Housed (Pillow Block) Bearing — ISO / DIN (Series 123) — ISO / DIN
Housed (Pillow Block) Bearing — ISO / DIN (Series 123) to ISO / DIN. Full dimensional table, materials, finishes and quotation. 9 sizes listed.
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 Quotation for Housed (Pillow Block) Bearing — ISO / DIN (Series 123)
Tell us the size, material, finish and quantity you need for Housed (Pillow Block) Bearing — ISO / DIN (Series 123) (ISO / DIN) and our team will respond within one business day. Click "Request this configuration" on the drawing above to send the parameters you just chose straight into this form.
Dimensions & Specifications (ISO / DIN)
Every row below is a starting point for the customizer above — pick any size and the drawing will redraw to that row.
Shaft size (mm)
Housing length (mm)
Total height (mm)
Bolt center distance (mm)
Bolt size
Reference standard
15
90
38
65
M10
ISO 113 / GB/T 7813
20
108
42
75
M10
ISO 113 / GB/T 7813
25
127
47
90
M12
ISO 113 / GB/T 7813
30
140
55
100
M12
ISO 113 / GB/T 7813
35
162
62
115
M14
ISO 113 / GB/T 7813
40
175
68
130
M14
ISO 113 / GB/T 7813
50
205
75
150
M16
ISO 113 / GB/T 7813
60
250
85
180
M16
ISO 113 / GB/T 7813
80
300
105
220
M20
ISO 113 / GB/T 7813
Manufactured to ISO / DIN, Housed (Pillow Block) Bearing — ISO / DIN (Series 123) are bearings & bushings supplied by engineeringhardware.com. The dimensional data, materials and selection notes are summarized here.
What Are Housed (Pillow Block) Bearing — ISO / DIN (Series 123)?
Housed (Pillow Block) Bearing — ISO / DIN (Series 123) are bearings & bushings defined by ISO / DIN. They are selected by thread size and the dimensional characteristics shown below, and are available in a range of materials and finishes to suit the application and environment.
CAD Source Reference
This product page corresponds to the source drawing file 071 带座轴承__带座轴承UCPA.svg. Its illustration is rebuilt in JavaScript as a simplified continuous-line technical schematic rather than embedding the original traced SVG.
Materials & Finishes
Common materials include carbon steel (typically zinc plated or hot-dip galvanized), alloy steel in property classes 8.8, 10.9 and 12.9, and stainless steel A2 (304) or A4 (316) for corrosion resistance. Specify the material, property class and surface finish appropriate to your load and environment.
Typical Applications
Supporting rotating shafts and reducing friction in machinery, drives and equipment.
Housed (Pillow Block) Bearing — ISO / DIN (Series 123) are stocked and supplied to order. Pricing starts from approximately US$1.50 per piece for standard sizes in carbon steel; final pricing depends on size, material, finish and order quantity (MOQ applies). Submit your exact configuration with the quote form above.
Frequently Asked Questions
What standard and drive type do Housed (Pillow Block) Bearing — ISO / DIN (Series 123) use?
Housed (Pillow Block) Bearing — ISO / DIN (Series 123) are manufactured to ISO / DIN and use the standard drive for this product family. The dimensional values on this page follow that standard.
What is the size range of Housed (Pillow Block) Bearing — ISO / DIN (Series 123)?
The table on this page lists 9 sizes for Housed (Pillow Block) Bearing — ISO / DIN (Series 123), ranging from 15 to 80. Sizes outside the table can be quoted on request.
In which materials are Housed (Pillow Block) Bearing — ISO / DIN (Series 123) supplied?
Housed (Pillow Block) Bearing — ISO / DIN (Series 123) are supplied in carbon steel and stainless, with finishes including zinc plating, hot-dip galvanizing and black oxide. Choose material and finish to suit the load and the service environment for Housed (Pillow Block) Bearing — ISO / DIN (Series 123).
How do I request a quotation?
Use the parametric drawing on this page to set the exact configuration (size, material, finish) and click "Request this configuration" — a specialist from engineeringhardware.com will respond within one business day.
