44

ALUMINUM ELECTROLYTIC CAPACITORS

Hitachi AIC Inc.

(

“Y” is the standard code but “I”

may be used instead.

“N” is used

when no fixture is required.)

(This code is required when multiple kinds of cases

are available. For standard products, only the first

letter is used. For example,

“F”is used for F24R.)

Product code : (Example) 450V 22,000 µF±20%

HCGWA

2W

223

Y

(F)

Type of series

Code for fixture

Case code

Code for rated voltage

(JIS symbol)

Code for capacitance

(The last digit

“3”indicates

the number of 0s.)

Ambient temperature (°C)

40

60

70

85

Correction coefficient

1.0

0.75

0.62

0.37

Frequency (Hz)

120

300

1k

10K≦

Correction coefficient

1.0

1.1

1.3

1.4

*

When using this capacitor at a frequency below 120 Hz, contact us in advance.

Ripple current correction coefficient

Item

Temperature range

Rated current

Capacitance tolerance

Dissipation factor

Withstand voltage

Related standard

No load at high

temperature

Leakage current

Specifications

–10°C ~ +85˚C

350 ~ 500

V.DC

±20％（20℃,120Hz）

Must be less than or equal to 0.70 (20℃, 120Hz)

No abnormality must be found when 2,000 VDC is applied between

the terminal block and the mount fixture (to be attached to the case

which has been coated doubly with an armored sleeve).

Load at high

temperature

The requirements shown in the following table must be met under conditions that allowable

ripple currents are superposed at 85℃ within a range not exceeding a rated voltage,

voltage is applied for 2,000 hours, then the temperature is lowered again to 20℃.

JIS C 5101-4

The requirements of the above table (shown in the column“Load at High Temperature”) must be

met under conditions that the capacitor is left at 85℃ for 500 hours with no voltage applied, the

temperature is lowered again to 20℃ and preprocessing for tests (4.4 in JIS C5102) is performed.

This current must be less than or equal to a smaller value of I=0.01CV and 7mA (20

℃, 5 minutes).

(I: Leakage current, C: µF), V: Rated voltage (VDC)

Product Specifications

*

( ) Case code in parentheses : If two types of shape exist for the same rating,

enter the first English letter of case code.

Rated Voltage

V. DC

Capacitance

(µF)

Case size

øDXL(mm)

Case code

tand

20°C,120Hz

Ripple current

(Arms)

40°C,120Hz

Product name

350V(2V)

13000

17000

18000

22000

24000

25000

31000

39000

101·175

101·195

101·237

E16R

F16R

E20R

E24R

G18R

F20R

F24R

G20R

G24R

0.70

0.70

0.70

0.70

0.70

0.70

0.70

0.70

0.70

20.7

25.4

26.8

32.1

33.8

33.6

40.4

38.1

46.2

HCGWA2V133Y

HCGWA2V173Y

HCGWA2V183Y

HCGWA2V223Y

HCGWA2V243Y

HCGWA2V253Y

HCGWA2V313YF

HCGWA2V313YG

HCGWA2V393Y

Rated Voltage

V. DC

Capacitance

(µF)

Case size

øDXL(mm)

Case code

tand

20°C,120Hz

Ripple current

(Arms)

40°C,120Hz

Product name

450V(2W)

9500

12000

13000

15000

17000

18000

22000

27000

101·175

101·195

101·237

E16R

E20R

F16R

E24R

F20R

G18R

F24R

G20R

G24R

0.70

0.70

0.70

0.70

0.70

0.70

0.70

0.70

0.70

17.9

22.1

21.0

27.3

27.9

27.9

34.3

32.2

38.4

HCGWA2W952Y

HCGWA2W123Y

HCGWA2W133Y

HCGWA2W153Y

HCGWA2W173Y

HCGWA2W183Y

HCGWA2W223YF

HCGWA2W223YG

HCGWA2W273Y

Standard value and case size

Rated Voltage

V. DC

Capacitance

(µF)

Case size

øDXL(mm)

Case code

tand

20°C,120Hz

Ripple current

(Arms)

40°C,120Hz

Product name

400V(2G)

11000

14000

16000

20000

22000

25000

32000

101·175

101·195

101·237

E16R

E20R

E24R

F16R

F20R

G18R

F24R

G20R

G24R

0.70

0.70

0.70

0.70

0.70

0.70

0.70

0.70

0.70

19.2

23.9

28.0

24.8

30.3

30.8

36.6

34.5

41.8

HCGWA2G113Y

HCGWA2G143Y

HCGWA2G163YE

HCGWA2G163YF

HCGWA2G203Y

HCGWA2G223Y

HCGWA2G253YF

HCGWA2G253YG

HCGWA2G323Y

Rated Voltage

V. DC

Capacitance

(µF)

Case size

øDXL(mm)

Case code

tand

20°C,120Hz

Ripple current

(Arms)

40°C,120Hz

Product name

500V(2H)

5600

8200

9500

11000

12000

14000

16000

101·175

101·195

101·237

E16R

E20R

F16R

E24R

F20R

G18R

F24R

G20R

G24R

0.70

0.70

0.70

0.70

0.70

0.70

0.70

0.70

0.70

13.7

18.2

17.7

21.7

22.4

22.7

27.4

25.6

29.6

HCGWA2H562Y

HCGWA2H822YE

HCGWA2H822YF

HCGWA2H952Y

HCGWA2H113Y

HCGWA2H123Y

HCGWA2H143YF

HCGWA2H143YG

HCGWA2H163Y

Attachment of legs

• See page 43 for shapes and dimensions.

• Product names in the Standard Units Rating Table correspond to the

attachment legs for Type Y (Type I for ø36 only), but Type I

attachment legs may be used (Shape Code = I).

• If attachment legs are not necessary, enter "N" for the attachment leg

shape code.

• Attachment legs will be delivered separately.

Characteristic

Rate of change

Dissipation factor value

Leakage current

Requirements

Within ±15% of the initial value

Within 175% of the initial standard

Within the initial standard value

(Warranty of 2,000 hours at 85°C)

Features

•Product primarily designed for circuits requiring large

energy momentarily like those for the uninterruptible power

supply (UPS) and X-ray power supply

• Capacitance improved by 40%, comparison with the

HCGF6 model (smallest model)

HCGW Series