GMN S 6008 C TA P4+ DUL Spindle Bearing Pair

Description

This is a GMN high-precision spindle bearing pair, model S 6008 C TA P4+ DUL. This new-in-box set contains two universally matched angular contact ball bearings designed for applications requiring high speed, rigidity, and accuracy, such as in machine tool spindles. Manufactured in Germany to the highest quality standards, these bearings ensure reliable and precise operation.

Specifications

• Manufacturer: GMN
• Model: S 6008 C TA P4+ DUL
• Type: Angular Contact Ball Bearing Pair
• Bore Diameter (d): 40 mm
• Outer Diameter (D): 68 mm
• Width (B): 15 mm
• Contact Angle: 15 degrees (Code C)
• Cage: Textolite (phenolic resin), outer ring guided (Code TA)
• Precision: P4+ (Higher than ABEC 7)
• Arrangement: Universal Duplex, Light Preload (DUL)

Label Info

• Order Number: #668117
• Production Date: 02/22 (February 2022)

Application

These bearings are ideal for use in high-speed and high-precision machine tool spindles, grinding machines, high-frequency motors, and other demanding rotating machinery.

Country of Origin

Made in Germany.

CO2 Impact

Choosing this surplus product over a new one avoids the emission of approximately 0.8 kg of CO2, contributing to a more sustainable industrial environment.

Availability

This item is in stock and ready for immediate dispatch. Order now from PLC2Day for expert support and fast delivery.

FAQ

'DUL' stands for Universal Duplex, Light Preload. This means the two bearings are a matched pair that can be mounted in either a back-to-back (O-arrangement) or face-to-face (X-arrangement) configuration and will have a light preload when clamped together.

It is critical to mount these bearings in a clean environment. The shaft and housing must be manufactured to precise tolerances. The bearings should be mounted using a press or a bearing heater, ensuring force is only applied to the ring being fitted. Always follow the machine manufacturer's specific assembly instructions.

The 'TA' textolite (phenolic resin) cage is lightweight, has a low coefficient of friction, and offers excellent damping properties. This makes it superior for high-speed applications as it generates less heat and centrifugal force than a traditional steel cage, allowing for higher rotational speeds and greater stability.

Last Update: Friday, March 13, 2026

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