SSER Corrosion Resistant Cylindrical OD Inserts
Compare mounting style, shaft locking, bore range and installation envelope before selecting the alternative.
SUER Corrosion Resistant Cylindrical OD Bearing Inserts
On SUER-SERIES, the mechanical form is corrosion-resistant cylindrical outside-diameter inserts, the construction is corrosion-resistant insert construction, and the shaft connection is concentric locking collar. The machine-side comparison should cover shaft bore, inner-ring width, outer-ring form and housing seat.
Start by reserving a clear shaft line and the envelope needed by the chosen mounting form. Leave realistic room for bolts, collars, grease access and eventual removal. A housing that fits in a CAD model can still become awkward on the shop floor if a guard blocks the fastener path or if a wrench cannot reach the locking feature after the rest of the machine is assembled.
MOQ: 50 pcs. Minimum order value USD 1,500; mixed orders and trial quantities welcome.
Representative
SUER205
Mounting
Cylindrical OD with snap ring
Locking
Concentric collar
Representative bore
25 mm
D
52 mm
Series
SUER200
Designing the Support Into New Equipment
Design-stage selection notes
On SUER-SERIES, the mechanical form is corrosion-resistant cylindrical outside-diameter inserts, the construction is corrosion-resistant insert construction, and the shaft connection is concentric locking collar. The machine-side comparison should cover shaft bore, inner-ring width, outer-ring form and housing seat.
This product family is commonly reviewed for wet, cleaning-intensive or chemically exposed machinery requiring corrosion-resistant insert construction. Actual load, speed, cleaning and contamination conditions should be stated for the ordered position.
Designing the Support Into New Equipment
New-machine projects allow the bearing position to be engineered before the frame, guards and nearby components become fixed. That makes early interface planning more valuable than simply selecting a familiar housing and drawing the structure around it later.
Start by reserving a clear shaft line and the envelope needed by the chosen mounting form. Leave realistic room for bolts, collars, grease access and eventual removal. A housing that fits in a CAD model can still become awkward on the shop floor if a guard blocks the fastener path or if a wrench cannot reach the locking feature after the rest of the machine is assembled.
The design record should identify the exact product reference, the shaft size, the locking method and the mounting dimensions that locate the unit. Put these items in the bill of materials rather than relying on a generic note such as “flange bearing.” Doing so makes the first build easier to inspect and gives future maintenance teams a better starting point when the same support must be replaced.
Think about spares at the same stage. If several positions could share one product, verify the interfaces deliberately instead of assuming commonality because the shaft diameters match. A small amount of design discipline now can prevent a plant from carrying several almost-identical housings that cannot actually substitute for one another.
Machine drawing review
Use the drawing to compare shaft bore, inner-ring width, outer-ring form and housing seat. Read the printed values rather than scaling the illustration; for modified equipment, send current machine measurements with the enquiry.
Technical Specifications & Drawing
| Representative bore | 25 mm |
|---|---|
| D | 52 mm |
| Series | SUER200 |
| Outer ring | Cylindrical with snap ring |
| Load / Housing Strength Reference | |
| Catalogue dynamic load (205 size) | 14.03 kN |
| Catalogue static load (205 size) | 8.05 kN |
Applications
Food Equipment
SUER205 can be considered for food equipment where its cylindrical od with snap ring geometry matches the machine. Check the machine-side interface shown in the drawing before final model approval.
Chemical & Wet Areas
For chemical & wet areas, the concentric collar arrangement changes installation access and shaft retention. Confirm that detail before standardising the spare.
Washdown Conveyors
In washdown conveyors service, use the construction of SUER205 only where the actual moisture, contamination and cleaning conditions match the selected product family.
Related Products
SUE Corrosion Resistant Bearing Inserts
Compare mounting style, shaft locking, bore range and installation envelope before selecting the alternative.
SSB Corrosion Resistant Bearing Inserts
Compare mounting style, shaft locking, bore range and installation envelope before selecting the alternative.
New-build RFQ
For SUER-SERIES, provide the build quantity, shaft size, machine drawing and service environment.
On SUER-SERIES, the mechanical form is corrosion-resistant cylindrical outside-diameter inserts, the construction is corrosion-resistant insert construction, and the shaft connection is concentric locking collar. The machine-side comparison should cover shaft bore, inner-ring width, outer-ring form and housing seat.
Start by reserving a clear shaft line and the envelope needed by the chosen mounting form. Leave realistic room for bolts, collars, grease access and eventual removal. A housing that fits in a CAD model can still become awkward on the shop floor if a guard blocks the fastener path or if a wrench cannot reach the locking feature after the rest of the machine is assembled.
MOQ: 50 pcs. Minimum order value USD 1,500; mixed orders and trial quantities welcome.
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