Item

Performance Characteristics

ELECTRIC DOUBLE LAYER CAPACITORS "EVerCAP "

Within ±30% of initial value

Capacitance change

JL

series

Screw Terminal Type, High Power Density Type

High power density.

Rapid charge-discharge.

Suitable for regeneretion and UPS applications.

Adapted to the RoHS directive (2002/95/EC).

Drawing

Type numbering system (Example : 2.5V 400F)

Category Temperature Range

Rated Voltage Range

Rated Capacitance Range

Capacitance Tolerance

Stability at Low Temperature

Endurance

Shelf Life

Marking

– 25 ~ + 60°C

2.5V

400 ~ 2600F

See Note

± 20% (20°C)

Printed with white color letter on black sleeve.

DCR

*

Refer to the list below. (20°C)

After an application of DC voltage for 2000 hours at 60°C,

capacitors meet the characteristic requirements listed at right.

After storing the capacitors under no load at 60°C for

2000 hours, they will meet the characteristic

requirements listed at right.

Specifications

Pressure relief vent

29

±1

24

7

+

Sleeve

Bottom plate

6

±1

Hexagenal headed bolt (M5)

15

±0.5

10

Pressure relief vent

120

°

Sleeve

Bottom plate

Hexagenal headed bolt

T

U

H

± 1

±1

h

Pressure relief vent

30

°

U

S

φ 35

φ 40 and larger

DCR

300% or less of initial specified value

Capacitance change

DCR

Within ±30% of initial value

300% or less of initial specified value

J

1

J

2

L

3

0

4

E

5

4

6

0

7

7

8

M

9

S

10

EC

11

12

13 14

Capacitance tolerance (

±20%)

Case dia. code

(

φ35)

Mounting bracket

φD

Rated Capacitance (400F)

Rated voltage (2.5V)

Series name

Type

35

40

51

Code less

BN

2-leg brackets

No brackets

63.5

C

D

F

G

Code

Code less

BB

BN

3-leg brackets

2-leg brackets

No bracket

(

φ51,φ63.5)

(

φ35,φ40)

Configuration

Configuration

Cr ( III) Plating

(RoHS compliant)

SE

Note :

To calculate capacitance, the capacitor must be charged at the rated

voltage of 2.5V for 30 minutes. Measure the time of duration

∆T (sec.) it

takes go from 2V to 1V when a constant current discharge of i (A) = 0.01

×

nominal capacitance is carried out. It is then possible to calculate

capacitance based on the calculation provided below.

Capacitance (F) = I

× ∆T

Dimensions

Dimensions of terminal pitch(W) and length(R) and Normal dia. of bolt (mm)

Dimensions of mounting bracket

400

550

650

700

850

1500

1600

2600

2.5V

(0E)

407

557

657

707

857

158

168

268

7

5

4

4

3

2

2

1

Cap.

( F)

Rated

Voltage

( Code )

DCR

(m

Ω)

Cap.

code

35

40

51

63.5

85

130

105

160

135

210

105

210

135

250

135

450

150

500

150

800

φ D

Case size

φ D × L (mm)

Weight

(g)

L

φ D

40

51

63.5

W

18.8

22.0

28.6

R

9

10

10

α

3

3

3

Nominal of bolt

M6

M6

M6

3-Legs

2-Legs

P

A

T

S

U

H

h

Symbol

φD

Leg shape

(mm)

51

32.5

38.5

7.5

5.0

63.5

38.1

8.0

5.0

40

7.0

3.5

51

33.2

40

6.0

4.5

14

30

25

15

63.5

40.5

46.5

7.0

4.5

14

30

35

20

JL

JC

High Power

Density

CAT.8100V