EPCOS B25355L0307K004

Capacitors for Power Electronics
Series/Type:
B253*
The following products presented in this data sheet are being withdrawn.
Ordering Code
Substitute Product
B25355L8367K004
B25355L7477K004
B25355L6627K004
B25355L4887K004
B25355L2856K004
B25355L2805K001
B25355L2635K001
B25355L2586K004
B25355L2566K004
B25355L2466K004
B25355L2406K001
B25355L2326K004
B25355L2316K001
B25355L2206K001
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
Date of
Withdrawal
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
Deadline Last
Orders
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
Last Shipments
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
Ordering Code
Substitute Product
B25355L2166K001
B25355L2107K004
B25355L2106K001
B25355L1806K004
B25355L1406K001
B25355L1316K001
B25355L1277K004
B25355L1227K004
B25355L1206K001
B25355L1166K001
B25355L1147K904
B25355L1147K004
B25355L1117K004
B25355L0307K004
B25355L0167K004
B25355J3805K001
B25355J3635K001
B25355J3504K001
B25355J3405K001
B25355J3254K001
B25355J3205K001
B25355J3166K001
B25355J3106K001
B25355J3105K001
B25355J2504K001
B25355J2405K001
B25355J2205K001
B25355J2105K001
B25355J1805K001
B25355J1635K001
B25355J1405K001
B25355J1205K001
B25355J1106K001
B25355J1105K001
B25355G6405K001
B25355G6205K001
B25355G2256K001
B25355C8297K005
B25355C8197K005
B25355C7387K005
B25355C7247K005
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
B25650
Date of
Withdrawal
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
2001-04-06
Deadline Last
Orders
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
2001-07-31
Last Shipments
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
2001-12-31
Ordering Code
Substitute Product
B25355C6527K005
B25355C6337K005
B25355C4727K005
B25355C4477K005
B25650
B25650
B25650
B25650
Date of
Withdrawal
2001-04-06
2001-04-06
2001-04-06
2001-04-06
Deadline Last
Orders
2001-07-31
2001-07-31
2001-07-31
2001-07-31
Last Shipments
2001-12-31
2001-12-31
2001-12-31
2001-12-31
For further information please contact your nearest EPCOS sales office, which will also support
you in selecting a suitable substitute. The addresses of our worldwide sales network are
presented at www.epcos.com/sales.
MP DC Capacitors
Smoothing, Supporting, Discharge
B 25 355
High peak-current capability
Wide capacitance and voltage range
Construction
● Self-healing
● Paper dielectric
● Oil and hard-wax-impregnated tubular
windings (no PCB)
● Metal-sprayed end faces ensure
●
●
●
●
reliable contacting
Tubular aluminum case
1-pole and 2-pole versions
Ceramic or plastic lead-throughs
With mounting bolt
(325 mm high capacitors without mounting bolt)
Terminals
● Screw terminals M12
● Screw-clamping terminals
● Tab connectors 6,3 mm
Mounting parts
● If the vibration stress is ≤ 5 g and the capacitors are ≤ 60 mm
in diameter and ≤ 160 mm in height, the bolt is used for mounting.
● For capacitors without mounting bolt and in case of a vibration
stress > 5 g as well as for larger-sized capacitors refer to chapter
“Mounting parts”.
Grounding
● Mounting bolt or grounding strap
for grounding in accordance with VDE 0100
● Grounding identification in accordance with DIN 40 011
Overpressure disconnector (mechanical)
When the overpressure disconnector responds,
the capacitor extends by up to 8 mm.
So leave sufficient space above the terminals when mounting the capacitor.
Individual data sheets
Individual capacitors of this series are specified in detail
(incl. thermal data) on pages 78 … 93.
Upon request, these data sheets are available for each capacitor type.
