Electrical Insulated Deep Groove Ball Bearing

Komel Bearing Co.,Ltd. is a leading Electrical Insulated Deep Groove Ball Bearing manufacturer and supplier in China. We have been specialized in bearing filed for many years. Our products have a good price advantage and we have exported our bearings to many markets. We look forward to become your long-term partner in China.

Send Inquiry

Product Description

KOMEL Electrical Insulated Deep Groove Ball Bearings are used for the repair of wear-resistant ball bearings. Start your asol sprinkler system; The implant was fabricated with Jereca ceramic coating on epoxy resin, and the area of the inner ring was 100 μm. Doesn't. A DC voltage of 1000 V is enough to move the heat. No reagents were used for this.

If current is flowing in the direction opposite to the Electrical Insulated Deep Groove Ball Bearing location, you will need to close that side, close the other side, and finally reset the opposite position. Noah was allowed to do this because it was chemically treated to create the jelly and the petrochemical base.

Parameter (Specification)

Model Number	Inner Diameter	Outer Diameter	Width
6332 M/C3VL2071	160	340	68
6330/C3VL2071	150	320	65
6230/C3VL2071	150	270	45
6328/C3VL2071	140	300	62
6328 M/C3VL2071	140	300	62
6228/C3VL2071	140	250	42
6326/C3VL2071	130	280	58
6226/C3VL2071	130	230	40
6324/C3VL2071	120	260	55
6224/C3VL0241	120	215	40
6322/C3VL0241	110	240	50
6322 M/C3VL0241	110	240	50
6222/C3VL0241	110	200	38
6222 M/C3VL0241	110	200	38
6320/C3VL0241	100	215	47
6320 M/C3VL0241	100	215	47
6220/C3VL0241	100	180	34
6319/C3VL0241	95	200	45
6319 M/C3VL0241	95	200	45
6219/C3VL0241	95	170	32
6219 M/C3VL0241	95	170	32
6318/C3VL0241	90	190	43
6318 M/C3VL0241	90	190	43
6218/C3VL0241	90	160	30
6317/C3VL0241	85	180	41
6317 M/C3VL0241	85	180	41
6217/C3VL0241	85	150	28
6316/C3VL0241	80	170	39
6316 M/C3VL0241	80	170	39
6216/C3VL0241	80	140	26
6315/C3VL0241	75	160	37
6315-Z/C3VL0241	75	160	37
6315 M/C3VL0241	75	160	37
6215/C3VL0241	75	130	25
6314/C3VL0241	70	150	35
6314 M/C4VL0241	70	150	35
6314 M/C3VL0241	70	150	35
6022M/C3VL2071	110	170	28
6219M/C3VL0241	95	170	32
6019M/C3VL2071	95	145	24
6018M/C3VL0241	90	140	24
6417M/C3/VL2071	85	210	52
6416M/C3VL2071	80	200	48
6410M/C3VL2071	50	130	31
6340M/C3VL2071	200	420	80
6338M/C3VL2071	190	400	78
6330M/C3VL2071	150	320	65
6328M/C3VL2071	140	300	62
6328M/C3VL2071	140	300	62
6321M/C3VL2071	105	225	49
6320M/C3VL2071	100	215	47
6320M/C3VL2071	100	215	47
6318M/C3VL2071	90	190	43
6317M/C3VL2071	85	180	41
6317M/C3VL2071	85	180	41
6244M/C3VL2071	220	400	65
6244M/C3VL2071	220	400	65
6228M/C3VL2071	140	250	42
6226M/C3VL2071	130	230	40
6226M/C3VL2071	130	230	40
6221M/C3VL2071	105	190	36
6221/C3VL2071	105	190	36
6220M/C3VL2071	100	180	34
6216/C3VL2071	80	140	26
6215M/C3VL2071	75	130	25
6038/C3VL2071	190	290	46
6036M/C3VL2071	180	280	46
6036/C3VL2071	180	280	46
6030M/C3VL2071	150	225	35
6030/C3VL2071	150	225	35
6028M/C3VL2071	140	210	33
6022M/C3VL2071	110	170	28
6022/C3VL2071	110	170	28
6415M/C3VL2071	75	190	45
6415/C3VL2071	75	190	45
6414M/C3VL2071	70	180	42
6330/C3VL2071	150	320	65
6328M/C3VL2071	140	300	62
6328/C3VL2071	140	300	62
6318M/C3VL2071	90	190	43
6318/C3VL2071	90	190	43
6317M/C3VL2071	85	180	41
6313M/C3VL2071	65	140	33
6313/C3VL2071	65	140	33
6312M/C3VL2071	60	130	31
6236M/C3VL2071	180	320	52
6236/C3VL2071	180	320	52
6234M/C3VL2071	170	310	52
6221/C3VL2071	105	190	36
6220M/C3VL2071	100	180	34
6220-/C3VL2071	100	180	34
6212/C3VL2071	60	110	22
6056M/C3VL2071	280	420	65
6052M/C3VL2071	260	400	65
6030M/C3VL2071	150	225	35
6030/C3VL2071	150	225	35
6028M/C3VL2071	140	210	33

