for controlled clean workshop environments, precision sensor modules, micro robotic parts and high-precision testing equipment.
692ZZ Bearing (Double Metal Shields): Built with dual-side non-contact metal protective shields, effectively blocking fine dry dust, powder particles and floating industrial debris. The barrier-free rotating design avoids extra load loss, delivering stable high-speed performance and excellent heat aging resistance. Ideal for indoor dry working conditions such as miniature drive components, measuring instruments and smart electronic devices.
692RS Bearing (Double Rubber Seals): Equipped with dual lip tight-contact rubber sealing rings, providing full protection against moisture infiltration, dust accumulation and liquid splashing. It achieves long-term unattended operation with strong environmental adaptability, perfectly fit for variable working scenes including wearable smart devices, outdoor detection equipment and automated micro transmission systems.
692 Bearing Material Performance And Industrial Uses
Bearing Steel: High-strength industrial bearing material with outstanding compression resistance, extreme wear resistance and stable dynamic load performance. With reliable durability and competitive pricing, it serves as the optimal option for general electromechanical devices, micro motors, daily industrial equipment and conventional precision transmission parts.
304 Stainless Steel: Boasts excellent natural oxidation resistance and stable mechanical rigidity, effectively preventing rust and deterioration in mild humid environments. It is a cost-effective solution for consumer electronics, light industrial equipment and general outdoor low-load mechanical components.
420 Stainless Steel: Combines high hardness, impact toughness and mild chemical corrosion resistance, maintaining precise and smooth rotation under long-term light-load operation. Widely adopted in biomedical micro-equipment, optical precision devices and high-end intelligent mini machinery.
440 Stainless Steel: Features ultra-high hardness and exceptional abrasion resistance, with prominent anti-rust and medium corrosion resistance. It guarantees long-term stable operation in precision machinery, hydraulic auxiliary parts and moderately corrosive industrial working conditions.
316 Stainless Steel: Delivers superior salt-fog, acid and alkali corrosion resistance and high-temperature oxidation stability, capable of resisting extreme harsh environments. Primarily applied in marine hardware, food sanitation machinery, chemical experimental instruments and medical sterile equipment.
Core Strengths: 692 micro thin-wall bearings support customizable seals and materials, featuring precise rotation, low noise, low energy consumption and strong environmental adaptability. It widely covers consumer electronics, industrial automation, medical sanitation, marine and chemical industries to meet diverse micro-precision transmission demands.