SHG Series
Aluminum Electrolytic Capacitors
Item Name
SHG2W4R7M-1013
1.
Operating Temp. Range
Rating
SHG450V4.7μF
Case size
Φ10*13L
KNSCHA Lifetime
10000 hours
-25℃
½
+ 105℃
2.
Electrical Characteristics
See Table 1.
【Table
1】
Rated
Voltage
VDC
Surge
Voltage
VDC
Permissible
Nominal
Tolerance
Dissipation
Leakage
Ripple
Static
on
Impedance(Ω)
Factor
Current
Current
Capacitan Capacitance
100KHZ 20℃
(tanδ)max 2min. 20℃
(mArms)max
ce
(%)
20℃ 120Hz (μA)max
105℃100KHz
(μF)
20℃ 120Hz
450
500
4.7
-20½＋20
0.24
57.3
210
5.5
3.
Dimensions
Rubber Bung
Sleeve
Safety Vent
φ6.3
or over
Фd=0.05
Tinned copper-ply wire
φd
F±0.5
ФD+αmax
L+βmax.
15min.
4min.
φD＋0.5
Unit(mm)
φD+0.5Max
10
4.
Marking
L+1Max
13
F±0.5
5.0
d±0.05
0.6
Following items are printed with white color on coffee color sleeve
Example of Marking
450V
4.7μF
KNSCHA
SHG
(M )105℃
①
②
③
④
①
Rated voltage & Nominal Capacitance
②
Polarity (negative)
③
Trade Mark
④
series
⑤
Symbol of Capacitance Tolerance
（M)
⑥
Max Operating Temp.
⑤⑥
5.MULTIPLIER FOR RIPPLE CURRENT
①.
Frequency Coefficient
Freq.(Hz)
60（50） 120
Cap(μF)
0.75
0.80
0.1-47
0.80
0.85
68-680
1000-22000
0.85
0.87
②.
Temperature Coefficient
Ambient
40
60
Temperature(℃)
Coefficient
2.40
2.10
1K
0.85
0.90
0.89
70
1.78
10K
0.90
0.95
0.92
85
1.65
100K
1.00
1.00
1.00
105
1.00
No,KNS-191206001 (1/5)
6.
No.
Characteristics
Item
I=
Performance
57.30
μA
(I=0.02CV+15(UA))
I= Max Leakage Current
C=Ctatic Capacitor: V=Rated Voltage
Test Method
Protection Resistor : 1000±10Ω
Applied Volt : Rated Voltage
Mesauring time : 2minutes
Measured Frequency : 120Hz±20%
1 Leakage
Current
2
Static
Capacitance
3 Dissiption
Factor
(tanδ)
4 High Temp.
Load
Charac-
teristics
5 High Temp.
no load
Charac-
teristics
6 Terminal
Strength
7 Impedance
Ratio
3.76
½
5.64
μF
Measured Voltage
≤
0.5Vrms, 1.5
½
2.0VDC
Same as condition of Capacitors
0.24 and Under
Leakage Current
Cap. Change
Dissipation Factor
Appearance
Leakage Current
Cap. Change
Dissipation Factor
Appearance
Tensile Strength
Bending Strength
≦the
value specified in Table 1
Test Temp. : 105±2℃
Applied voltage: Rated voltage
≦±20%
of initial value
≦200%
of value specified in
Table 1
Test Time :10,000 hours
No remarkable abnormality
+72, -0 hours
≦the
value specified in Table 1
Test Temp. : 105±2℃
No voltage applied
≦±20%
of initial value
≦200%
of value specified in
Table 1
Test Time :1000 hours
No remarkable abnormality
+24, -0 hurs
45N {4.5kg}
25N {2.5kg}
450
10
-
Keeping time
Tensile 1½5sec
Bending 30±5sec
WV
Z-25℃/Z+20℃
Z-40℃/Z+20℃
8 Temperature
Stage
Item
Charac -
2,3 Impedance Ratio
teristics
5 Cap, Change
Performance
Stage
Test Temp(℃）
20±2
less than the value mentioned in 5-7,
1
-25±3;
≤±25%
against value in stage 4
2
-25±3;
3
20±2
4
105±2
After the capacitor is held at tempereture of each stage
5
20±2
and reaches temperature stability, measure performance.
6
9 Surge
Voltage
Item
Leakage Current
Cap, Change
Dissipation Factor
Appearance
Perforemance
≤
the initial specified value
≤ ±15%
against value before test
≤
the initial specified value
No remakable abnormality
Test Temp. 15½35℃
Test volt. Surge Volt.Specified in 2
Voltage apply. 1,000times of chage for 30±5sec, under frequency of 6±0.5sec,
and discharge for 5min30sec.
No,KNS-191206001 (2/5)
6-2.
Characteristics
No.
Item
Performance
Test Method
10 Vibration
Resistance
Stability required
Capacitance
≤±5%
of the initial specified value
Cap. Change
Appearance
No remarkable abnormality
Frequency : 10½55Hz/1min. Width of vibration, 1.5mm Direction and duration X,
Y and Z directions, each for 2 hours (Total 9 hours)
3/4 area of surrounding directions of surface
should be covered with new solder.
