application

1.DC.Electrolytic capacitors can be used on DC circuit only. The ploarities to be with "+"and
"-"only.it is indicated on proper position or aside of lead wire/terminal.

2.Non-polarized capacitors can be used on both AC and DC circuits.

3.If unclear or unkonwn of polarity of circuit indication. Non-polarized capacitor was recomm-
ended to be used.

4.Capacitors should not be used at environ mental temperature which exceeds the range of sp-
ecified oerating temperature.

5.Capacitors should be stored in cold and dry place.

6.Re-aging process with rated voltage must be taken prior to using ,if it has been long time
stored.

7.Capacitors are not suitable for operating with sudden charge anddischarge which are
frequently repeated.

8.Capacitors are not suitable for operating at the current value which over the allowable ripple
range. If high ripple is required, please contact us with detalls.

9.Applied working valtage to capacitor which does not exceed the rated working voltage of
capacitor.

10.To protect inside construction of capactior, over pull or excessive force to lead wire/terminal
wave is not permitted.

11.Soldering irons should be kept away from the vinyl insulation sleeve of capacitor,to avoid
the casue made over heat or break domw to sleeve.

12.Capacitor in dip soldering process, the soldering temperature should never over 260C for to
sencond of soldering time.

13.Protection for sleeve, marking and sealing meterials on capacitor body not to be damaged,
capacitor body not to be damaged, capacitors should never be washed or cleaned by
halogenous agents or solvents such as trichloroethene, Xylene or acetone etc.

14.Designed capacitorsquality metts JIS C-5141W

15.Preparation or after treatment testing for reliability in according with JIS C-5102

Safe	Unsafe
Xylence Ethyl alcohol Butyl alcohol Methyl alcohol Proyl alcohol Calgonito (detergent)	1,1,2,-Trichloro- 1,1,2-trifluoroenthane Carbon tetrachloride chloroform Trichloroethane Methylene chloride