SAPF200 & SAPFT200 Stamped Steel 3-Bolt Flange Bearing Units

SAPF200 and SAPFT200 are stamped-steel flange units built around eccentric locking. They are aimed at light-duty face-mounted applications and cover a broader published shaft range than the two-bolt SBPFL/SAPFL family, extending from 12 to 60 mm. The insert uses an eccentric locking arrangement throughout this product family.

Eccentric-lock three-bolt stamped flange

SAPF200 & SAPFT200 Stamped Steel 3-Bolt Flange Bearing Units

SAPF200 and SAPFT200 are stamped-steel flange units built around eccentric locking. They are aimed at light-duty face-mounted applications and cover a broader published shaft range than the two-bolt SBPFL/SAPFL family, extending from 12 to 60 mm.

The mounting pattern also deserves attention: the catalogue identifies the family as a three-bolt stamped flange, while PF208-212 housings use four bolt holes. That detail means a buyer should work from the exact housing size and drawing instead of assuming every part in the series has an identical hole count.

For a wider housing comparison, browse the bearings range before finalising the mounting style.

Eccentric locking is the defining feature of SAPF/SAPFT

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Eccentric shaft retention

The insert uses an eccentric locking arrangement throughout this product family.

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Stamped flange housing

Pressed steel keeps the face-mounted unit light relative to cast-iron alternatives.

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12-60 mm published shaft range

The family extends into larger shaft sizes than the two-bolt oval stamped series.

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Bolt-hole count changes on larger PF sizes

PF208-212 housings are shown with four bolt holes, so the exact size must be checked against the machine face.

SAPF200 & SAPFT200 Stamped Steel 3-Bolt Flange Bearing Units product view

Do not assume the same bolt pattern across every size

Use the product drawing as the final dimensional authority. The points below are practical filters that help narrow the correct model before a full drawing comparison.

1  Verify the exact PF/PFT housing size

Do not copy a mounting template from a smaller model without checking the catalogue drawing.

2  Confirm eccentric-lock service access

The collar needs space for installation and later release.

3  Measure the shaft and face independently

A correct bore does not guarantee that the flange hole pattern fits the existing plate.

4  Check the supporting structure

Larger stamped housings still rely on a flat, sufficiently stiff mounting face.

SAPF200/SAPFT200 published technical range

The table below keeps the catalogue values used for this series. Use the model-specific drawing for the final interchange decision; dimensions and suffixes can vary inside a family.

Specification point SAPF200/SAPFT200 catalogue data
Series / model family SAPF201-212 / SAPFT201-212
Duty class Light duty
Locking / bearing mounting Eccentric locking
Published shaft range 12-60 mm
Published metric / inch options 12, 15, 17, 20, 25, 30, 35, 40, 45, 50, 55, 60 mm
Housing / mounting style 3-bolt stamped steel flange; PF208-212 housings use 4 bolt holes
Housing construction Pressed / stamped steel
Catalog dimensional fields H, J, A, A1, d1, N, B1, S, bolt size and weight
Published unit weight Approx. 0.24-2.10 kg

Where a wider stamped-flange range is useful

These are application patterns where the housing concept is commonly considered. Final suitability still depends on load, speed, alignment, environment and the machine designer’s requirements.

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Agricultural and light industrial panels

Face mounting keeps the bearing close to fabricated structures while eccentric locking follows the machine’s shaft-retention standard.

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Conveyor and handling equipment

The broader 12-60 mm range supports small through medium shaft stations on light frames.

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Fan and ventilation assemblies

Stamped flange units can reduce housing bulk on end plates and sheet-metal panels.

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OEM equipment using eccentric inserts

The family is a natural fit where purchasing and maintenance are already standardised on eccentric locking.

SAPF200 & SAPFT200 Stamped Steel 3-Bolt Flange Bearing Units dimensional drawing

Choosing SAPF/SAPFT rather than the setscrew version

SAPF/SAPFT is the eccentric-lock version of this stamped three-bolt/large-PF flange concept. SBPF/SBPFT is the direct comparison when setscrew locking is required. For a smaller two-bolt oval flange, compare SAPFL/SBPFL instead.

Service access for the eccentric collar

●  Identify the hole pattern before shutdown

Knowing whether the exact housing uses three or four bolt holes avoids surprises after the old unit is removed.

▸  Keep collar access clear

Do not trap the locking side behind an unremovable guard or bracket.

✓  Seat the flange without distortion

Pressed steel should lie flat against the supporting face before bolt tightening.

■  Record the exact SAPF/SAPFT designation

The shaft lock is different from SBPF/SBPFT even when the housings look closely related.

Send the machine details for a model check

For SAPF200/SAPFT200, send the existing model marking, shaft diameter, mounting dimensions and a photo of the bearing position. GBC can review the information against the published series before quotation. Email: sales@australia-drive.com.

Contact GBC

SAPF200 and SAPFT200 are stamped-steel flange units built around eccentric locking. They are aimed at light-duty face-mounted applications and cover a broader published shaft range than the two-bolt SBPFL/SAPFL family, extending from 12 to 60 mm. The insert uses an eccentric locking arrangement throughout this product family.

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