24132CC/C4W33
Main technical Specifications
Detailed parameters and installation dimensions:
| Part Number | 24132CC/C4W33 |
| Internal design | CC = Flangeless inner ring, guide ring centred on the inner ring, two stamped steel cages |
| Bearing Type | Spherical roller bearings, double row |
| Bearing Mass - m | 25 kg | 55.115 lb |
| Seal | open |
| Series | 241..-CC/W33 |
| Cage | CC = stamped steel cages |
| Lubrication | W33 = Annular groove and three lubrication holes in the outer ring |
| Bore Type | Z = cylindrical bore |
| RIC | C4 |
| Units | Metric |
| Rows NO. | 2 |
| Manufacturer Part Code | 24132 CC/C4W33 |
| Ring Material | GCr15SiMn |
| Roller Material | GCr15SiMn |
| Dimension | |
| Inside - d φ (mm) | 160 mm | 6.299 inch |
| Outside - D Φ (mm) | 270 mm | 10.630 inch |
| Width - B (mm) | 109 mm | 4.291 inch |
| b | 8.3 mm | 0.327 inch |
| K | 4.5 mm | 0.177 inch |
| d2 | 181 mm | 7.126 inch |
| D1 | 228 mm | 8.976 inch |
| Fillet - ra(max.) | 2 mm | 0.079 inch |
| Fillet - r1,r2(min.) | 2.1 mm | 0.083 inch |
| Angular misalignment | 2.5 degrees |
| Performance | |
| Dynamic Radial Capacity - Cr | 1226228 N | 275656 lbf |
| Static Radial Capacity - C0r | 1759163 N | 395459 lbf |
| Fatigue Radial Capacity - Pu | 162098 N | 36439 lbf |
| Temperature - T(min) | -30 |
| Temperature - T(max) | +200 |
| Speed ratings (grease) - nB | 1297 rpm |
| Speed ratings (oil) - nG | 1879 rpm |
| Heat stabilization | 392 °F (200 °C) |
| Abutment dimensions | |
| da(min.) | 172 mm | 6.772 inch |
| Da(max.) | 258 mm | 10.157 inch |
| Calculation factor | |
| e | 0.4 |
| Y1 | 1.7 |
| Y2 | 2.5 |
| Y0 | 1.6 |
The 24132CC/C4W33 is a Spherical roller bearings, double row, with dimensions 160 mm x 270 mm x 109 mm, designed for Self-aligning, high load-bearing capacity, and impact resistant, Suitable for Provides stable and reliable support for the rotating shaft under harsh, heavy-load conditions, such as Metallurgy, Mining and Building Materials Industries.
The 24132CC/C4W33 Spherical Roller Bearings, featuring Double row (row) construction, CC = stamped steel cages retainer to ensure extended service life, advanced open design, C4 Internal clearance, Its normal operating speed can reach: the grease speed ratings: 1297 rpm, oil speed ratings: 1879 rpm, . it's built to handle significant loads (dynamic radial: 1226228 N, static radial: 1759163 N, ), It effectively reduces friction and wear, enhances load-bearing rigidity, and suppresses vibration and noise, thereby significantly extending equipment service life and ensuring long-term, stable operation under complex working conditions.
- Min. Order: 1 Piece/(24132CC/C4W33, 160 = ID, 270 = OD, 109 = B, 25 kg) or according to different suppliers
- Price: There are multiple professional bearing manufacturers and suppliers in China that offer 24132CC/C4W33. Sending an inquiry will get you quotes from multiple suppliers, allowing you to compare prices, quality, and service to find the most affordable option for 24132CC/C4W33 bearing.
- Inquiry ways: The right of the inquiry form, Email, skype, Whatsapp
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✨What are the Benefits of choosing 24132CC/C4W33 bearings?
🏭 What are the applications of the 24132CC/C4W33 bearing?
📐 How should choose the right model for a Spherical Roller Bearings?
1. Verify load and direction: Confirm that the bearing can withstand high radial loads and bidirectional axial loads. Generally, the axial load should not exceed 15-20% of the radial load, and in extreme cases, it should not exceed 35%, otherwise uneven stress may occur.
2. Confirm dimensions and tolerances: Determine the bore diameter, outer diameter, and width based on the installation space, and select the tolerance grade (e.g., PN grade) according to standards such as DIN 635-2 or ISO 15.
3. Select internal design: Select the cage type (e.g., CA type brass cage) and lubrication features (e.g., W33 outer ring oil groove and oil hole) according to the application.
4. Consider self-aligning capability: Check its maximum permissible self-aligning angle (usually 1° to 2°) to ensure it can compensate for installation errors or shaft deflection.
🛠️ What is the mounting procedure for 24132CC/C4W33 bearings?
1. Preparation and Cleaning: Before installation, be sure to clean the shaft and bearing housing, and check all mating surfaces for burrs or damage.
2. Heated Installation (Recommended): For interference fits, use an induction heater to evenly heat the bearing to 80-100°C, then quickly push it onto the shaft, pressing it against the shaft shoulder. Do not exceed 120°C to avoid altering the material structure.
3. Cold Installation (Alternative): If heating is not possible, use an installation sleeve and press to apply pressure only to the inner ring to press the bearing into place.
4. Securing and Lubrication: Tighten the bearing with a lock nut, etc., and add an appropriate amount of grease through the oil groove/hole.
5. Final Inspection: Manually rotate the shaft to confirm smooth rotation without abnormal noise, and recheck the bearing clearance.
📋 Special Note for mounting 24132CC/C4W33 bearings?
Load Limitation: Avoid prolonged exposure to excessive (>20%) pure axial loads, as this may overload the single-row rollers and significantly shorten their lifespan.
Temperature Control: During heated installation, strictly adhere to the 80-100℃ range to prevent localized overheating.
Appropriate Lubrication: Double-row bearings require more grease, but the filler amount is generally 30%-60% of the bearing's internal space; excessive grease can easily cause overheating.
Installation Tools: Never directly strike the bearing's outer ring, cage, or rolling elements. Use specialized tools to apply force only to the mating rings.
Operational Monitoring: During the first run after installation, monitor temperature, vibration, and noise to ensure smooth operation.
Have you already decided on a specific model, or are you hesitating between several models? Tell me the model or application scenario, and I can help you analyze whether the selection is appropriate.