Siemens Matsushita Components
67
B 25 355
Smoothing, Supporting, Discharge
Technical data
Standards
Dielectric dissipation factor
Max. repetitive rate
of voltage rise
Max. non-repetitive rate
of voltage rise
Climatic data:
Min. operating temperature
Max. operating temperature
Average relative humidity
Failure quota
Load duration
Storage temperature limit
IEC climatic category
(IEC 68-1 and 2)
Test A, cold
Test B, dry heat
Test Ca, damp heat, steady state
Values after test Ca:
Capacitance change
tan δ0
(du/dt)max
(du/dt)s
Θmin
Θmax
αFQ(co)
αFQ(sto)
tLD(co)
tLD(sto)
Θstg
IEC 1071-1/2
EN 61071-1/2
VDE 0560 part 120 and 121
50 · 10 –4
î
---C
IS
---C
– 40 °C
+ 70 °C
≤ 95 % (screw terminals, tab connectors)
≤ 75 % (screw-clamping terminals)
300 failures per 109 component hours
3000 failures per 109 component hours
100 000 h
10 000 h
– 55/+ 85 °C (screw terminals, tab connectors)
– 55/+ 70 °C (screw-clamping terminals)
40/070/56
– 40 °C
+ 70 °C
56 days/40 °C/93 % rel. humidity
∆C / C
≤1%
CN
Insulation resistance
Self-discharge time constant τ =
Dissipation factor change
68
R is
R is · C
∆tan δ
Screw terminals,
tab connectors
≥ 5000 MΩ
≥ 5000 s
≤ 1 µF
> 1 µF
≤ 10 · 10 –4
Screw-clamping
terminals
–
≥ 1000 s
Siemens Matsushita Components
B 25 355
Smoothing, Supporting, Discharge
Technical data
Test data:
DC test voltage between terminals
AC test voltage between terminals
and case
UTT
1,5 · UN(co), 10 s
UTC
2 · U i + 1000 V, 50 Hz, 10 s
CN
Insulation resistance
Self-discharge time constant τ =
Dissipation factor
Siemens Matsushita Components
R is
R is · C
tan δ
Screw terminals, Screw-clamping
tab connectors
terminals
≤ 1 µF
≥ 5000 MΩ
–
> 1 µF ≥ 5000 s
≥ 3000 s
≤ 10 µF: ≤ 100 · 10 –4, measuring frequency 1 kHz
> 10 µF: < 70 · 10 –4, measuring frequency 120 Hz
69
B 25 355
Smoothing, Supporting, Discharge
Available ratings
UN(co) (V) DC 450
UN(sto) (V) DC 560
600
750
750
940
850
1100
1200
1500
1400
1800
1600
2000
CR (µF)
0,5
1,0
2,0
4,0
6,3
8,0
10
16
20
31,5
40
110
140
160
190
220
245
270
290
300
330
360
380
400
430
470
520
620
720
880
Data book range
70
Upon request
Siemens Matsushita Components
B 25 355
Smoothing, Supporting, Discharge
Available ratings
UN(co) (V) DC 1800
UN(sto) (V) DC 2300
2000
2500
2400
3000
2800
3500
3200
4000
6300
7900
CR (µF)
0,25
0,5
1,0
2,0
4,0
6,3
8,0
10
16
20
25
31,5
32
40
46
56
58
80
85
105
145
Data book range
Siemens Matsushita Components
Upon request
71
B 25 355
Smoothing, Supporting, Discharge
Characteristics and ordering codes
CN1)
Imax
î
Is
RS
Lself Dimensions Fig. Appr. Ordering code
20 °C
d×l
weight
µF
A
A
A
mΩ
UN(co) = DC 450 V
470
720
880
40
40
100
330
520
620
40
40
100
245
380
470
40
40
100
UN(co) = DC 850 V
190
290
360
40
40
100
UN(co) = DC 1200 V
160
300
80
100
16000 40000 3,0
40000 75000 1,9
UN(co) = DC 1400 V
140
270
80
100
14000 35000 3,0
27000 67000 1,9
2300
3500
4500
û = 1100 V
us = 1300 V
2300
3500
4500
û = 1500 V
us = 1800 V
180 121,6 × 176 1a
200 121,6 × 325 2a
UN(sto) = DC 1800 V
Ui
= AC 1300 V
2300
3500
4500
û = 940 V
us = 1100 V
240 99,3 × 248 3
240 121,6 × 248 3
200 121,6 × 325 2a
UN(sto) = DC 1500 V
Ui
= AC 1100 V
2300
3500
4500
û = 750 V
us = 900 V
240 99,3 × 248 3
240 121,6 × 248 3
200 121,6 × 325 2a
UN(sto) = DC 1100 V
Ui
= AC 780 V
17000 36000 3,1
26000 44000 2,8
32000 54000 1,7
û = 560 V
us = 680 V
240 99,3 × 248 3
240 121,6 × 248 3
200 121,6 × 325 2a
UN(sto) = DC 940 V
Ui
= AC 670 V
19000 34000 3,0
30000 42000 2,7
38000 52000 1,6
g
240 99,3 × 248 3
240 121,6 × 248 3
200 121,6 × 325 2a
UN(sto) = DC 750 V
Ui
= AC 530 V
23000 33000 2,9
36000 42000 2,6
43000 50000 1,5
UN(co) = DC 750 V
mm
UN(sto) = DC 560 V
Ui
= AC 400 V
26000 31000 2,8
32000 36000 2,6
40000 48000 1,4
UN(co) = DC 600 V
nH
Pg.
