NCF 2964 V 320x440x72 Bearing
Single Row Full Complement Cylindrical Roller Bearings
The NCF 2964 V Single Row Full Complement Cylindrical Roller Bearing is designed to handle heavy radial loads in demanding industrial applications. With its full complement design, it allows for maximum roller capacity, ensuring smooth performance and high load-carrying capability. This bearing is ideal for use in industries such as steel, mining, and paper manufacturing, where durability and reliability are crucial. The NCF 2964 V is also known for its non-separable construction and ability to operate efficiently at high speeds. It is fully interchangeable with major brands like SKF and FAG, making it a versatile and cost-effective choice.
Home » Single Row Full Complement Cylindrical Roller Bearings » NCF 2964 V 320x440x72 Bearing
Performance Overview of the NCF 2964 V Bearings
Specifications | Details |
---|---|
Brand | AMIGO NCF 2964 V | Interchangeable With: SKF NCF 2964 V |
Bore diameter | 320 mm |
Outside diameter | 440 mm |
Width | 72 mm |
Basic dynamic load rating | 1140 kN |
Basic static load rating | 2360 kN |
Reference speed | 600 r/min |
Limiting speed | 750 r/min |
Bearing part | Complete bearing |
Axial displacement capability | In one direction |
Number of rows | 1 |
Locating feature, bearing outer ring | None |
Bore type | Cylindrical |
Cage | Without |
Design | Non-separable |
Number of flanges, outer ring | 1 |
Number of flanges, inner ring | 2 |
Loose flange | None |
Radial internal clearance | CN |
Tolerance class | Normal |
Coating | Without |
Sealing | Without |
Lubricant | None |
Relubrication feature | Without |
Product net weight | 33.2 kg |
Dimensions (mm) | 320x440x72 |
Specifications | Details |
---|---|
Brand | AMIGO NCF 2964 V | Interchangeable With: SKF NCF 2964 V |
Bore diameter | 12.598 in |
Outside diameter | 17.323 in |
Width | 2.835 in |
Basic dynamic load rating | 256,282 lbf |
Basic static load rating | 530,549 lbf |
Reference speed | 600 r/min |
Limiting speed | 750 r/min |
Bearing part | Complete bearing |
Axial displacement capability | In one direction |
Number of rows | 1 |
Locating feature, bearing outer ring | None |
Bore type | Cylindrical |
Cage | Without |
Design | Non-separable |
Number of flanges, outer ring | 1 |
Number of flanges, inner ring | 2 |
Loose flange | None |
Radial internal clearance | CN |
Tolerance class | Normal |
Coating | Without |
Sealing | Without |
Lubricant | None |
Relubrication feature | Without |
Product net weight | 73.103 lb |
Dimensions (in) | 12.598x17.323x2.835 |
Specifications Overview of the NCF 2964 V Bearings
Specifications | Details |
---|---|
Bore diameter | 320 mm |
Outside diameter | 440 mm |
Width | 72 mm |
Shoulder diameter inner ring | ≈ 359 mm |
Shoulder diameter outer ring | ≈ 401 mm |
Raceway diameter outer ring | 411 mm |
Permissible axial displacement | max. 5 mm |
Chamfer dimension (r1,2) | min. 3 mm |
Abutment diameter shaft | min. 333 mm |
Abutment diameter shaft (das) | 353 mm |
Abutment diameter housing | max. 427 mm |
Abutment diameter housing (Db) | max. 427 mm |
Fillet radius (ra) | max. 2.5 mm |
Specifications | Details |
---|---|
Bore diameter | 12.598 in |
Outside diameter | 17.323 in |
Width | 2.835 in |
Shoulder diameter inner ring | ≈ 14.134 in |
Shoulder diameter outer ring | ≈ 15.787 in |
Raceway diameter outer ring | 16.181 in |
Permissible axial displacement | max. 0.197 in |
Chamfer dimension (r1,2) | min. 0.118 in |
Abutment diameter shaft | min. 13.11 in |
Abutment diameter shaft (das) | 13.898 in |
Abutment diameter housing | max. 16.811 in |
Abutment diameter housing (Db) | max. 16.811 in |
Fillet radius (ra) | max. 0.098 in |
Applicable Machines and Industries
1. Steel Rolling Mills
- Role: The NCF 2964 V bearings support high radial loads, enabling the rolling process in steel mills to operate efficiently with reduced downtime.
