Description
Key Specifications
| Parameter | Value | Parameter | Value |
|---|---|---|---|
| Part Number | EP-GEG30ES | Series / reference | Heavy-Duty Radial |
| Bore d (mm) | 30 | Outside diameter D (mm) | 55 |
| Width B (mm) | 32 | Inner-ring width C (mm) | 20 |
| Dk (mm) | 47 | R1s / R2s min | 0.6 / 1.0 mm |
| Articulation α | 17° | Dynamic load Cr | 80.0 kN |
| Static load C0r | 400 kN | Weight | 290 g |
| Lubrication | Relubrication required | Sealing | Open / unsealed |
| Sliding pair | Steel / steel | Surface / liner | Outer and inner rings phosphate treated |
Product Description
EP-GEG30ES construction and application notes
EP-GEG30ES is the 30 mm-bore model in the GEG..E / GEG..ES Heavy-Duty family. Its nominal envelope is d 30 mm × D 55 mm with B 32 mm overall width.
Heavy-duty GEG radial construction with a single axial split. Type ES uses lubricating grooves and holes in both rings. The 17° articulation value shown in the model table helps define angular movement around the spherical sliding surface. This construction is intended for slow oscillating or pivoting joints where a planned lubrication path is available. On EP-GEG30ES, that construction is paired with a 30 mm bore, 55 mm outside diameter, 32 mm overall width, 80.0 kN dynamic rating and 17° catalogue articulation value.
For EP-GEG30ES, the GEG heavy-duty family uses a wider radial section than the comparable GE range. Housing width and shoulder support therefore deserve extra attention when a machine needs the heavier GEG envelope but remains on a greaseable steel-on-steel system.
Installation and fit
For EP-GEG30ES, start the fit review from its 30 mm bore and 55 mm outside diameter, then check how the 32 mm bearing width is supported by the housing shoulders. The fitting-tolerance resource includes H7 and h6 among the reference classes; final fit still depends on ring loading, housing stiffness, temperature and the machine interface.
Selection Context
How to verify EP-GEG30ES in the joint
For EP-GEG30ES, the useful starting point for this row is the physical interface: pin diameter, housing bore and available axial space. Pay particular attention to the outside diameter and overall width because both must fit the existing housing without forcing the joint. Replacement planning should include the condition of the pin and housing, since wear outside the bearing can change the apparent fit. If a related sealed or maintenance-free version is being considered, explain what problem the alternative construction is intended to solve.
Cross-Reference
Brand reference for EP-GEG30ES
Cross-reference designations help identify the family. They do not replace dimensional, suffix, sealing and application checks.
| Brand | Reference designation | Verification note |
|---|---|---|
| SKF | GEH30ES | Reference designation; verify dimensions and suffix. |
| FAG | GEH30ES | Reference designation; verify dimensions and suffix. |
| ELGES | GE30FO | Reference designation; verify dimensions and suffix. |
| IKO | GE30GS | Reference designation; verify dimensions and suffix. |
Technical Documents
Drawings and order documents
Related Products
Compare the same bore across other constructions
RFQ
Request a quote for EP-GEG30ES
For EP-GEG30ES, include quantity, application, operating environment and any drawing or document requirement. The enquiry area keeps this 30 × 55 × 32 mm model in context so the quotation can be tied to the exact product rather than only the family name.
Model: EP-GEG30ES