2500
4500
û = 1800 V
us = 2100 V
180 121,6 × 176 1a
210 121,6 × 325 2a
2500
4500
UTT = DC 680 V, 10 s
UTC = AC 2000 V, 10 s
B25355-C4477-K005
B25355-C4727-K005
B25355-L4887-K004
UTT = DC 900 V, 10 s
UTC = AC 2100 V, 10 s
B25355-C6337-K005 78
B25355-C6527-K005
B25355-L6627-K004
UTT = DC 1150 V, 10 s
UTC = AC 2400 V, 10 s
B25355-C7247-K005
B25355-C7387-K005
B25355-L7477-K004 80
UTT = DC 1300 V, 10 s
UTC = AC 2600 V, 10 s
B25355-C8197-K005
B25355-C8297-K005
B25355-L8367-K004
UTT = DC 1800 V, 10 s
UTC = AC 3200 V, 10 s
B25355-L0167-K004
B25355-L0307-K004 82
UTT = DC 2100 V, 10 s
UTC = AC 3600 V, 10 s
B25355-L1147-K004
B25355-L1277-K004
1) Capacitance tolerance ± 10 %
72
Siemens Matsushita Components
B 25 355
Smoothing, Supporting, Discharge
Characteristics and ordering codes
CN1)
Imax
î
Is
RS
Lself Dimensions Fig. Appr. Ordering code
20 °C
d×l
weight
µF
A
A
A
mΩ
16
16
16
16
16
16
20
20
20
20
80
100
700
400
800
1200
1600
2000
3200
4000
6300
4000
11000
22000
1700
1000
2000
3100
4000
5000
8000
10000
15000
10000
27000
55000
80
100
11000 28000
20000 51000
16
16
16
16
20
20
20
20
20
20
20
80
100
450
900
600
1200
1800
2400
3000
4800
6000
3100
4000
10000
18000
70 35,0 × 57
110 35,0 × 86
110 35,0 × 86
110 40,0 × 86
110 45,0 × 86
110 50,0 × 86
110 79,2 × 104
110 79,2 × 104
110 99,3 × 104
180 79,2 × 176
180 121,6 × 176
210 121,6 × 325
3,9
2,3
1100
2200
1500
3000
4700
6000
7500
12000
15000
7800
10000
25000
45000
22,0
14,0
28,0
17,0
8,7
7,3
6,0
4,3
3,8
8,0
6,6
4,4
2,6
g
û = 2000 V
us = 2400 V
4
4
4
4
4
4
5
5
5
5
1a
2a
70 35,0 × 57
70 40,0 × 57
110 35,0 × 86
110 45,0 × 86
110 64,2 × 104
110 79,2 × 104
110 79,2 × 104
110 89,3 × 104
110 99,3 × 104
180 89,3 × 176
180 99,3 × 176
190 121,6 × 176
230 121,6 × 325
70
100
100
130
160
200
600
600
950
1000
2500
4500
û = 2300 V
us = 2700 V
190 121,6 × 176 1a
210 121,6 × 325 2a
UN(sto) = DC 2500 V
Ui
= AC 1800 V
UN(co) = DC 2000 V
0,5
1
2
4
6,3
8
10
16
20
31,5
40
58
105
17,0
38,0
22,0
16,0
14,0
12,0
5,7
4,7
3,7
8,3
3,5
2,0
UN(sto) = DC 2300 V
Ui
= AC 1700 V
UN(co) = DC 1800 V
80
145
mm
UN(sto) = DC 2000 V
Ui
= AC 1450 V
UN(co) = DC 1600 V
1
2
4
6,3
8
10
16
20
31,5
40
110
220
nH
Pg.
