DIN 6923 hexagon nut with flange, M5
Size drawing - M5 values on the views - enlarged 5:1
Sym. Dimensi
Thread pitch
Nut height
Flange thickness
Flange diameter
Top chamfer ang!
Tap drill (method
Width across flats
Width across corners
Wrenching height
at the rim
Bearing face diameter
Countersink diameter
Fillet, hexagon to flange
ISO 4032 dw (top chamfer circle)
le (ISO 4032), deg
Countersink angle (ISO 4032), deg
Basic minor diameter (crests)
D-P)
'? CommunityCAD
TITLE
Size drawing, M5
Source levels
Main value = the modeled value (nominal, else the middle of min-max). Grey under a value = its min-max, where the source gives both.
s/ 2 = the source gives only that limit, modeled at it. ref = reference.
L2 = the standard itself (or its complete free preview, or the maker's drawing). L1 = two or more independent sources agree: the release gate.
LO = one source only: printed amber and marked *.
c = a source value was corrected; the datasheet says how.
House convention = a detail no source dimensions, drawn to a stated house rule.
This size's values: L2 3 - L124.
Notes
s: the nominal is the wrench size (= s max); modeled at the middle of its band (ADR 0014).
eis not modeled on its own: the regular hexagon gives e = 2s/v3 from the modeled s, = e min.
dw' (ISO 4032 dw min at the same s) sets the top chamfer's face circle, (dw' +s)/2.
The flange cone meets the corners at (c +m -m' min) / 2; m' min is checked over each flat.
ris modeled at r max, except at M8: the largest r that keeps m' min at mid-flat (#662).
dw min sets the bearing edge round, (dc - dw min) / 4. Plain bearing face, no serrations.
STANDARDS FOLLOWED DIN 6923:1983 - ISO 4032:2012 (top chamfer, 6) - ISO 68-1/ ISO 261 (thread)
FAMILY / DETAIL Hexagon flange nut - M5
SHEET REV
CC-DIN6923-SZ-MS A
SCALE PROJECTION
5:1
UNITS
Dimensions in mm
SPEC VERSION 82d0e3f1e4052a4ecS59d0F9Fd7b4cF7b5772671
LICENSE CC-BY 4.0 IronPixel Labs LLC
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Modeled from cited sources; not certified. Found an error? Use the feedback section on the part page.