ØD

Lt

L

H

M

Insulating Disk

T (measured

from deck

surface)

“+” SIGN

S

TD

V

Safety Vent

DT

Z

TD

V

DT

sPEcification

terminal options

fig. 1

fig. 2

terminal style a

terminal styles a (ø35mm), c

terminations

Aluminium inserts M5 threads as standard, max. torque

2NM. M6 threaded inserts have a max. torque 4NM. Max.

als32 85°c

A

35mm only

M5

7.14

8

-

10

Fig.2

A

51, 63.5, 76 & 90mm

M5

5.5

13

10

10

Fig.1

C

63.5, 76 & 90mm

M6

5.5

13

-

10

Fig.2

terminal

case diameter

thread

height

diameter

flats

thread depth

drawing

style

availability

t mm ±0.8

dt mm ±0.5

Z mm

td mm (min.)

case Polarity

Due to the presence of electrolyte in the capacitor the aluminium

can and stud mounting will essentially be at the same polarity

as the negative terminal. We recommend that the stud and can

are insulated (see accessories for insulating nuts).

casE

d

d

l

l

lt

s

t

v

m

h

mounting

wEight

codE unsleeved sleeved

unsleeved

sleeved

sleeved

thrEad

cliP

grams

±0.8

±0.8

±1.6

±1.6

±1

±0.5

±0.8

±1

dimensions (mm)

D2C

34.9

35.3

54.0

55.1

61.5

12.8

7.14

8

M8

12

V3/H2/UTE2736

80

D2L

34.9

35.3

66.7

67.8

74.5

12.8

7.14

8

M8

12

V3/H2/UTE2736

95

D3C

34.9

35.3

79.4

80.5

87.5

12.8

7.14

8

M8

12

V3/H2/UTE2736

115

D3L

34.9

35.3

92.1

93.2

100.5

12.8

7.14

8

M8

12

V3/H2/UTE2736

130

D4C

34.9

35.3

104.8

105.9

112.5

12.8

7.14

8

M8

12

V3/H2/UTE2736

150

D4L

34.9

35.3

117.5

118.6

125.5

12.8

7.14

8

M8

12

V3/H2/UTE2736

165

D5C

34.9

35.3

130.2

131.3

138.5

12.8

7.14

8

M8

12

V3/H2/UTE2736

185

D5L

34.9

35.3

142.9

144.0

151.5

12.8

7.14

8

M8

12

V3/H2/UTE2736

205

K2C

50.8

51.2

54.0

55.1

60.0

22.2

5.5

13.7

M12

16

V4/UTE2737

165

K2L

50.8

51.2

66.7

67.8

73.0

22.2

5.5

13.7

M12

16

V4/UTE2737

200

K3C

50.8

51.2

79.4

80.5

86.0

22.2

5.5

13.7

M12

16

V4/UTE2737

240

K3L

50.8

51.2

92.1

93.2

98.0

22.2

5.5

13.7

M12

16

V4/UTE2737

275

K4C

50.8

51.2

104.8

105.9

111.0

22.2

5.5

13.7

M12

16

V4/UTE2737

315

KJA

50.8

51.2

114.3

115.4

119.0

22.2

5.5

13.7

M12

16

V4/UTE2737

340

K4L

50.8

51.2

117.5

118.6

124.0

22.2

5.5

13.7

M12

16

V4/UTE2737

350

K5C

50.8

51.2

130.2

131.3

136.0

22.2

5.5

13.7

M12

16

V4/UTE2737

385

K5L

50.8

51.2

142.9

144.0

149.0

22.2

5.5

13.7

M12

16

V4/UTE2737

425

L3C

63.5

63.9

79.4

80.5

84.0

28.5

5.5

15.8

M12

16

V8

370

L3L

63.5

63.9

92.1

93.2

97.0

28.5

5.5

15.8

M12

16

V8

430

L4C

63.5

63.9

104.8

105.9

110.0

28.5

5.5

15.8

M12

16

V8

485

LJA

63.5

63.9

114.3

115.4

119.0

28.5

5.5

15.8

M12

16

V8

535

L4L

63.5

63.9

117.5

118.6

123.0

28.5

5.5

15.8

M12

16

V8

545

L5C

63.5

63.9

130.2

131.3

135.0

28.5

5.5

15.8

M12

16

V8

600

L5L

63.5

63.9

142.9

144.0

148.0

28.5

5.5

15.8

M12

16

V8

660

N3L

76.2

76.6

92.1

93.2

97.0

31.8

5.5

19

M12

16

V11

615

N4C

76.2

76.6

104.8

105.9

110.0

31.8

5.5

19

M12

16

V11

700

NJA

76.2

76.6

114.3

115.4

119.0

31.8

5.5

19

M12

16

V11

770

N4L

76.2

76.6

117.5

118.6

123.0

31.8

5.5

19

M12

16

V11

780

N5C

76.2

76.6

130.2

131.3

135.0

31.8

5.5

19

M12

16

V11

865

N5L

76.2

76.6

142.9

144.0

148.0

31.8

5.5

19

M12

16

V11

950

N5R

76.2

76.6

149.2

150.4

154.0

31.8

5.5

19

M12

16

V11

990

N6L

76.2

76.6

168.3

169.4

173.0

31.8

5.5

19

M12

16

V11

1115

N7L

76.2

76.6

193.7

194.8

198.0

31.8

5.5

19

M12

16

V11

1280

N8L

76.2

76.6

219.1

220.2

224.0

31.8

5.5

19

M12

16

V11

1450

Q5R

88.9

90

149.2

150.4

154.0

31.8

5.5

25

M12

16

V90

1360

Q6L

88.9

90

168.3

169.4

173.0

31.8

5.5

25

M12

16

V90

1520

Q7L

88.9

90

193.7

194.8

198.0

31.8

5.5

25

M12

16

V90

1870

Q8L

88.9

90

219.1

220.2

224.0

31.8

5.5

25

M12

16

V90

2000

als33

stud mounting

als32

clamp mounting