23972CAK Spherical Roller Bearing

Data source: ZWZ Official Site · Brand identifiers removed, RAYSDE + bearing type retained
Bore d (mm)
360
Outer D (mm)
480
Width B (mm)
90
Overall width T (mm)
Confirm per drawing/order
Outer ring width C (mm)
Confirm per drawing/order
Height H (mm)
Confirm per drawing/order
Dynamic load Cr (kN)
1210
Static load Cor (kN)
2920
Grease speed limit (r/min)
850
Oil speed limit (r/min)
1100

Engineering Drawing

23972CAK Spherical Roller Bearing engineering drawing

For high-precision CAD/DXF/PDF drawings, contact us.

Frequently Asked Questions / FAQ

Is RAYSDE 23972CAK available, and what is the MOQ?

23972CAK is supplied directly from the RAYSDE factory, with both stock and build-to-order options. Standard-part MOQ is tiered by bore: ≤50mm:500 pcs / 51–100mm:100 pcs / 101–300mm:20 pcs / >300mm:4 pcs; non-standard items are quoted per drawing. Send an inquiry for formal pricing and lead time.

What are the technical specifications of RAYSDE 23972CAK?

Key parameters of the 23972CAK Spherical Roller Bearing: bore d=360mm, outer D=480mm, width B=90mm, dynamic load Cr=1210kN, static load Cor=2920kN. For the full dimension table, load and speed data, and CAD drawings, please contact RAYSDE.

Which industries and equipment use the 23972CAK Spherical Roller Bearing?

It is widely used across mining, cement, steel, wind power, paper in various rotating and power-transmission applications, making it a versatile bearing choice.

What are the advantages of RAYSDE 23972CAK versus imported brands?

As a factory-direct source, RAYSDE offers 23972CAK at competitive ex-works pricing with shorter lead times than comparable imported brands, plus non-standard customization and OEM support. Certified to ISO 9001:2015, with 3.1 material certificates available.

Can you provide engineering drawings and material certificates for 23972CAK?

Yes—CAD/DXF/PDF high-precision drawings and 3.1 material certificates (GCr15 bearing steel) for 23972CAK are available on request from RAYSDE.

Request Quote / Inquiry ← Back to all models