UCP Pillow Block Bearing Units
UCP is a standard duty series configured around pillow block bearing units. Its catalogue definition uses setscrew locking, with individual bore and dimensional variants retained in one model table.
Series Overview
The catalogue treats this as a distinct series, so the page below follows the same logic: choose the series by housing and locking arrangement, then match the exact unit number and dimensions in the supplied table.
If the machine layout is not fixed yet, compare this family with other mounted-bearing formats before choosing the model row. Housing geometry usually narrows the options faster than bore size alone. Browse related bearing families.
Series-Level Selection
UCP is treated as one catalogue series, with individual unit numbers retained inside the dimensional table.
Mounting Form
The primary configuration is pillow block bearing units, intended for shaft support on a base parallel to the shaft axis.
Locking Logic
The catalogue identifies setscrew locking for this series; confirm the exact row before ordering.
Technical Specifications
These specifications describe the family, not a single bore size. Use them to confirm the housing and locking concept, then use the catalogue image for the exact dimensional row.
| Series | UCP |
|---|---|
| Catalogue Reference | Part B, page B1 |
| Product Family | Pillow Block Bearing Units |
| Duty Classification | Standard duty |
| Locking / Mounting Method | Setscrew locking |
| Inner Ring / Bore Form | Wider inner ring / series-specific bore |
| Housing / Configuration | Pillow Block Bearing Units |
| Material Note | Material varies by unit; confirm selected model |
Engineering Drawing
Check this outline against the machine frame before fixing the bore or unit number. The drawing shows the series geometry; the table below carries the model-by-model dimensions for the same family.
Applications
Conveyors and transfer equipment
For conveyors and transfer equipment, this series provides the catalogue mounting form shown above. Confirm load, speed, shaft dimensions and service environment for the chosen model.
Fans, blowers and general rotating equipment
UCP is relevant when fans, blowers and general rotating equipment requires this housing format; verify shaft geometry, mounting interface, operating conditions and environment before final selection.
Packaging, processing and light industrial machinery
For packaging, processing and light industrial machinery, this series provides the catalogue mounting form shown above. Confirm load, speed, shaft dimensions and service environment for the chosen model.
Catalogue Dimensional Data
Below is the full dimensional reference for this series rather than a shortened web transcription. Keeping the table intact reduces the risk of separating a dimension from the wrong bore or unit suffix.
Selection & Integration
For replacement work, measure the installed interface before selecting by code. Shaft size is important, but housing geometry and the locking arrangement usually decide whether a unit will fit without rework. In this family, the intended role is shaft support on a base parallel to the shaft axis.
| Step | Information To Confirm |
|---|---|
| 1 | shaft diameter and preferred unit code |
| 2 | center height and base bolt spacing |
| 3 | locking method and shaft condition |
| 4 | operating environment and relubrication access |
A practical selection review starts with geometry and locking method, then verifies the exact model row. Special coatings, covers, grease, seals or material options should only be treated as included when they are stated for the chosen configuration.
RFQ Support
Confirm The Exact UCP Configuration
For a faster series check, include the installed unit code when available, plus shaft size, quantity and a photo or drawing of the mounting interface. Ever Power Netherlands Branch can review the quotation basis against the same reference.
Source note: the engineering view and dimensional reference come from supplied catalogue page B1. No stock, delivery-time or certification claim is implied by this page.