Deep Groove Ball Bearing with A Snap Ring Groove

A deep groove ball bearing with a snap ring groove is a specialized type of deep groove ball bearing that features an additional groove machined into the outer ring. This groove is designed to accommodate a snap ring, which is a retaining ring that helps secure the bearing in place axially.

Deep groove ball bearings with snap ring grooves are commonly used in various industries and applications where axial retention is required, such as in gearboxes, transmissions, electric motors, and agricultural machinery.

Overall, this type of bearing offers the versatility and reliability of standard deep groove ball bearings, with the added benefit of axial retention provided by the snap ring feature.

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Характеристики

Standard: GB,ASTM/AISI,ГОСТ,BS,JIS,NF,DIN / VDEh
Material: GCr15、5200、100Cr6、SUJ2
Range of Inner Ring Dia.: 10mm-120mm
Range of Outer Ring Dia.: 30mm-180mm
Range of Weight: 0.032kg-3.05kg
Brand: QIBR/OEM/Neutral
Package: QIBR/Standard Industrial Package/OEM
Applications: Machine tool spindle, centrifuge, booster pump, oil pump, blower, various gearboxes, laboratory equipment

Подбор моделей QIBR

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Подбор моделей QIBR
№	Модель продукта	Basic dynamic load rating	Basic static load rating	Inner diameter	Weight	Outer diameter	Total width
1	6004 2ZNR	9.95 kN	5 kN	20 mm	0.069 kg	42 mm	12 mm
2	6004 N	9.95 kN	5 kN	20 mm	0.069 kg	42 mm	12 mm
3	6004 NR	9.95 kN	5 kN	20 mm	0.069 kg	42 mm	12 mm
4	6004 ZNR	9.95 kN	5 kN	20 mm	0.069 kg	42 mm	12 mm
5	6005 2ZNR	11.9 kN	6.55 kN	25 mm	0.08 kg	47 mm	12 mm
6	6005 N	11.9 kN	6.55 kN	25 mm	0.08 kg	47 mm	12 mm
7	6005 NR	11.9 kN	6.55 kN	25 mm	0.08 kg	47 mm	12 mm
8	6005 ZNR	11.9 kN	6.55 kN	25 mm	0.08 kg	47 mm	12 mm
9	6006 N	13.8 kN	8.3 kN	30 mm	0.12 kg	55 mm	13 mm
10	6006 NR	13.8 kN	8.3 kN	30 mm	0.12 kg	55 mm	13 mm
11	6007 N	16.8 kN	10.2 kN	35 mm	0.16 kg	62 mm	14 mm
12	6007 NR	16.8 kN	10.2 kN	35 mm	0.16 kg	62 mm	14 mm
13	6008 N	17.8 kN	11 kN	40 mm	0.19 kg	68 mm	15 mm
14	6008 NR	17.8 kN	11 kN	40 mm	0.19 kg	68 mm	15 mm
15	6009 N	22.1 kN	14.6 kN	45 mm	0.24 kg	75 mm	16 mm
16	6009 NR	22.1 kN	14.6 kN	45 mm	0.24 kg	75 mm	16 mm
17	6010 N	22.9 kN	15.6 kN	50 mm	0.27 kg	80 mm	16 mm
18	6010 NR	22.9 kN	15.6 kN	50 mm	0.27 kg	80 mm	16 mm
19	6011 N	29.6 kN	21.2 kN	55 mm	0.4 kg	90 mm	18 mm
20	6011 NR	29.6 kN	21.2 kN	55 mm	0.4 kg	90 mm	18 mm
21	6012 N	30.7 kN	23.2 kN	60 mm	0.43 kg	95 mm	18 mm
22	6012 NR	30.7 kN	23.2 kN	60 mm	0.43 kg	95 mm	18 mm
23	6013 N	31.9 kN	25 kN	65 mm	0.45 kg	100 mm	18 mm
24	6013 NR	31.9 kN	25 kN	65 mm	0.45 kg	100 mm	18 mm
25	6014 N	39.7 kN	31 kN	70 mm	0.63 kg	110 mm	20 mm

Features and advantages of QIBR deep groove ball bearings with snap rings

QIBR deep groove ball bearings with snap rings address several critical issues in various fields, highlighted in the following aspects:

1. Snap ring functionality

The snap ring primarily prevents axial displacement of the bearing's inner or outer ring during operation. Typically, the inner ring is fixed, while the outer ring can move axially with the shaft or housing. The snap ring restricts this axial movement, ensuring greater stability during operation.

2. Enhanced axial load capacity

These bearings effectively control axial load capacity, reducing damage or performance degradation caused by axial displacement. The snap ring helps share part of the axial load, improving the overall bearing load capacity.

3. Simplified assembly and disassembly

The snap ring aids in positioning bearing components during assembly, minimizing errors and preventing accidental loosening of parts. Its design also simplifies bearing disassembly by making it easier to locate and remove the bearing without causing misalignment between the inner and outer rings.

4. Extended service life

By enhancing axial stability, the snap ring reduces wear and damage caused by excessive axial displacement, thereby extending the bearing’s service life.

Performance enhancements and solutions for QIBR deep groove ball bearings with snap rings

1.Preventing excessive axial displacement

The snap ring is a critical design element that limits axial displacement, ensuring stable operation under varying loads or external vibrations.

2. Raceway optimization

Enhancing the geometry, precision, and surface finish of the raceways reduces friction and energy loss, thereby improving operational efficiency.

3. Improved rolling element quality

Enhancing the surface finish and hardness of rolling elements reduces friction and wear. Using high-precision rolling elements (e.g., ceramic) can significantly boost bearing performance.

4. Corrosion resistance design

For demanding environments like marine or chemical applications, using stainless steel, corrosion-resistant coatings, or advanced surface treatments can enhance the bearing's resistance to corrosion.

Primary application fields for QIBR deep groove ball bearings with snap rings

Engines and transmission systems

In automotive engines, gearboxes, and wheel hubs, these bearings support rotating components, ensuring their stability and smooth operation. Snap rings prevent axial displacement caused by heavy loads or vibrations.

Подбор моделей QIBR

Features and advantages of QIBR deep groove ball bearings with snap rings

QIBR deep groove ball bearings with snap rings address several critical issues in various fields, highlighted in the following aspects:

1. Snap ring functionality

2. Enhanced axial load capacity

3. Simplified assembly and disassembly

4. Extended service life

By enhancing axial stability, the snap ring reduces wear and damage caused by excessive axial displacement, thereby extending the bearing’s service life.

Performance enhancements and solutions for QIBR deep groove ball bearings with snap rings

1.Preventing excessive axial displacement

The snap ring is a critical design element that limits axial displacement, ensuring stable operation under varying loads or external vibrations.

2. Raceway optimization

Enhancing the geometry, precision, and surface finish of the raceways reduces friction and energy loss, thereby improving operational efficiency.

3. Improved rolling element quality

Enhancing the surface finish and hardness of rolling elements reduces friction and wear. Using high-precision rolling elements (e.g., ceramic) can significantly boost bearing performance.

4. Corrosion resistance design

For demanding environments like marine or chemical applications, using stainless steel, corrosion-resistant coatings, or advanced surface treatments can enhance the bearing's resistance to corrosion.

Primary application fields for QIBR deep groove ball bearings with snap rings

Engines and transmission systems