Solder: Sn-Ag, Sn-Cu Type
Soldering Temp : 240±5℃
Dipping degree : 2½2.5mm
Flux : Ethanol solution (JIS K8101)
or Isopropylalchol (JIS K8839)
solution of Rosin (JIS K5902)
Soldering Temp. 280±5℃
Soldering Time . 10±1sec.
11 Solderbility
12 Resistance
to
Soldering
Leakage Current
Cap. Change
Dissipation Factor
Appearance
Leakage Current
Cap. Change
Dissipation Factor
Appearance
≦
Initial specified value
≦±10%
of initial value
≦
Initial specified in value
No remarkable abnormality
≦
Initial specified value
≦±15%
of initial value
≦
Initial spesified value
No remarkable abnormality
13 Resistance
to
Humidity
Test Temp. : 40±2℃
Humidity
90½95%
Test Time : 500
±
8 hours
After the above condition,restored
to normal temp, and then measured.
Dcmethod: impress the reverse voltage
and of 1A, I cancel an electric current.
14
Perssure valve
There must not be thing ignition, scattering
moment
the resolution that that case works safely
charact-
erstics
7
Packing method
Packaging shape, size, quantity
Component
size
10*13
H
Quanity
per
8000pcs.
W
8
9
L
Related Standards JIS C 5141
Marking on packing box
①
②
③
④
⑤
⑥
⑦
Item name
Series name
Rated Voltage
Nominal Static Capacitance
Case size
Lot No.
Quantity
No,KNS-191206001 (3/5)
10
Leakage
current
<Condition>
Connecting the capacitor with a protective resistor (1kΩ±10Ω) in series for
2 minutes, and then, measure leakage current.
<Criteria
I : Leakage current (μA)
I (μA)≤0.01CVor 3 (μA) whichever is greater,
measurement circuit refer to right drawing.
C: Capacitance (μF)
11
Soldeing
11-1
Soldering by soldering iron
Temperature of iron top : 270½350℃
Operating time : within 3 sec.
Flow soldering.
Preheat : PCB surface temperature 120℃±5℃
Solder Temp : 260℃±5℃
Solder Dipping Temp. : 2½4sec.
Using follwing solvents is possible but make sure followingcondition
Solvent
IPA or Alcoholic agent like Pinealpha ST-100S, Cleanthrough 750H, 750L, 710M, 750K,
or Technocare FRW-14½17
①
Cleaning should be made by ultrasonic within 5min, at the temperature less then 60℃.
②
Control of pollution is necessary (conductivity,pH, specific gravity, water volume)
③
Please do not keep near cleaning agent. Please do not store in air-tight container.
Please let it dry by hot air at the temperature less than maximum operating temp.
11-2
12
Cleaning of PC boad after soldering
13
The situation of using
Please do not use a condenser in the next use environment.
①
One circumference environment(weatherability) condition.
(a) Direct water,salt water and environment oil works or become a dew condensation state.
(b) Environment full of harmful gas (a hydrogen chloride, sulfurous acid.
nitrous acid hydrochloric acid, ammonia).
(c) Ozone, infrared rays and the environment where radioactive rays are done collation of
②
Vibration shock condition is extreme environment more than rule ranges of delivery
specifications.
A country of origin
A country of origin of an KNSCHA SHG series alminum electrolysis condenser of specifications:
China
Effective life for storage
Storage conditions:
①
Temperature range must be between 5-35℃
②
Relative humidity must be less than 75%
③
Must be stored indoor
④
Must be free from water, oil or salt water
⑤
Must be free from toxic gasses (hydrogen sulfide, sulfurous acid, chlorine, ammonium, etc.)
⑥
Must be free from ozone, ultraviolet rays or any other radiation
⑦
Must be kept in capacitor original package
14
15
No,KNS-191206001 (4/5)
Aluminum Electrolytic Capacitor
SHG Series Structure
Safety Vent
(≧φ6.3)
①
②
③
④
⑤
No.
①
②
③
④
⑤
Case
Name
Aluminum
Material
Element
（Electrode）
High Purity Aluminum foil
（Separator)
Manila hemp pulp
（Electrolyte)
Rubber Bung
Sleeve
Lead Wire
---
Synthetic Rubber
PET
Tin plated Steel Wire
Controls of ozone layer destructive chemical materials
Regulated materials : CFCs, Halon, Carbon Tetrachloride, 1.1.1-Trichloroethane
The products and parts do not include the above materials
The products and parts are not used the above materials on process.
The products and parts are not used PBBOs (Poly Bromo Bi-phenyl Oxides ).
All materials are mentioned as existing chemical material in the "Law of examine
and control of Production of Chemical Material"
The products are not listed in Appendix 1 of Export Trade Rule and Regulation
A condenser of this series supports RoHS regulation.
No,KNS-191206001 (5/5)
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