H200/H300/H2300 Bearing Adapter Sleeve Series
H200/H300/H2300 is a application-specific series configured around adapter sleeve series. Its catalogue definition uses see catalogue drawing/table, with individual bore and dimensional variants retained in one model table.
Series Overview
For purchasing and replacement work, the useful decision is the series itself, not a separate web page for every shaft size. The model table therefore stays together so adjacent metric and inch variants can be compared in one place.
Treat the housing format and locking method as the first filter. The broader bearing range is useful when the same shaft size must be checked against another flange, pillow, take-up or insert arrangement. Browse related bearing families.
Series-Level Selection
H200/H300/H2300 is treated as one catalogue series, with individual unit numbers retained inside the dimensional table.
Mounting Form
The primary configuration is adapter sleeve series, intended for mounting and locking of tapered-bore bearings or related bearing accessories.
Locking Logic
The catalogue identifies see catalogue drawing/table for this series; confirm the exact row before ordering.
Technical Specifications
Use these identifiers as the first selection gate. They capture the catalogue family, duty, locking and mounting form, while the numerical model rows remain grouped in the source table below.
| Series | H200/H300/H2300 |
|---|---|
| Catalogue Reference | Part B, page B142 |
| Product Family | Bearing Adapter Sleeves & Locking Accessories |
| Duty Classification | Application-specific |
| Locking / Mounting Method | See catalogue drawing/table |
| Inner Ring / Bore Form | Sleeve/lock-nut dimensions; see catalogue table |
| Housing / Configuration | adapter sleeve series |
| Material Note | Material varies by unit; confirm selected model |
Engineering Drawing
When replacing an installed unit, use the outline drawing as a dimensional fingerprint. Match the fixed machine dimensions before relying on a partially legible model code or a visually similar housing.
Applications
Bearing mounting on cylindrical shafts
H200/H300/H2300 is relevant when bearing mounting on cylindrical shafts requires this housing format; verify shaft geometry, mounting interface, operating conditions and environment before final selection.
Plummer-block and pedestal bearing assemblies
For plummer-block and pedestal bearing assemblies, this series provides the catalogue mounting form shown above. Confirm load, speed, shaft dimensions and service environment for the chosen model.
Maintenance and replacement of bearing locking hardware
H200/H300/H2300 is relevant when maintenance and replacement of bearing locking hardware requires this housing format; verify shaft geometry, mounting interface, operating conditions and environment before final selection.
Catalogue Dimensional Data
Use this catalogue table for the final unit-number check. It preserves the source row order, dimensional columns and metric/inch alternatives on one reference image.
Selection & Integration
Where several series share a similar housing silhouette, the deciding details are usually locking method, duty class and one or two mounting dimensions. Verify those before comparing the remaining model rows. In this family, the intended role is mounting and locking of tapered-bore bearings or related bearing accessories.
| Step | Information To Confirm |
|---|---|
| 1 | shaft/bearing designation |
| 2 | sleeve series and thread |
| 3 | lock nut/washer requirement |
| 4 | available axial space and mating dimensions |
Before quotation, confirm the source row that matches the required shaft and housing dimensions. Any option not stated for that row should be treated as an RFQ item rather than assumed as standard.
RFQ Support
Confirm The Exact H200/H300/H2300 Configuration
Send the current bearing designation and quantity if available. For a new design, provide shaft size and mounting geometry so the family can be checked before a specific unit number is proposed. Ever Power Netherlands Branch can review the quotation basis against the same reference.