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Bearings & Bushings · ISO / DIN

ISO Housed (Pillow Block) Bearing — ISO / DIN (Series 124)

Housed (Pillow Block) Bearing — ISO / DIN (Series 124) manufactured to ISO follow a specific scope. This page summarizes that scope, lists every dimension the standard fixes, and points to the most common cross-references.

ISO — Scope

ISO specifies the dimensions and tolerances of housed (pillow block) bearing — iso / din (series 124). Material, property class, surface finish and packaging are governed by separate documents in the same standards family (for example ISO 898-1 for the mechanical property classes of bolts and screws).

Tolerance & Product Grades

ISO, alongside the related ISO / DIN entries on this site, specifies product grades (typically A or B for fine work and C for general engineering) and tolerance classes for the controlling dimensions. Choose the grade against the precision your application requires.

Dimensions Specified by ISO

Shaft size (mm)Housing length (mm)Total height (mm)Bolt center distance (mm)Bolt sizeReference standard
15903865M10ISO 113 / GB/T 7813
201084275M10ISO 113 / GB/T 7813
251274790M12ISO 113 / GB/T 7813
3014055100M12ISO 113 / GB/T 7813
3516262115M14ISO 113 / GB/T 7813
4017568130M14ISO 113 / GB/T 7813
5020575150M16ISO 113 / GB/T 7813
6025085180M16ISO 113 / GB/T 7813
80300105220M20ISO 113 / GB/T 7813

Equivalent Standards

Where direct equivalents exist (ISO ↔ DIN, ISO ↔ ASME), they are listed on the parent Housed (Pillow Block) Bearing — ISO / DIN (Series 124) page. Always confirm against the dimensions on this page, since some "equivalent" standards differ in tolerances and head geometry.

Companion Standards

ISO controls only the geometry of housed (pillow block) bearing — iso / din (series 124). The mechanical strength is set by ISO 898-1 (bolts and screws) or ISO 898-2 (nuts); the surface finish is governed by separate finish standards (e.g. ISO 4042 for electroplating). For corrosion testing, the relevant document is ISO 9227 (neutral salt spray).

Technical Drawing

Customize the parameters below — every spec field is editable, and the drawing redraws to match the values you choose. Changing the size will snap the other fields to that size's standard values; you can then override any individual value.

Sends the selected values to the quote form below.

Request a Quote

Adjust the parameters in the drawing above and click "Request this configuration" to send the exact specification straight to this form.

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Specification
Business Information

Dimensions & Specifications (ISO / DIN)

Shaft size (mm)Housing length (mm)Total height (mm)Bolt center distance (mm)Bolt sizeReference standard
15903865M10ISO 113 / GB/T 7813
201084275M10ISO 113 / GB/T 7813
251274790M12ISO 113 / GB/T 7813
3014055100M12ISO 113 / GB/T 7813
3516262115M14ISO 113 / GB/T 7813
4017568130M14ISO 113 / GB/T 7813
5020575150M16ISO 113 / GB/T 7813
6025085180M16ISO 113 / GB/T 7813
80300105220M20ISO 113 / GB/T 7813

Frequently Asked Questions

What product grades does ISO define?

ISO typically distinguishes product grades for precision (A/B) and general engineering (C). The selection for Housed (Pillow Block) Bearing — ISO / DIN (Series 124) depends on the precision your application requires.

Does ISO specify the mechanical strength?

No. ISO controls only the geometry of housed (pillow block) bearing — iso / din (series 124). The mechanical strength is set by ISO 898-1 (bolts / screws) or ISO 898-2 (nuts), and the finish is governed by separate standards.

Can I substitute ISO for the corresponding DIN standard on a drawing?

On modern drawings the ISO standard is the master reference; the older DIN equivalent is a cross-reference. For most dimensional purposes the parts are interchangeable, but check tolerance grades and the head height — these are the most common points of divergence.

When did ISO last revise its dimensional table?

ISO standards for housed (pillow block) bearing — iso / din (series 124) are reviewed on roughly a five-year cycle. Always reference the latest published edition (or the edition cited contractually); the dimensional table on this page reflects the current commercially-supplied form.

How do I request a quotation?

Use the technical drawing on this page to pick the exact configuration, then submit it with the quote form. We respond within one business day.