This document provides information about Federal Mogul Bearing India Ltd., including: 1. Federal Mogul Bearing India Ltd. was established in 1979 and set up an engine bearing division in collaboration with Federal Mogul Corporation, USA to manufacture thin-wall engine bearings. 2. The company's mission is to provide superior products on time to delight customers and provide better than market returns to delight shareholders. 3. The quality policy commits to meeting or exceeding customer requirements by maintaining a quality management system focused on customer satisfaction, continual improvement, and safety.

1. Federal Mogul Bearing India Ltd.
Training On
Study of Bearings
Mechanical Engg. Deptt.
JMIT,Radaur(YNR)
DEEPAK KUMAR
91-8950783197

2. FMBIL
 In 1979,FEDERAL MOGUL BEARINGS INDIA LTD.
Formely FMBIL and ANAND ENGINE COMPONENTS
Diversified into the manufacture of thin wall engine
Bearings.The engine bearing division was set up in
Collaboration with Federal mogul Corporation,USA,
And world leaders in the thin-wall bimetal Engine
Parwanoo in the state of HIMACHAL PRADESH.

3. MISSION OF COMPANY !!!
 CUSTOMER DELIGHT - BY Providing superior
products on time every time.
 SHARE HOLDER DELIGHT - BY Providing better
than market returns on investments.

4. QUALITY POLICY !!
 Federal mogul power train is commited to
providing product and services that meet or
exceed our customer`s requirement by
maintaining a management system.

5. Quality Excellence !!!
Driving the Future of Federal - Mogul
Customer Satisfaction
• Poviding our customer with product and
services that meet or exceed their requirments.
Continual Improvement
• Measurable improvement of the effectiveness of
our quality management system.
SAFETY
• Providing a safe work environment for our
employees and visitors.

6. •SUPPLY CHAIN MANAGEMENT
•ENGINEERING DEPTT.
•POWDER PLANT
•SANDING & ANNEALING SECTION
•PLANT1 (MANUAL PLANT SECTION)
•PLANT2 (TOOL ROOM SECTION)
•PLANT4 (AUTOLINE 1 SECTION)
•PLANT5 (AUTOLINE 2 )
•PLANT6 (ALL VENDORS)
•PLATING SECTION
•MAINTENANCE
•QUALITY AUDIT DEPARTMENT
•METALLURGICAL LAB.
•GAUGE ROOM
•PACKING DEPARTMENT
•DISPATCH SECTION
•SINTER LINE

7. •PLAIN SLEEVE BEARING.
FLANGE BEARING.
•WASHERS.
BUSHES
Transmission
Bush
Main
bearing
Connecting
rod bearing
Flange bearing

8. Type of bearings
1. Plain sleeve Bearing.

9. Type of bearings
3. Washers. 4. Bushes.

10. Engine bearings
Bearings are devices used to transmit loads between relatively moving surfaces.
Bearings are used in all types of machinery, engines and mechanisms for
supporting and controlling the motion of the rotating, sliding or reciprocating
parts. Shafts, spindles or axles usually support the rotating parts. Bearings are
designed to serve the purpose with minimum friction, power loss, and generation
of heat and are aided in their requirement by suitable lubricants. Bearings are
used in Automotive, Industrial, Agricultural, Earth Moving, Marine and Stationary
Engines among others. Bearings that support the rotating shaft in a fixed
position against loads acting perpendicular to the axis of shaft only are called
Radial Bearings. Those that support against loads parallel to the axis of the
shaft are called Thrust Bearings, while those, which resist both radial and thrust
loads, are called Angular or Radial-Thrust Bearings.

11. Places where the bearings are
used in engine?

12. Powder Plant
It consists of a crucible made of silicon
carbide, which is surrounded by refractory
bricks. There is gap between the refractory
bricks called the annular gap. Burners
using mixture of compressed air and
atomized diesel heat this crucible,
commonly known as ‘pouring crucibles’.

13. Sinter line
Sintering is a process of bonding solid particles by atomic
forces. Sintering forces tend to decrease with increase in
temperature but obstruction to sintering viz. incomplete surface
contact, presence of surface films and lack of plasticity
decreases much more with increase in temperature. Thus
increase in sintering time or temperature results in stronger
bond and greater tensile strength. But sintering must be carried
out at a temperature below the melting point of the constituent
element with least melting point.

14. MANUFACTURING OF BEARINGS

15. Blanking and stamping
Blanking is defined as the process of cutting the strip into pieces of desired
length and these pieces are called blanks. Stamping is defined as the process of
punching the desired data (part no., Coil no.) on the blanks.
Both processes are carried out on the same machine know as blanking
machine. It consists of three parts – decoiler, straightner and blanker. The coil is
brought to the blanking machine after slitting. It is then mounted on the decoiler.
It uncoils the coil and pushes it into the straightner.
The straightner has the function of straightening the strip and pushing it into the
blanker. On the straightner there is a limit switch which controls the amount of
strip passing through the straightner.

16. Thank You