SNR 4203A 2 Row Deep Groove Ball Bearing - 17 mm ID, 40 mm OD

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Subtotal (1 unit)*

R 627,92

(exc. VAT)

R 722,11

(inc. VAT)

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RS stock no.:
732-756
Mfr. Part No.:
4203A
Manufacturer:
SNR
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Brand

SNR

Product Type

Deep Groove Ball Bearing

Inside Diameter

17mm

Outside Diameter

40mm

Race Width

16mm

Cage Material

Polyamide

End Type

Open

Number of Rows

2

Static Load Rating

9.5kN

Internal Clearance

CN

Dynamic Load Rating

14.7kN

Limiting Speed

17000rpm

Bearing Type

Deep Groove

Exempt

COO (Country of Origin):
DE
The NTN Double row deep groove ball bearing offers reliable performance for various applications, featuring a polyamide cage and an open design that facilitates efficient lubrication. Engineered to operate with high precision, this bearing delivers an internal diameter of 17 mm and an external diameter of 40 mm, ensuring compatibility with a range of machinery. The bearing’s robust construction and carefully designed dimensions enhance its capability to withstand significant loads, making it Ideal for demanding industrial environments. With a remarkable dynamic load of 14.7 MN and a static load of 9.5 MN, it ensures both durability and reliability, while its temperature operating range from -20°C to 120°C assures consistent functionality in diverse conditions.

Double row design optimises load distribution, enhancing durability

Polyamide cage ensures smooth operation while reducing friction

Open type allows for easy lubrication and maintenance

Radial clearance class CN accommodates thermal expansion and ensures optimal performance

Dynamic and static load ratings provide confidence under varying operating conditions

Optimised for high accuracy with a precision class of P0

Lightweight at only 0.09 kg, aiding in overall assembly efficiency

Minimum and maximum operating temperatures ensure versatility in various applications

Designed for high rotational speeds with a reference thermal speed of 90,000 °/s

Incorporates Advanced technologies for reduced noise and vibration during operation

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