FAG 61906-2Z-HLC 1 Row Ball Bearing - 30 mm ID, 47 mm OD

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PHP3,632.00

(exc. VAT)

PHP4,067.84

(inc. VAT)

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RS Stock No.:
260-0700
Mfr. Part No.:
61906-2Z-HLC
Manufacturer:
FAG
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Brand

FAG

Product Type

Ball Bearing

Inside Diameter

30mm

Outside Diameter

47mm

Race Width

9mm

Cage Material

Steel

Ball Material

Steel

End Type

Closed

Number of Rows

1

Internal Clearance

CN

Static Load Rating

5.01kN

Dynamic Load Rating

7.24kN

Bore Type

Parallel

Standards/Approvals

No

Series

619-2Z

Limiting Speed

18400rpm

Bearing Type

Single Row Deep Groove Ball

Race Type

Plain

COO (Country of Origin):
JP

FAG 619-2Z Series Ball Bearing, 30mm Inside Diameter, 47mm Outside Diameter - 61906-2Z-HLC


This ball bearing is designed to support radial loads in rotating assemblies common to automation and electrical equipment. It operates as a single-row deep-groove unit with sealed ends, offering straightforward integration into shafts with a parallel bore. The construction suits continuous rotation at elevated speeds while maintaining internal running clearance appropriate for precision mechanical systems.

Features and Benefits:


• Steel cage reduces internal friction for smooth rotation
• Dynamic load capacity 7.24 kN increases service life under load
• Static load capacity 5.01 kN resists deformation at rest
• Limiting speed 18 400 r/min enables high-speed applications
• Internal clearance class CN maintains controlled internal play
• Closed ends keep contaminants out for longer maintenance intervals

Applications


• Suitable for high-speed motors in automation systems
• Ideal for precision spindle support in electrical test rigs
• Used with small gearboxes in robotics and actuation systems
• Can be used for rotary encoders and sensor shafts
• Used for carrier rollers in Electronic Assembly equipment

What material is used for the rolling elements and why does it matter?


The balls are MADE from steel, which provides the hardness and fatigue resistance required for repeated cyclic loading in mechanical and electrical applications.

How does the cage material influence bearing behaviour?


A steel cage maintains cage rigidity at elevated speeds and temperatures, helping preserve ball spacing and reducing the risk of cage distortion in sustained operation.

What mounting considerations apply for the bore type?


The parallel bore allows easy axial positioning on shafts and suits press-fit or light interference fits depending on housing design and thermal variations.

How do the sealed ends affect lubrication strategy?


Closed ends retain lubricant within the raceway, reducing the need for re-lubrication but requiring selection of appropriate grease at installation for the intended service life.

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