steve/deep-groove-ball-bearing

Deep groove ball bearing (shielded), ISO 15 sizes 623 to 6204.

v1.1.0 STEVE MIT 2

Open in STEVE

Isometric

part.py 57 lines · Python · STEVE runtime · checked

Download

"""Deep groove ball bearing, shielded (2Z), ISO 15 boundary dimensions.

Envelope: inner and outer rings and two recessed shields (four bodies; the balls behind the shields aren't modelled).

Centred on the origin with its axis along Z.

Material: rings in through-hardened high-carbon bearing steel (C60 from the material library, the closest it has to 100Cr6 / AISI 52100), ground; shields in cold-rolled steel (DC01)."""

from steve import Model

designation = "608" # Bearing designation

# designation: (bore d, outside diameter D, width B)

BEARINGS = {

'623': (3, 10, 4),

'624': (4, 13, 5),

'625': (5, 16, 5),

'626': (6, 19, 6),

'608': (8, 22, 7),

'688': (8, 16, 5),

'6000': (10, 26, 8),

'6001': (12, 28, 8),

'6002': (15, 32, 9),

'6003': (17, 35, 10),

'6004': (20, 42, 12),

'6200': (10, 30, 9),

'6201': (12, 32, 10),

'6202': (15, 35, 11),

'6203': (17, 40, 12),

'6204': (20, 47, 14),

}

d, D, B = BEARINGS[designation]

ring = (D - d) * 0.22 # radial thickness of each ring's face

recess = min(0.4, B * 0.06) # shield face below the ring faces

shield = max(0.2, min(0.6, B * 0.05)) # shield sheet thickness

gap = min(0.15, ring * 0.1) # running clearance between a shield and the inner ring

model = Model()

with model.sketch("outer_sketch", on="XY", name="Outer ring") as sk:

sk.circle("outside", (0, 0), D / 2)

sk.circle("inside", (0, 0), D / 2 - ring)

model.extrude("outer_ring", "outer_sketch", distance=B, both=True, op="new", body="outer_ring") # B in all, centred

with model.sketch("inner_sketch", on="XY", name="Inner ring") as sk:

sk.circle("outside", (0, 0), d / 2 + ring)

sk.circle("bore", (0, 0), d / 2)

model.extrude("inner_ring", "inner_sketch", distance=B, both=True, op="new", body="inner_ring")

model.plane("shield_top_plane", on="XY", offset=B / 2 - recess, name="Top shield face")

with model.sketch("shield_top_sketch", on="shield_top_plane", name="Top shield") as sk:

sk.circle("out", (0, 0), D / 2 - ring)

sk.circle("inn", (0, 0), d / 2 + ring + gap)

model.extrude("shield_top", "shield_top_sketch", distance=-shield, op="new", body="shield_top")

model.plane("shield_bottom_plane", on="XY", offset=-B / 2 + recess, name="Bottom shield face")

with model.sketch("shield_bottom_sketch", on="shield_bottom_plane", name="Bottom shield") as sk:

sk.circle("out", (0, 0), D / 2 - ring)

sk.circle("inn", (0, 0), d / 2 + ring + gap)

model.extrude("shield_bottom", "shield_bottom_sketch", distance=shield, op="new", body="shield_bottom")

model.material("steel-1c60", finish="polished") # rings: hardened bearing steel

model.material("steel-dc01", bodies=["shield_top", "shield_bottom"], finish="machined") # pressed steel shields

result = model.result()

"""Deep groove ball bearing, shielded (2Z), ISO 15 boundary dimensions.
Envelope: inner and outer rings and two recessed shields (four bodies; the balls behind the shields aren't modelled).
Centred on the origin with its axis along Z.

