Mahadev Enterprise

• FAG Ball Bearings are designed to carry combined loads both axial and radial
• They come in Single row and Double Row.

Single row deep groove ball bearings with filling slots have a filling slot in both the inner and outer rings to accommodate more balls than standard deep groove ball bearings.
Filling slot bearings have a higher radial load carrying capacity than bearings without filling slots, but their axial load carrying capacity is limited. They are also unable to operate at the same high speeds as bearings without filling slots.
Deep groove ball bearings with filling slots are available open or with shields on one or both sides. They are also available with or without a snap ring groove. Open bearings that are also available with shields may have recesses in the outer ring.
Large size deep groove ball bearings with filling slots, without cage, are available on request.

• Type: Flanged linear ball bearing, specifically a round flange type. 
• Function: Allows for smooth, low-friction linear movement along a shaft. 
• Sealing: Double-sealed (UU) to protect against dust and debris. 
• Flange: Provides a mounting surface for attachment to equipment. 

• Shaft Diameter: 25mm.
• Overall Length (L): 112mm.
• Outer Diameter (D): 40mm.

• Shaft Diameter: 30mm.
• Overall Length (L): 123mm.
• Outer Diameter (D): 45mm.
• Seal Type: UU (Sealed on both ends).
• Type: Long Type Linear Round Flange Bearing.
• High Accuracy: The bearing is described as high accuracy, according to Omrook, and Precision Bearing House
• Flange: Round flange for mounting.
• Material: The outer cylinder is heat-treated for durability.

• Shaft Diameter: 25mm.
• Overall Length (L): 112mm.
• Outer Diameter (D): 40mm.
• Seal Type: UU (Sealed on both ends).
• Flange Type: Round flange.
• Type: Long type (LUU). 

All types of Fag Bearing under one roof.

• Shaft Diameter: 20mm.
• Type: Flanged linear bearing (round flange).
• Length: Long type, indicated by "LUU".
• Construction: Outer cylinder, ball retainer, balls, and end rings.
• High Accuracy: Designed for precise linear motion.
• Interchangeability: Can be easily replaced due to standardized dimensions and precision control.

• Accommodate static and dynamic misalignment: The bearings are self-aligning like spherical roller bearings or CARB bearings.
• Excellent high-speed performance: Self-aligning ball bearings generate less friction than any other type of rolling bearing, which enables them to run cooler even at high speeds.
• Minimum maintenance: Because of low heat generation, the bearing temperature is lower, leading to extended bearing life and maintenance intervals.
• Low friction: Very loose conformity between balls and outer ring keeps friction and frictional heat at low levels.
• Excellent light load performance: Self-aligning ball bearings have low minimum load requirements.
• Low noise: Self-aligning ball bearings can reduce noise and vibration levels, for example, in fans.

Motor Encoder Units 

Monitoring the status of rotating components accurately is essential for many applications. This is particularly true for AC motors that require encoders to measure the speed and the direction of rotation continuously.

Features and Benefits :

SKF motor encoder units combine active sensor technology with an SKF Explorer deep groove ball bearing and are:

* Able to provide a signal resolution ranging from 32 to 80 digital pulses per revolution

* Compact, only 6,2 mm wider than the corresponding standard deep groove ball bearing

* Ready-to-mount and can be mounted at either bearing position in an AC motor

* Available for shaft diameters ranging from 15 to 45 mm.

Encoders for modern AC motors Being able to accurately monitor the status of rotating components is critical in many applications. Modern AC motors require encoders to continuously monitor speed, position and direction of rotation. These encoders, which are typically external to the motor, are exposed to environmental conditions, which in some cases can have a significant impact on service life. Integrated units from SKF motor encoders, however, are mechatronic units that combine sensor and bearing technology. Available for shaft diameters ranging from 15 to 45 mm, these encoder units are mounted directly inside the motor and require only 6 mm of extra space in the axial direction. The sensor body, impulse ring and bearing are mechanically attached to each other, forming a compact, integrated, ready-to-mount unit that is shielded from external influences. SKF motor encoder units, which can be installed on the drive or driven side of asynchronous motors, provide a medium resolution signal between 32 and 80 digital pulses per revolution. They can accurately detect speeds from zero to 20 000 r/min.

Following is a brief overview of the sensor integrated solutions engineered by SKF. These solutions have been well proven in a variety of industrial and automotive applications such as electric motors, electric vehicles, road rollers, tractors, forklifts and conveyors.

Typical uses include:

* Motor management

* Steering

* Speed and Position sensing

* Temperature and Vibration sensing

* Measurement of angular position

Following sizes available: 

6204/VU1020

6202/VU1020

BMB 6204/048S2/UA002A

BMB 6202/032S2/UA002A

BMB-6202/032S2/UA002A