Suffixes

Related to internal design

· The bearing suffix “VL2071” indicates that it is a bearing with a defective inner ring. Its inner and outer shells are made of a thin layer of aluminum oxide, which belongs to the specified category.

· The bearing suffix “VL0241” indicates that it is a non-lubricated bearing with an outer ring. The outer surface of its outer ring is covered with an aluminum oxide coating, which is part of the standard coating and has a high insulation capacity of approximately 1000 V DC.

Related to tolerance class

· P0: Normal tolerance class. This is the most common tolerance class, suitable for most general industrial applications.

· P6: A tolerance class stricter than P0. It is applicable to situations where a certain level of rotational accuracy is required, such as the feed axes of machine tools.

· P5: Higher precision than P6. It is commonly used in the main shafts of high - precision machine tools, aerospace equipment, and other fields with extremely high precision requirements.

Related to clearance

· C1: Smaller than the normal clearance. It is suitable for situations where strict control of axial and radial displacements is required, such as the main shafts of precision machine tools.

· C2: The clearance is smaller than the normal clearance but larger than C1. It is used when a certain level of clearance control is needed but not as strict.

· CN: Normal clearance. It is the most commonly used clearance class, suitable for most general industrial applications.

· C3: The clearance is larger than the normal clearance. It is often used in high - temperature environments or when the interference fit between the shaft and the bearing housing is relatively large, to compensate for the decrease in clearance caused by temperature changes or the fit.

· C4: The clearance is larger than C3. It is suitable for higher - temperature environments or larger interference fits.

· C5: The largest clearance. It is generally used in special working conditions with high temperature, high speed, or large interference fits.

Application

Industrial motors: Widely used in high-power frequency conversion motors of equipment such as cranes, textile machines, and printing machines, as well as high-power high-voltage motors of equipment like mining machines and coal separators. It can prevent the damage to the bearings caused by the shaft current generated during the operation of the motors, ensuring the reliable operation of the motors.

Petrochemical industry: Applied in high-power explosion-proof motors of equipment such as compressors and pumps. It can avoid bearing failures caused by current problems and improve the operational stability of the equipment in the harsh environment of the petrochemical industry.

Installation and maintenance: When installing, attention should be paid to avoiding damage to the insulating layer of the bearing or the ceramic rolling elements. Ensure the installation accuracy and operate according to the installation requirements of ordinary deep groove ball bearings. At the same time, prevent installation tools and other items from damaging the insulating parts. In terms of maintenance, regularly check the insulating performance of the bearing to ensure that there are no problems such as damage or aging of the insulating layer. Check the lubrication and sealing conditions of the bearing to ensure good lubrication and sealing, so as to extend the service life of the bearing.

Hot Tags: Electrical Insulated Deep Groove Ball Bearing

Related Category