FAG 61805-HLC 1 Row Deep Groove Ball Bearing - 25 mm ID, 37 mm OD

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£15.97

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£19.16

(inc. VAT)

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RS Stock No.:
310-926
Mfr. Part No.:
61805-HLC
Brand:
FAG
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Brand

FAG

Product Type

Deep Groove Ball Bearing

Inside Diameter

25mm

Outside Diameter

37mm

Race Width

7mm

Cage Material

Steel

End Type

Open

Number of Rows

1

Static Load Rating

2940N

Internal Clearance

CN

Dynamic Load Rating

4300N

Series

618

Bore Type

Cylindrical

Standards/Approvals

No

Limiting Speed

28000rpm

Race Type

Deep Grooved

Bearing Type

Deep Groove

COO (Country of Origin):
JP

Schaeffler 618 Series Deep Groove Ball Bearing, 25mm Bore, 37mm Outside Diameter - 61805-HLC


This deep groove ball bearing is a single-row radial bearing designed for high-speed rotary applications where an open end and cylindrical bore are required. It is suited to environments demanding compact, low-friction rolling elements and operates across a wide speed range while handling combined radial and axial loads in both directions.

Features and Benefits:


• Steel cage construction enhances durability and maintains ball spacing
• 4300 N dynamic load capacity improves operational load handling
• 2940 N static load capacity supports sustained stationary loads
• CN internal clearance reduces axial play for controlled shaft movement
• 28,000 r/min limiting speed enables high-speed rotational performance

Applications


• Suitable for precision motor spindles operating at high speeds
• Used with small gearboxes requiring radial and axial load support
• Ideal for pump shafts demanding continuous rotation
• Can be used for small electric motor rotor support
• Used for handheld tool bearings needing a Compact form factor

What is the bore type and how does it affect mounting?


It has a cylindrical bore which permits press-fit or sleeve-mounted installation depending on shaft preparation.

How does the cage material influence maintenance intervals?


The steel cage offers dimensional stability and wear resistance that can extend service life with proper lubrication.

What operating behaviour should be expected at maximum speed?


At 28,000 r/min the bearing performs with reduced internal friction but requires appropriate lubrication to manage heat generation.

How does number of rows affect load transmission?


Being a single-row design, it transmits loads through one raceway pair, offering simplicity and Compact axial/radial load handling.

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