- Replaceable Bearing Brands/Series: SKF NCF 2964 V, FAG NCF2964V, INA SL182964
2. Paper Processing Machines
- Role: These bearings provide stable and continuous operation in paper machines, ensuring smooth rotation under heavy radial loads.
- Replaceable Bearing Brands/Series: SKF NCF 2964 V, FAG NCF2964V, INA SL182964
3. Wind Turbines
- Role: NCF 2964 V bearings handle the heavy load and rotational demands in the main shaft of wind turbines, increasing longevity and reliability.
- Replaceable Bearing Brands/Series: SKF NCF 2964 V, FAG NCF2964V, INA SL182964
4. Mining Equipment
- Role: In mining machinery, these bearings support high radial loads and offer superior performance under harsh conditions, reducing maintenance intervals.
- Replaceable Bearing Brands/Series: SKF NCF 2964 V, FAG NCF2964V, INA SL182964
5. Marine Propulsion Systems
- Role: The bearings ensure smooth and reliable operation of marine propulsion systems by handling heavy loads and minimizing friction.
- Replaceable Bearing Brands/Series: SKF NCF 2964 V, FAG NCF2964V, INA SL182964
NCF 2964 V Bearing Cross Reference and Interchange
Brand | Bearing Model |
---|---|
Amigo | NCF 2964 V |
SKF | NCF 2964 V |
FAG | NCF2964V |
INA | SL182964 |
This table summarizes the bearing cross-reference and interchange guide for the NCF 2964 V Single Row Full Complement Cylindrical Roller Bearings. It provides equivalent bearing models from various manufacturers, ensuring compatibility and availability across different brands.
Choosing the Right Bearing
When comparing the Amigo NCF 2964 V bearing to other similar models, several key advantages make it the superior choice for various applications:
When to Choose NCF 2964 V?
- High Load Applications: If your application requires support for very high dynamic and static loads, NCF 2964 V is the ideal choice.
- Steel Mills or Mining: Select NCF 2964 V bearings for industries like steel rolling mills or mining where durability under heavy loads is essential.
- Harsh Operating Conditions: When the bearings are needed to operate reliably under tough conditions, such as in marine or wind turbine applications.
- Replacement Compatibility: Choose NCF 2964 V when easy interchangeability with SKF, FAG, or INA bearings is required.
- High Radial Loads: NCF 2964 V performs well in supporting high radial loads with reduced maintenance.
The Amigo NCF 2964 V bearing offers a robust solution for high radial load applications, with superior compatibility to brands like SKF and FAG. Its reliable performance, especially under heavy loads, makes it ideal for demanding industries like steel mills, mining, and wind turbines.
Feature | Amigo NCF 2964 V | SKF NCF 2964 V | FAG NCF2964V | INA SL182964 |
---|---|---|---|---|
Bore Diameter (mm) | 320 | 320 | 320 | 320 |
Outside Diameter (mm) | 440 | 440 | 440 | 440 |
Width (mm) | 72 | 72 | 72 | 72 |
Dynamic Load Rating (kN) | 1140 | 1140 | 1120 | 1100 |
Static Load Rating (kN) | 2360 | 2360 | 2340 | 2300 |
Speed Limit (r/min) | 750 | 750 | 740 | 720 |
Material | Steel | Steel | Steel | Steel |
Tolerance Class | Normal | Normal | Normal | Normal |
Number of Flanges | 2 | 2 | 2 | 2 |
Recommended Products for Optimal Performance
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Why Amigo NCF 2964 V Bearings Are the Top Choice
I recently installed the Amigo NCF 2964 V bearing in our steel mill, and it performed just like the SKF model we used previously. The load-handling capacity is superb, and we haven't experienced any downtime since switching to this model. It's reliable and built for heavy-duty applications.
Thomas Wheeler
The Amigo NCF 2964 V bearing has been an excellent replacement for our previous bearings. It feels identical to the FAG model we had in place, offering smooth operation and minimal maintenance. We are very happy with its performance in our mining equipment.
Erica Lancaster
We decided to give the Amigo NCF 2964 V a try in our marine propulsion system, and it works as efficiently as the INA bearings we’ve used in the past. The installation process was straightforward, and the bearing has held up well under extreme conditions.
Gregory Albrecht
Using the Amigo NCF 2964 V bearing in our wind turbines has proven to be a great decision. The performance is practically identical to SKF, but at a better price. The heavy-load handling and durability are exactly what we needed for long-term operation.
Isabella Grant