Outline Drawing

Type DCMC 85 °C High Capacitance, Screw Terminal, Aluminum

Highest Capacitance Screw Terminal Type

CDM Cornell Dubilier • 140 Technology Place • Liberty, SC 29657 • Phone: (864)843-2277 • Fax: (864)843-3800

Part Numbering System

Polyester insulation is not available for 3.5-inch diameter units.

Standard insulation is 0.008-in PVC sleeve with 0.01-in polypropylene end disk.

Type Capacitance

Tolerance

Voltage

Case Code

Insulation

Terminal

Can Style

DCMC

472

U

400

DC

2

B

S

100 = 10 µF

101 = 100 µF

492 = 4900 µF

433= 43,000 µF

M = ±20%

U = –10%+75%

T = –10%+50%

6R3 = 6.3 Vdc

063 = 63 Vdc

400 = 400 Vdc

0= None

1= Polyester

2= PVC

A = Low Post

B = High Post

D = High Current,

Low Post

E = High Current,

High Post

F or M = M5 Post

G = M6 Low Post

H = M6 High Post

Blank=

Standard

Can

S= Stud

Bottom

P= Stud

with

Thermal

Pad

NOTE: With the stud-mount feature, a thermally-conductive

disk can be inserted in the bottom flush with the outer

insulating sleeve.This reduces the thermal resistance

through the can bottom by 0.3 °C/W. Can Style P.

Case

Stud

P± 0.039”

Diam.

Thread

(±1.0 mm)

1.375

M8

0.470” (12.0)

1.750

M8

0.470” (12.0)

2.000

M12

0.630” (16.0)

2.500

M12

0.630” (16.0)

3.000

M12

0.630” (16.0)

3.500

M12

0.630” (16.0)

Stud Dimensions

Terminal Dimensions

For Case

Post Diameter

H max

min Full Thread

Torque

Terminal Style

Diameters Code

in

mm

in

mm

Thread

in

mm

in∙lb

N∙m

Low Post

1

A

0.314

8.0

0.094 2.4

10–32

0.218

5.5

25

2.82

High Post

1

B

0.314

8.0

0.281 7.1

10–32

0.375

9.5

25

2.82

High Current, Low

2½ to 3½

D

0.684 17.4

0.125 3.2

¼–28

0.344

8.7

60

6.78

High Current, High

2½ to 3½

E

0.684 17.4

0.281 7.1

¼–28

0.469

11.9

60

6.78

M5 Post, Small

1

M

0.314

8.0

0.281 7.1

M5

0.375

9.5

25

2.82

M5 Post

2½ & 3

F

0.512 13.0

0.230 5.8

M5

0.344

8.7

25

2.82

M6 Low Post

2½ to 3½

G

0.684 17.4

0.125 3.2

M6

0.344

8.7

60

6.78

M6 High Post

2½ to 3½

H

0.684 17.4

0.281 7.1

M6

0.469

11.9

60

6.78

D

L

P

(+0 -1.57)

Optional Stud

S

+

Optional Stud