●For frequently change of regenerative voltage fromAC servo amplifier and inverter control
● After an application of charge-discharge voltage for 60million times ● integrated foreign capacitor design philosophy ,Panasonic branched ammoniasalt and the surface of the nanometer material of completing agent on theelectrolyte, the overall parameters of more than similar foreign capacitor
●suitabe for Capacitor discharge spot welder Ac spot welder series Automating wire mesh welding ◆SPECIFIC ATIONS
items
Characteristics
Category temperature Range
-40~+105℃
Rated voltage Range
350~450VDC
Capacitance Tolerance
± 20%(M) at 20℃/120HZ
Leakage Current
I=0.02CV or 5mA,whichever is smaller
I: Where, I : Max. leakage current(µA)、C: Nominal capacitance(µF)、Rated voltage (V)at 20℃after 5 minutes)
Dissipation Factor(tanδ)
0.15max at 20℃/120HZ
Low Temperature characteristics
Rated voltage(vdc)
350to450V
500to550v
at 20℃/120HZ
C(-25℃)/C(+20℃)
≥0.7
≥0.6
Insulation Resistance
When measured between the terminals that are connected to each other and to the mounting clamp on the insulating sleeve covering the case by using an insulation resistance meter of 500Vdc, the insulation resistance shall not be less than 100mΩ
Insulation Withstanding Voltage
When a voltage of 2,000Vac is applied for 1 minute between the terminals that are connected to each other and to the mounting clamp on the insulating sleeve covering the case, there shall not be electrical damage
Endurance of charge-discharge
behavior
After an application of charge-discharge voltage for 60million times(charge-discharge voltage difference(△∨)=rated voltage x 0.5,cycle 3HZ)capacitors shell meet the characteristics requirement listed at right at(15℃~35℃)
Capacitance change
≤±20% of the initial value
D.F. (tanδ)
≤300% of the initial specified value
Leakage current
≤The initial specified value
Appearance
There shell be found to remarkable abnormality on the capacitor
Frequency
3HZ
Number of cycles
6.000million times
Shelf Life
The following specifications shall be satisfied when the capacitors are restored to 20℃ after exposing them for 1000 hours at 105℃ without voltage applied. Before the measurement, the capacitor shall be preconditioned by applying voltage according to Item 4.1
Capacitance change
≤±20% of the initial value
of JIS C 5101-4.
D.F. (tanδ)
≤300% of the initial specified value
Leakage current
≤The initial specified value
STANDARD RATINGS
W.V
cap
Case sizeD x L
tanδ120HZ,20℃
Rated ripple current
Part NO.
[V]
[μF]
[mm]
[mΩ]
(Ams/85℃,120Hz)
350V
1200
50*60
4.7
1.56
LXD351M5C122MC60
1500
50*70
5.5
1.83
LXD351M5C152MC70
1800
50*80
6.4
2.13
LXD351M5C182MC80
2200
50*96
7.6
2.53
LXD351M5C222MC96
2700
50*105
8.8
2.94
LXD351M5C272MCA5
2700
50*115
9.2
3.06
LXD351M5C272MCB5
3300
50*130
10.8
3.58
LXD351M5C332MCD0
4700
63.5*115
13.2
4.61
LXD351M5C472MDB5
5600
63.5*130
15.2
5.3
LXD351M5C562MDD0
5600
76.2*105
15.2
5.36
LXD351M5C562MEA5
6800
63.5*155
18.1
6.32
LXD351M5C682MDF5
8200
63.5*170
20.7
7.25
LXD351M5C822MDH0
8200
76.2*130
20.2
6.57
LXD351M5C822MED0
10000
76.2*155
24.2
8.47
LDX351M5C103MEF5
10000
89*115
23.1
8.1
LXD351M5C103MFB5
12000
76.2*170
27.6
9.66
LXD351M5C123MEH0
12000
89*130
26.6
9.33
LXD351M5C123MFD0
15000
89*155
32.1
11.2
LXD351M5C153MFF5
15000
89*170
33.5
11.7
LXD351M5C153MFH0
18000
89*190
38.5
13.5
LXD351M5C183MFK0
375V
1000
50*60
4.3
1.42
LXD3H1M5C102MC60
1200
50*70
4.9
1.64
LXD3H1M5C122MC70
1500
50*80
5.8
1.94
LXD3H1M5C152MC80
2200
50*96
7.6
2.54
LXD3H1M5C222MC96
2200
50*105
8
2.65
LXD3H1M5C222MCA5
2700
50*115
9.2
3.06
LXD3H1M5C272MCB5
3300
50*130
10.8
3.58
