List of all standard sizes for round cells according to IEC-60086 up to 1990

from Wikipedia, the free encyclopedia
IEC logo
Button cell of size R44, type L ( alkaline manganese ).

This list shows the standard sizes for round cells (R) according to nomenclature method 1 of IEC 60086 .

The International Electrotechnical Commission - IEC for short - is an international standards organization in the field of electrical engineering and electronics based in Geneva. The standard IEC 60086 Primary batteries (primary cells = non-rechargeable galvanic cells ) defines the nomenclature for battery types , among other things . There are two methods of doing this:

  • Method 1, until October 1990, but still widespread: Cell size cannot be read off directly from the type number. Standard sizes were simply specified / included in the standard and numbered. There are 3 form factors:
    • R = round (cylindrical)
    • F = flat (flat, built up in layers)
    • S = square (cuboid)
  • Method 2, from October 1990: the maximum diameter and height can be read directly from the name. There are 2 form factors:
    • R = round (cylindrical)
    • P = non-round (not cylindrical)

With both methods, a letter is placed in front of the form factor, which describes the chemical system of the cell. If the form factor is not preceded by another letter, it means a zinc-carbon cell or simply the size, depending on the topic.

list

Explanations for the table:

  • "Type IEC 1" column: size designations according to method 1 of the IEC-60086 standard. There was still no connection between type number and cell size. Standard sizes were simply specified or included in the standard and numbered consecutively.
  • Column " ø " and "height": total diameter and total height in millimeters.
  • Column "N./max": For some types are the millimeter indications as N ennwert in the standard set (nominal cell dimensions) , for most as Max imalwert ( Maximum battery dimensions ).
  • Column "Type IEC 2": IEC size designations according to method 2 (from October 1990) - This column was added here separately. The designations result from the maximum values ​​for diameter and height. Since for some types only the nominal values ​​are mentioned in the standard, it may not be possible to infer the IEC-2 designations directly, which is why these only appear in italics.
  • "Shape" column: All round cells whose height is smaller than their diameter are considered button cells and are highlighted in orange .
All standard sizes for round cells defined in IEC-60086 according to method 1
Type
IEC 1 		O height N. /
max 		Type
IEC 2 		shape
R06 10.0 mm 22.0 mm N. R10220 H ≥ ø
R03 10.5 mm 44.5 mm Max. R10445 H ≥ ø , AAA, Micro
R01 12.0 mm 14.7 mm Max. R12147 H ≥ ø
R0 11.0 mm 19.0 mm N. R11190 H ≥ ø
R1 12.0 mm 30.2 mm Max. R12302 H ≥ ø , N, Lady
R3 13.5 mm 25.0 mm N. R13250 H ≥ ø
R4 13.5 mm 38.0 mm N. R13380 H ≥ ø
R6 14.5 mm 50.5 mm Max. R14505 H ≥ ø , AA, Mignon
R9 16.0 mm 6.2 mm Max. R1662 H < ø , button cell
R10 21.8 mm 37.3 mm Max. R21373 H ≥ ø
R12 21.5 mm 60.0 mm Max. R21600 H ≥ ø
R14 26.2 mm 50.0 mm Max. R26500 H ≥ ø , C, baby
R15 24.0 mm 70.0 mm N. R24700 H ≥ ø
R17 25.5 mm 17.0 mm N. R25170 H < ø , button cell
R18 25.5 mm 83.0 mm N. R25830 H ≥ ø
R19 32.0 mm 17.0 mm N. R32170 H < ø , button cell
R20 34.2 mm 61.5 mm Max. R34615 H ≥ ø , D, mono
R22 32.0 mm 75.0 mm N. R32750 H ≥ ø
R25 32.0 mm 91.0 mm N. R32910 H ≥ ø
R26 32.0 mm 105.0 mm N. R32 / 105 H ≥ ø
R27 32.0 mm 150.0 mm N. R32 / 150 H ≥ ø
R40 67.0 mm 172.0 mm Max. R67 / 172 H ≥ ø
R41 7.9 mm 3.6 mm Max. R736 H < ø , button cell
R42 11.6 mm 3.6 mm Max. R1136 H < ø , button cell
R43 11.6 mm 4.2 mm Max. R1142 H < ø , button cell
R44 11.6 mm 5.4 mm Max. R1154 H < ø , button cell
R45 9.5 mm 3.6 mm N. R936 H < ø , button cell
R48 7.9 mm 5.4 mm Max. R754 H < ø , button cell
R50 16.4 mm 16.8 mm Max. R16168 H ≥ ø
R51 16.5 mm 50.0 mm N. R16500 H ≥ ø
R52 16.4 mm 11.4 mm Max. R16114 H < ø , button cell
R53 23.2 mm 6.1 mm Max. R2361 H < ø , button cell
R54 11.6 mm 3.1 mm Max. R1130 H < ø , button cell
R55 11.6 mm 2.1 mm Max. R1121 H < ø , button cell
R56 11.6 mm 2.6 mm Max. R1126 H < ø , button cell
R57 9.5 mm 2.7 mm Max. R927 H < ø , button cell
R58 7.9 mm 2.1 mm Max. R721 H < ø , button cell
R59 7.9 mm 2.6 mm Max. R726 H < ø , button cell
R60 6.8 mm 2.2 mm Max. R621 H < ø , button cell
R61 7.8 mm 39.0 mm N. R7390 H ≥ ø
R62 5.8 mm 1.7 mm Max. R516 H < ø , button cell
R63 5.8 mm 2.2 mm Max. R521 H < ø , button cell
R64 5.8 mm 2.7 mm Max. R527 H < ø , button cell
R65 6.8 mm 1.7 mm Max. R616 H < ø , button cell
R66 6.8 mm 2.6 mm Max. R626 H < ø , button cell
R67 7.9 mm 1.7 mm Max. R716 H < ø , button cell
R68 9.5 mm 1.7 mm Max. R916 H < ø , button cell
R69 9.5 mm 2.1 mm Max. R921 H < ø , button cell
R70 5.8 mm 3.0 mm Max. R530 H < ø , button cell

Individual evidence

  1. ↑ IEC 60086-1 ( English , PDF, 525 kB) In: instrument.com.cn . IEC Central Office GENEVA, SWITZERLAND. S. December 27, 2006. Archived from the original on March 15, 2017 .: “Designation system in use up to October 1990; Table C.1 - Physical designation and dimensions of round cells and batteries "