2500
4500
û = 2500 V
us = 3000 V
4
4
4
4
5
5
5
5
5
5
5
1b
2b
70
90
100
160
400
600
600
800
950
1300
1600
2500
4500
UTT = DC 2400 V, 10 s
UTC = AC 3900 V, 10 s
B25355-J1105-K001
B25355-J1205-K001
B25355-J1405-K001
B25355-J1635-K001
B25355-J1805-K001
B25355-J1106-K001
B25355-L1166-K001
B25355-L1206-K001
B25355-L1316-K001
B25355-L1406-K001 84
B25355-L1117-K004
B25355-L1227-K004
UTT = DC 2700 V, 10 s
UTC = AC 4400 V, 10 s
B25355-L1806-K004
B25355-L1147-K904
UTT = DC 3000 V, 10 s
UTC = AC 4600 V, 10 s
B25355-J2504-K001
B25355-J2105-K001
B25355-J2205-K001
B25355-J2405-K001
B25355-L2635-K001
B25355-L2805-K001
B25355-L2106-K001
B25355-L2166-K001
B25355-L2206-K001 86
B25355-L2316-K001
B25355-L2406-K001
B25355-L2586-K004
B25355-L2107-K004
1) Capacitance tolerance ± 10 %
Siemens Matsushita Components
73
B 25 355
Smoothing, Supporting, Discharge
Characteristics and ordering codes
CN1)
Imax
î
Is
RS
Lself Dimensions Fig. Appr. Ordering code
20 °C
d×l
weight
µF
A
A
A
mΩ
UN(co) = DC 2400 V
46
85
80
100
9000 22000
16000 40000
UN(co) = DC 2800 V
25 2)
32
56
20
60
100
5000 12000
7000 18000
12000 31000
nH
mm
UN(sto) = DC 3000 V
Ui
= AC 2200 V
4,7
2,7
8,0
5,4
3,2
UN(sto) = DC 4000 V
Ui
= AC 2900 V
0,25
0,5
1
2
4
6,3
8
10
16
27,0
16,0
35,0
20,0
8,7
6,0
5,1
7,8
5,6
250
600
500 1200
500 1200
1000 2400
2000 4800
3100 7500
4000 9600
5000 12000
8000 19000
UN(co) = DC 6300 V
2 2)
4 2)
20
20
70
70
110
110
110
110
110
180
180
35,0 × 57
40,0 × 57
40,0 × 86
50,0 × 86
79,2 × 104
89,3 × 104
99,3 × 104
79,2 × 176
99,3 × 176
UN(sto) = DC 7900 V
2000 5000 18,0
4000 10000 10,0
û = 3000 V
us = 3600 V
180
180
2500
4500
û = 3500 V
us = 4200 V
180 99,3 × 176 6
220 121,6 × 176 1b
250 121,6 × 325 2b
UN(co) = DC 3200 V
16
16
16
16
20
20
20
20
20
g
200 121,6 × 176 1b
230 121,6 × 325 2b
UN(sto) = DC 3500 V
Ui
= AC 2500 V
Pg.
1600
2500
4500
û = 4000 V
us = 4800 V
4
4
4
4
5
5
5
5
5
70
90
130
200
600
800
950
1000
1600
û = 7900 V
us = 9500 V
79,2 × 176 6
99,3 × 176 6
1000
1600
UTT = DC 3600 V, 10 s
UTC = AC 5400 V, 10 s
B25355-L2466-K004
B25355-L2856-K004
UTT = DC 4200 V, 10 s
UTC = AC 6000 V, 10 s
B25355-G2256-K001
B25355-L2326-K004 88
B25355-L2566-K004
UTT = DC 4800 V, 10 s
UTC = AC 6800 V, 10 s
B25355-J3254-K001
B25355-J3504-K001 90
B25355-J3105-K001
B25355-J3205-K001
B25355-L3405-K001
B25355-L3635-K001
B25355-L3805-K001
B25355-L3106-K001
B25355-L3166-K001
UTT = DC 9500 V, 10 s
B25355-G6205-K001
B25355-G6405-K001 92
1) Capacitance tolerance ± 10 %
2) 1-pole capacitor.
No insulated voltage and test voltage between terminal/case needed.
74
Siemens Matsushita Components
B 25 355
Smoothing, Supporting, Discharge
Dimensional drawing 1a/1b
Screw terminals M12
Type with mounting bolt
Dimensional drawing 2a/2b
Screw terminals M12
Type without mounting bolt
M12
41_ 6
Hex nut
M12 ISO 4035
Washer
13 DIN 433
l1
_2
11,5 +1
ø8,4
265 min.
