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SUCHA200 Stainless Steel Mounted Bearings
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ISUTAMI BEARINGS

SUCHA200 Stainless Steel Mounted Bearings

SUCHA200 Stainless Steel Mounted Bearings
ISUTAMI stainless steel mounted bearings contact surface of raceway and rolling element appear uneven pits, bearing produce plastic deformation.Is generally stainless steel mounted bearings in large under static load or shock loading, the limit of local stress exceeds material on the surface of the work, this kind of situation usually happened in the low-speed rotation of the bearing.Cause crack of the bearing race may be bearing fit tight, loose foreign or bearing inner ring, stainless steel mounted bearings tolerance deformation, installation of bearing surface processing etc.
SUCHA200 Stainless Steel Mounted Bearings
ISUTAMI stainless steel mounted bearings contact surface of raceway and rolling element appear uneven pits, bearing produce plastic deformation.Is generally stainless steel mounted bearings in large under static load or shock loading, the limit of local stress exceeds material on the surface of the work, this kind of situation usually happened in the low-speed rotation of the bearing.Cause crack of the bearing race may be bearing fit tight, loose foreign or bearing inner ring, stainless steel mounted bearings tolerance deformation, installation of bearing surface processing etc.

SUCHA200 Stainless Steel Mounted Bearings Products

SUCHA200 Stainless Steel Mounted Bearings Size Chart

Stainless Steel Mounted Bearings SUCHA200

Bearing No.
Insert
Bearing No.
Housing No. Shaft Dia Boundary Dimensions(mm)
Mass
(Kg)
in. mm a D w h c j N B S
SUCHA201 SUC201 SHA203 - 12 64 40 96 64 - 19 PF3/4 31 12.7 0.74
SUCHA201-8 SUC201-8 1/2 -
SUCHA202 SUC202 - 15
SUCHA202-10 SUC202-10 5/8 -
SUCHA203 SUC203 - 17
SUCHA203-11 SUC203-11 11/16 -
SUCHA204 SUC204 SHA204 - 20 64 40 96 64 - 19 PF3/4 31 12.7 0.69
SUCHA204-12 SUC204-12 3/4 -
SUCHA205 SUC205 SHA205 - 25 78 40 103 64 - 19 PF3/4 34 14.3 1.00
SUCHA205-14 SUC205-14 7/8 -
SUCHA205-15 SUC205-15 15/16 -
SUCHA205-16 SUC205-16 1 -
SUCHA206 SUC206 SHA206 - 30 78 40 103 64 - 19 PF3/4 38 15.9 1.00
SUCHA206-17 SUC206-17 1-1/16 -
SUCHA206-18 SUC206-18 1-1/8 -
SUCHA206-19 SUC206-19 1-3/16 -
SUCHA206-20 SUC206-20 1-1/4 -
SUCHA207 SUC207 SHA207 - 35 92 40 116 70 - 19 PF3/4 42 17.5 1.38
SUCHA207-20 SUC207-20 1-1/4 -
SUCHA207-21 SUC207-21 1-5/16 -
SUCHA207-22 SUC207-22 1-3/8 -
SUCHA207-23 SUC207-23 1-7/16 -
SUCHA208 SUC208 SHA208 - 40 96 40 121 73 2 19 PF3/4 49 19.0 1.64
SUCHA208-24 SUC208-24 1-1/2 -
SUCHA208-25 SUC208-25 1-9/16 -
SUCHA209 SUC209 SHA209 - 45 108 48 136 82 5 21 PF1 49 19.0 2.08
SUCHA209-26 SUC209-26 1-5/8 -
SUCHA209-27 SUC209-27 1-11/16 -
SUCHA209-28 SUC209-28 1-3/4 -
SUCHA210 SUC210 SHA210 - 50 118 48 142 83 5 21 PF1 51 19.0 2.61
SUCHA210-29 SUC210-29 1-13/16 -
SUCHA210-30 SUC210-30 1-7/8 -
SUCHA210-31 SUC210-31 1-15/16 -
SUCHA210-32 SUC210-32 2 -

SUCHA200 Stainless Steel Mounted Bearings Features

The steel surface under the action of instantaneous high temperature interacts with oxygen in the air and rises to an extremely thin layer of iron oxide.It is worth noting that there is a corresponding relationship between the thickness of oxide layer and the total thickness of surface grinding metamorphic layer.This indicates that the oxide thickness is directly related to the grinding process and is an important indicator of grinding quality.

Stainless steel mounted bearings failure is often the case in the process of operation, so you don't have a cow.When a fault occurs, judgment and handling are critical.Stainless steel mounted bearings the cause of the high temperature lubricating oil quality does not conform to the requirements or metamorphism, lubricating oil viscosity is too high, the assemble tight, bearing assembly too tight.Under the condition of liquid lubrication, the sliding surface is separated by lubricating oil without direct contact, which can greatly reduce the friction loss and surface wear, and the oil film also has a certain capacity of vibration absorption.In the grinding process, the contact zone between the grinding wheel and the workpiece consumes a lot of energy and generates a lot of grinding heat, resulting in local instantaneous high temperature in the grinding zone.Use linear motion infrared heat source heat transfer method and the thermocouple method of transient temperature, transient temperature, grinding zone can be as high as 1000 ~ 1500 ℃.Such instantaneous high temperature is enough to produce high-temperature oxidation, amorphous microstructure, high-temperature tempering, secondary quenching, and even burns and cracks in the surface layer at a certain depth of the working surface.
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