LXD3H1M5C332MCD0
4700
63.5*115
13.2
4.61
LXD3H1M5C472MDB5
5600
63.5*130
15.2
5.3
LXD3H1M5C562MDD0
5600
76.2*105
15.2
5.36
LXD3H1M5C562MEA5
6800
63.5*155
18.1
6.32
LXD3H1M5C682MDF5
6800
63.5*170
18.9
6.6
LXD3H1M5C682MDH0
8200
76.2*130
20.2
7.09
LXD3H1M5C822MED0
8200
89*115
20.9
7.35
LXD3H1M5C822MFB5
10000
76.2*155
24.2
8.48
LXD3H1M5C103MEF5
10000
76.2*170
25.2
8.85
LXD3H1M5C103MEH0
10000
89*130
24.3
8.54
LXD3H1M5C103MFD0
12000
89*155
28.4
10
LXD3H1M5C123MFF5
15000
89*170
33.5
11.7
LXD3H1M5C153MFH0
15000
89*190
35.2
12.3
LXD3H1M5C153MFK0
400V
1000
50*60
4.3
1.42
LXD401M5C102MC60
1200
50*70
4.9
1.64
LXD401M5C122MC70
1500
50*80
5.8
1.95
LXD401M5C152MC80
1800
50*96
6.9
2.29
LXD401M5C182MC96
2200
50*105
8
2.65
LXD401M5C222MCA5
2200
50*115
8.3
2.77
LXD401M5C222MCB5
2700
50*130
9.8
3.23
LXD401M5C272MCD0
3900
63.5*115
12
4.21
LXD401M5C392MDB5
4700
63.5*130
13.9
4.86
LXD401M5C472MDD0
5600
63.5*155
16.4
5.75
LXD401M5C562MDF5
5600
63.5*170
17.1
5.99
LXD401M5C562MDH0
5600
76.2*105
15.2
5.35
LXD401M5C562MEA5
6800
76.2*130
18.4
6.47
LXD401M5C682MED0
8200
76.2*155
21.9
7.68
LXD401M5C822MEF5
8200
76.2*170
22.8
8.02
LXD401M5C822MEH0
8200
89*115
20.9
7.35
LXD401M5C822MFB5
10000
89*130
24.3
8.26
LXD401M5C103MFD0
12000
89*155
28.7
10
LXD401M5C123MFF5
12000
89*170
29.9
10.5
LXD401M5C123MFH0
15000
89*190
31.2
12.3
LXD401M5C153MFK0
420V
820
50*60
3.8
1.29
LXD421M5C821MC60
1000
50*70
4.4
1.5
LXD421M5C102MC70
1200
50*80
5.2
1.75
LXD421M5C122MC80
1800
50*96
6.8
2.3
LXD421M5C182MC96
1800
50*105
7.1
2.4
LXD421M5C182MCA5
2200
50*115
8.2
2.77
LXD421M5C222MCB5
2700
50*130
9.6
3.25
LXD421M5C272MCD0
3300
63.5*115
11
3.87
LXD421M5C332MDB5
3900
63.5*130
12.7
4.44
LXD421M5C392MDD0
4700
63.5*155
15
5.28
LXD421M5C472MDF5
4700
76.2*105
13.9
4.92
LXD421M5C472MEA5
5600
63.5*170
17.1
6.02
LXD421M5C562MDH0
5600
76.2*130
16.6
5.9
LXD421M5C562MED0
6800
76.2*155
19.8
7.02
LXD421M5C682MEF5
6800
89*115
19
6.73
LXD421M5C682MFB5
8200
76.2*170
22.7
8.04
LXD421M5C822MEH0
8200
89*130
22
7.78
LXD421M5C822MFD0
10000
89*155
26.2
9.24
LXD421M5C103MFF5
12000
89*170
29.9
10.5
LXD421M5C123MFH0
12000
89*190
31.5
11
LXD421M5C123MFK0
450V
820
50*60
3.8
1.29
LXD421M5C821MC60
1000
50*70
4.4
1.5
LXD451M5C102MC70
1200
5*080
5.2
1.74
LXD451M5C122MC80
1500
50*96
6.2
2.1
LXD451M5C152MC96
1800
50*105
7.1
2.41
LXD451M5C182MCA5
1800
50*115
7.4
2.51
LXD451M5C182MCB5
2200
50*130
8.7
2.93
LXD451M5C222MCD0
3300
63.5*115
11
3.88
LXD451M5C332MDB5
3900
63.5*130
12.7
4.44
LXD451M5C392MDD0
3900
76.2*105
13.2
4.49
LXD451M5C392MEA5
4700
63.5*155
15
5.27
LXD451M5C472MDF5
4700
63.5*170
15.6
5.5
LXD451M5C472MDH0
5600
76.2*130
16.6
5.88
LXD451M5C562MED0
6800
76.2*155
19.8
7.04
LXD451M5C682MEF5
6800
89*115
19
6.72
LXD451M5C682MFB5
8200
76.2*170
22.7
7.97
LXD451M5C822MEH0
8200
89*130
22
7.72
LXD451M5C822MFD0
10000
89*155
26.2
9.22
LXD451M5C103MFF5
10000
89*170
27.3
9.66
LXD451M5C103MFH0
12000
89*190
31.5
11.1
LXD451M5C123MFK0
◆RTED RIPPLE CURRENT MUIERS
The ripple frequency and standard list of the specified value is not at the same time, please use the value is less than the following ● Frequency Multiplier
Frequency(HZ)
50
120
300
1K
3K
coefficient
0.8
1.0
1.1
1.3
1.4
Note : The endurance of capacitors is shorted with internal heating produced by ripple current at the rate of halving the lifetime with
every 5 to 10℃ rise. When long life performance is required in actual use, the rms ripple current has to be reduced. Also, for the
LHD series capacitors, using them at operating voltage less than their rated voltage can extend their lifetime. For the details, please
contact representative of capsun