KA Series · Type C · Open · Radial contact
KA020CP0 is a Kaydon catalogue cross-reference for a PRIUS BEARINGS thin section alternative. Its reference envelope has a bore of 2.000 in, outside diameter of 2.500 in and radial section of 0.250 in. The listed configuration is Type C · Open · Radial contact.
OPEN / FAMILY PHOTOProduct-family photograph. Use the KA020CP0 reference dimensions and approved drawing to confirm the supplied configuration.
Typical section drawing, not to scale. Match the dimension symbols to the model values below. Confirm fits, tolerances and manufacturing details against the approved model drawing.
TECHNICAL DATA
MODEL SELECTION & CROSS-REFERENCE
KA020CP0 belongs to the KA Series and has a bore of 2.000 in (50.8 mm), outside diameter of 2.500 in (63.5 mm) and radial section of 0.250 in. Use the land dimensions in the table when reviewing the shaft and housing shoulders. The section drawing identifies the dimension symbols; send your mating-part drawing to confirm fits and tolerances.
Radial contact selection starts with the radial load and shaft support arrangement. If the assembly also needs axial location or moment resistance, include those loads for review before choosing the contact type.
This reference is open. Include the housing protection and lubrication method in the enquiry, especially for dust, moisture or washdown exposure.
The reference dynamic radial capacity is 393 lb; static radial capacity is 680 lb. No dynamic thrust rating is listed for this reference. Send the axial load separately for engineering review. These values describe the catalogue reference. Final PRIUS ratings, clearance and service life require confirmation against the application.
The 2.000 in bore and 2.500 in outside diameter leave a 0.250 in radial section. Check the listed L1 and L2 land diameters of 2.186 in and 2.314 in when reviewing shoulder support. KA020AR0 and KA020XP0 use the same nominal envelope with different contact designs; a change of suffix calls for a new load and arrangement review.
These references match bore, outside diameter and radial section. Contact geometry, land dimensions, sealing and ratings may differ; interchangeability needs a drawing review.
| Reference | Contact / sealing | Dynamic radial |
|---|---|---|
| KA020CP0 (this page) | Type C · Open · Radial contact | 393 lb |
| JA020CP0 | Type C · Sealed · Radial contact | 393 lb |
| JA020XP0 | Type X · Sealed · Four-point contact | 514 lb |
| KA020AR0 | Type A · Open | 405 lb |
| KA020XP0 | Type X · Open · Four-point contact | 514 lb |
FREQUENT QUESTIONS
Send the complete KA020CP0 reference, original drawing and required quantity. We review the 2.000 in bore, 2.500 in outside diameter, contact design, fits, clearance and load case before confirming a PRIUS alternative. Kaydon and Reali-Slim are original-owner trademarks used for cross-reference; PRIUS BEARINGS is an independent supplier.
Radial contact selection starts with the radial load and shaft support arrangement. If the assembly also needs axial location or moment resistance, include those loads for review before choosing the contact type. KA020CP0 is listed as type c · open · radial contact.
Send the model, quantity, shaft and housing dimensions, loads, speed, required clearance or preload, lubrication and operating environment. Email drawings or photos to sales@priusbearing.com. Include the original bearing suffix so the material and separator requirements can be checked.
INDEPENDENT ALTERNATIVE MANUFACTURER
Share your drawing, duty cycle or existing part number. We will review fit, load and availability before quoting.
Talk to an engineer →Specify the required material, separator, tolerance class, lubricant and operating temperature with your enquiry. Dimensions and load ratings are catalogue cross-reference data, not a guarantee of PRIUS product performance. Confirm the drawing, combined loads, clearance and application with our engineering team before ordering.
Brand names and part numbers are used for identification and cross-reference only. PRIUS BEARINGS is not affiliated with the original trademark owner.