Angular Contact Ball Bearings | High-speed machinery with axial loads | - 15° contact angle design - ISO P6 precision (Radial runout ≤7µm) ▲ ISO P4 (Advanced) - Rubber seals (IP68 rated) - 35x55x20mm dimensions | ▲ Advanced P4 precision (Half the runout of Base) Handles combined loads High-speed capability (≥10,000 RPM) | Limited radial load capacity vs cylindrical bearings Requires precise alignment |
Deep Groove Ball Bearings | General radial load applications | - Deep raceway grooves (Radial load capacity: 2,000 N) - Open design (No seals) - Steel cages (ISO 15) | Low friction (C0 ≤ 20 N·m) Easy installation Cost-effective | No inherent protection against contaminants Limited axial load handling (<500 N) |
Thrust Ball Bearings | Axial load applications (e.g., elevators) | - Thrust raceways (Axial load capacity: 1,500 N) - Open design (User-provided seals required) | Efficient axial load handling Low profile design | Minimal radial load capacity (<200 N) Requires external sealing for protection |
Cylindrical Roller Bearings | Heavy radial load applications | - Cylindrical rollers (Radial load capacity: 5,000 N) - IP54 sealed design - Steel cages | ▲ Double the radial load capacity vs Angular Contact High radial stiffness | Higher friction (C0 ≥ 40 N·m) Limited speed capability (<5,000 RPM) |
Tapered Roller Bearings | Combined radial/axial loads (e.g., axles) | - Tapered rollers (Combined load capacity: 4,000 N) - IP67 sealed design - Single-row configuration | Handles combined loads efficiently High durability (L10寿命 ≥ 10,000 hours) | Complex installation Higher cost due to tapered geometry |
Spherical Roller Bearings | Misalignment applications (e.g., pumps) | - Self-aligning design (Alignment tolerance ±2.5°) - IP66 sealed design - Double-row rollers | Accommodates shaft misalignment High radial/axial load capacity | Bulky profile increases space requirements Higher friction (C0 ≥ 35 N·m) |