Material: rings in through-hardened high-carbon bearing steel (C60 from the material library, the closest it has to 100Cr6 / AISI 52100), ground; shields in cold-rolled steel (DC01)."""
from steve import Model

designation = "608"  # Bearing designation

# designation: (bore d, outside diameter D, width B)
BEARINGS = {
    '623': (3, 10, 4),
    '624': (4, 13, 5),
    '625': (5, 16, 5),
    '626': (6, 19, 6),
    '608': (8, 22, 7),
    '688': (8, 16, 5),
    '6000': (10, 26, 8),
    '6001': (12, 28, 8),
    '6002': (15, 32, 9),
    '6003': (17, 35, 10),
    '6004': (20, 42, 12),
    '6200': (10, 30, 9),
    '6201': (12, 32, 10),
    '6202': (15, 35, 11),
    '6203': (17, 40, 12),
    '6204': (20, 47, 14),
}
d, D, B = BEARINGS[designation]
ring = (D - d) * 0.22   # radial thickness of each ring's face
recess = min(0.4, B * 0.06)          # shield face below the ring faces
shield = max(0.2, min(0.6, B * 0.05))  # shield sheet thickness
gap = min(0.15, ring * 0.1)            # running clearance between a shield and the inner ring

model = Model()
with model.sketch("outer_sketch", on="XY", name="Outer ring") as sk:
    sk.circle("outside", (0, 0), D / 2)
    sk.circle("inside", (0, 0), D / 2 - ring)
model.extrude("outer_ring", "outer_sketch", distance=B, both=True, op="new", body="outer_ring")  # B in all, centred
with model.sketch("inner_sketch", on="XY", name="Inner ring") as sk:
    sk.circle("outside", (0, 0), d / 2 + ring)
    sk.circle("bore", (0, 0), d / 2)
model.extrude("inner_ring", "inner_sketch", distance=B, both=True, op="new", body="inner_ring")
model.plane("shield_top_plane", on="XY", offset=B / 2 - recess, name="Top shield face")
with model.sketch("shield_top_sketch", on="shield_top_plane", name="Top shield") as sk:
    sk.circle("out", (0, 0), D / 2 - ring)
    sk.circle("inn", (0, 0), d / 2 + ring + gap)
model.extrude("shield_top", "shield_top_sketch", distance=-shield, op="new", body="shield_top")
model.plane("shield_bottom_plane", on="XY", offset=-B / 2 + recess, name="Bottom shield face")
with model.sketch("shield_bottom_sketch", on="shield_bottom_plane", name="Bottom shield") as sk:
    sk.circle("out", (0, 0), D / 2 - ring)
    sk.circle("inn", (0, 0), d / 2 + ring + gap)
model.extrude("shield_bottom", "shield_bottom_sketch", distance=shield, op="new", body="shield_bottom")
model.material("steel-1c60", finish="polished")  # rings: hardened bearing steel
model.material("steel-dc01", bodies=["shield_top", "shield_bottom"], finish="machined")  # pressed steel shields
result = model.result()

pypart.toml 15 lines · TOML

Download

name = "steve/deep-groove-ball-bearing"

version = "1.1.0"

runtime = "steve"

license = "MIT"

summary = "Deep groove ball bearing (shielded), ISO 15 sizes 623 to 6204."

description = "Deep groove ball bearing, shielded (2Z), ISO 15 boundary dimensions.\nEnvelope: inner and outer rings and two recessed shields (four bodies; the balls behind the shields aren't modelled).\nCentred on the origin with its axis along Z.\n\nMaterial: rings in through-hardened high-carbon bearing steel (C60 from the material library, the closest it has to 100Cr6 / AISI 52100), ground; shields in cold-rolled steel (DC01).\n\nDimensions from STEVE's standard-part tables (nominal values of the standard). Envelope geometry: no modelled thread."

tags = ["bearing", "ball-bearing", "iso-15"]

changes = "Materials and finishes: each part is made of its standard's engineering material, with its usual finish."

[parameters.designation]

type = "choice"

default = "608"

choices = ["623", "624", "625", "626", "608", "688", "6000", "6001", "6002", "6003", "6004", "6200", "6201", "6202", "6203", "6204"]

label = "Designation"

name = "steve/deep-groove-ball-bearing"
version = "1.1.0"
runtime = "steve"
license = "MIT"
summary = "Deep groove ball bearing (shielded), ISO 15 sizes 623 to 6204."
description = "Deep groove ball bearing, shielded (2Z), ISO 15 boundary dimensions.\nEnvelope: inner and outer rings and two recessed shields (four bodies; the balls behind the shields aren't modelled).\nCentred on the origin with its axis along Z.\n\nMaterial: rings in through-hardened high-carbon bearing steel (C60 from the material library, the closest it has to 100Cr6 / AISI 52100), ground; shields in cold-rolled steel (DC01).\n\nDimensions from STEVE's standard-part tables (nominal values of the standard). Envelope geometry: no modelled thread."
tags = ["bearing", "ball-bearing", "iso-15"]
changes = "Materials and finishes: each part is made of its standard's engineering material, with its usual finish."

