Kaydon Reali-Slim Thin Section Bearings · KC Series

KC250XP0 Thin Section Bearing

KC250XP0 Kaydon Reali-Slim thin section bearing with bore, outside diameter, section size, series and inquiry information.

Ask for price, lead time and equivalent bearing options.
KC250XP0 Open Thin Section Bearing Photo

KC250XP0 Open Thin Section Bearing Photo

Real photo of an open thin section bearing for quick visual confirmation.

Drawing ReviewConfirm KC250XP0 mounting dimensions before quotation.
Selection SupportReview accuracy, clearance, preload and working conditions.
Quote and DeliverySend quantity and delivery requirements for a direct reply.
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Product Introduction

KC250XP0 is a Kaydon Reali-Slim thin section bearing. This series is used when compact bearing cross-section, low weight and large bore diameter are required.

Main size: bore 25 in / 635 mm, outside diameter 25.75 in / 654 mm, section 0.375 x 0.375 in / 9.52 x 9.52 mm.

Load ratings: dynamic radial 3,941 lb / 17530 N; thrust 7,140 lb / 31760 N; moment 37,518 in-lb / 4239 N·m; static radial 12,200 lb / 54268 N; thrust 30,510 lb / 135715 N; moment 154,800 in-lb / 17490.1 N·m.

Type A is angular contact, Type C is radial contact, and Type X is four-point contact.

Confirm the original model, load direction, speed, accuracy and installation space before selection.

Thin section bearing construction diagram

The exact dimensions for this model are listed in the specification table below. This image shows the Type A, C or X construction.

View bearing catalog

d=25 in / 635 mmD=25.75 in / 654 mmB=0.375 x 0.375 in / 9.52 x 9.52 mm
KC250XP0 Thin Section Bearing dimension drawing

Specifications

BrandKaydon Reali-Slim Thin Section Bearings
SeriesKC
ModelKC250XP0
Bore diameter25 in / 635 mm
Outer diameter25.75 in / 654 mm
Width0.375 x 0.375 in / 9.52 x 9.52 mm
Dynamic load rating Cradial 3,941 lb / 17530 N; thrust 7,140 lb / 31760 N; moment 37,518 in-lb / 4239 N·m
Static load rating C0radial 12,200 lb / 54268 N; thrust 30,510 lb / 135715 N; moment 154,800 in-lb / 17490.1 N·m
Mass2.69 lb / 1.22 kg
FeatureType X, Four-point contact Reali-Slim thin section ball bearing

Application and Selection Notes

KC250XP0 belongs to the Kaydon Reali-Slim KC series. It is typically reviewed where a thin section bearing with large bore and compact weight is required.

Check bore 25 in / 635 mm, outside diameter 25.75 in / 654 mm and section size 0.375 x 0.375 in / 9.52 x 9.52 mm against the mounting space.

Confirm whether the application needs angular contact, radial contact or four-point contact bearing behavior before replacement.

Series type:Kaydon Reali-Slim KC series thin section bearing

Before Requesting a Quote

Original model or equivalent target

Quantity and expected delivery time

Bearing type, clearance, precision and material requirements

Drawing, application or working load if available

Common Questions

What type of bearing is KC250XP0?

KC250XP0 is a thin section bearing. Confirm whether angular contact, radial contact or four-point contact behavior is required.

Can KC250XP0 be replaced with another brand?

Yes. Provide the original part number, drawing or key dimensions so fit, bearing type and accuracy can be checked.

What are the load ratings of KC250XP0?

The dynamic load rating is radial 3,941 lb / 17530 N; thrust 7,140 lb / 31760 N; moment 37,518 in-lb / 4239 N·m and the static load rating is radial 12,200 lb / 54268 N; thrust 30,510 lb / 135715 N; moment 154,800 in-lb / 17490.1 N·m. Final selection must consider the actual load direction and duty cycle.

What should be checked before ordering KC250XP0?

Confirm bore, outer diameter, width, bearing type, accuracy, clearance, preload and installation method before ordering this Thin Section Bearing.

Model Search

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Applications

Industrial robotsCNC rotary tablesMedical imaging systemsOptical inspection equipmentPrecision reducers

Request a Quote: KC250XP0

Send the Kaydon Reali-Slim model, quantity, bearing type, accuracy, clearance and application requirements. We will reply with replacement options, price and lead time.