[parameters.designation]
type = "choice"
default = "608"
choices = ["623", "624", "625", "626", "608", "688", "6000", "6001", "6002", "6003", "6004", "6200", "6201", "6202", "6203", "6204"]
label = "Designation"

Use this part

STEVE

Open in STEVE

Open it in STEVE The STEVE runtime runs in STEVE: open the part there, or download the code and bundle.

Get the code

curl -o part.py "https://pythonparts.org/p/steve/deep-groove-ball-bearing/v/1.1.0/raw/part.py"

Raw files, bundle and API

part.py
pypart.toml
bundle.tar.gzthe package, as published

curl "https://pythonparts.org/api/v1/parts/steve/deep-groove-ball-bearing/1.1.0"

The version's JSON (parameters, presets, files); add /build?name=value for a build at other values.

About this part

steve58 parts

Profile

1C60 / C60 (1.0601)Carbon & alloy steels · Polished · 7.8 g/cm³
Cold-rolled steel DC01 (1.0330)Carbon & alloy steels · Machined · 7.85 g/cm³

Mass: 16 g

At the parameters shown in the viewer, 4 bodies.

License: MIT

Permissive: use, change and sell it; keep the copyright notice.

Runtime: STEVE
Built with: CadQuery 2.9.0.dev0
Published: Nov 1, 2026
Downloads: 2
Builds: 1
Stars: 0
Bundle: 79e5938c8b23…

#bearing #ball-bearing #iso-15

Checks

PassedImports: steve

Every published part passes our checks before it’s listed. It is still code: read it before you use it.

Request a removal A copyright notice, or a trademark, confidential design, safety, malicious code or other problem. Report an illegal or prohibited item

Deep groove ball bearing, shielded (2Z), ISO 15 boundary dimensions. Envelope: inner and outer rings and two recessed shields (four bodies; the balls behind the shields aren't modelled). Centred on the origin with its axis along Z. Material: rings in through-hardened high-carbon bearing steel (C60 from the material library, the closest it has to 100Cr6 / AISI 52100), ground; shields in cold-rolled steel (DC01). Dimensions from STEVE's standard-part tables (nominal values of the standard). Envelope geometry: no modelled thread.

2.0.0 Latest Nov 1, 2026 · 1 day ago Compare with 1.1.0

Face recesses removed: the model is now the exact d x D x B envelope with flush shields and seals (the recess depths and ring face widths came from no catalogue).
1.1.0 Nov 1, 2026 · 2 days ago Compare with 1.0.0

Materials and finishes: each part is made of its standard's engineering material, with its usual finish.
1.0.0 Oct 31, 2026 · 2 days ago

More #bearing

STEVEMIT

steve/linear-bushing

Linear bushing (linear ball bearing) LM / LMF / LMK, shafts 3 to 60 mm: straight, round or square flange.

0 15 sizes 0 1 day ago v1.0.0

STEVEMIT

steve/miniature-linear-guide

HIWIN MGN miniature linear guideway, sizes 7, 9, 12 and 15: rail (MGNR) or block (MGN-C / MGN-H).

0 9 sizes 0 1 day ago v1.0.0

STEVEMIT

steve/hex-head-screw

Hexagon head screw, fully threaded, ISO 4017 / DIN 933, M1.6 to M36, any length, with catalogue sizes as presets.

18 85 sizes 0 1 day ago v2.0.0

STEVEMIT

steve/button-head-screw

Hexagon socket button head screw, ISO 7380-1, M3 to M16, any length, with catalogue sizes as presets.

10 65 sizes 0 1 day ago v2.0.0

steve/deep-groove-ball-bearing

Related parts

steve/linear-bushing

steve/miniature-linear-guide

steve/hex-head-screw

steve/button-head-screw