325 _ 4
ø116,2 _ 0,6
38,5±2
121,6 _ 1,5
121,6 _ 1,5
M12
1,5
135 min.
ø116,2 _ 0,6
16+1
176 _ 4
~5
~5
l2
l1
Hex nut
M12 ISO 4035
Washer
13 DIN 433
l2
37 _ 4
M12
26 min.
26 min.
50
KLK1420-N
Dimensions in mm
Fig.
I1
I2
Creepage distance
Clearance
Max. torque terminals*)
50
KLK1421-W
Dimensions in mm
1a
72 –6
18 min.
18 mm
18 mm
10 Nm
1b
90 –6
36 min.
36 mm
26 mm
10 Nm
Fig.
I1
I2
Creepage distance
Clearance
Max. torque terminals*)
2a
76 –8
18 min.
18 mm
18 mm
10 Nm
2b
94 –8
36 min.
36 mm
26 mm
10 Nm
*) The terminal torque must not act upon the ceramic. So the lead should be locked between two nuts.
Mounting parts (included in delivery)
Threaded bolt
M12
Max. torque
10 Nm
Siemens Matsushita Components
Toothed washer
J 12,5 DIN 6797
Hex nut
M12 ISO 4035
75
B 25 355
Smoothing, Supporting, Discharge
Dimensional drawing 4
Tab connectors 6,3 mm
28 max.
18 max.
15 min.
Dimensional drawing 3
Screw-clamping terminals
l
l
Tab connector
A 6,3 x 0,8
DIN 46 244
d
M12
16,5±0,5
d
16+1
l1
ød 1
Connecting washer
B5 DIN 46288
L
120˚
e
KLK0748-C
Dimensions in mm
d
KLK1422-5
Dimensions in mm
I –4 ∅ d1
Creepage Clearance
distance
99,3 –1,2 248 95,2 –0,4 12,7
9,6
121,6 –1,5 248 116,2–0,6 12,7
9,6
d +0,5
–0,2
I +1
–2
35
35
40
40
45
50
57
86
57
86
86
86
I1 +1 *) e ± 1 Creepage
distance
8
17
10
8
17
10
8
21
10
8
21
10
8
21
10
12
21
10
Clearance
L
5,7
5,7
9
9
9
9
*) 8 mm = threaded bolt M8
12 mm = threaded bolt M12
Mounting parts (included in delivery)
Threaded bolt
M8
M12
76
Max. torque
4 Nm
10 Nm
Toothed washer
J 8,2 DIN 6797
J 12,5 DIN 6797
Hex nut
M8 ISO 4035
M12 ISO 4035 (plastic
nut upon request)
Siemens Matsushita Components
B 25 355
Smoothing, Supporting, Discharge
28 min.
52,5 max.
Tab connector
A 6,3 x 0,8
DIN 46 244
Tab connector
A 6,3 x 0,8
DIN 46 244
l
l
44,5 max.
Dimensional drawing 6
Tab connectors 6,3 mm
20 min.
Dimensional drawing 5
Tab connectors 6,3 mm
ød 1
16+1
16+1
ød 1
M12
d
d
M12
15 min.
35±2
19±2
Dimensions in mm
d –1,2
I –4
64,2
79,2
79,2
89,3
89,3
99,3
99,3
104
104
176
104
176
104
176
KLK1424-L
KLK1423-D
Dimensions in mm
∅ d1 –0,4 Creepage Clearance
distance
60,2
75,2
75,2
85,2
20
15
85,2
95,2
95,2
d –1,2
I –4
79,2
99,3
176
176
∅ d1 –0,4 Creepage Clearance
distance
75,2
28
26
95,2
28
26
Mounting parts (included in delivery)
Threaded bolt
M12
Max. torque
10 Nm
Siemens Matsushita Components
Toothed washer
J 12,5 DIN 6797
Hex nut
M12 ISO 4035
77
B 25 355
Smoothing, Supporting, Discharge
Ordering code: B25355-C6337-K005
18 max.
15 min.
330 µF / 600 Vdc
750 V
900 V
23 kA
33 kA
70 V/µs
100 V/µs
M12
16,5±0,5
Maximum ratings
û
us
î
Is
(du/dt)max
(du/dt)s
ø95,2 _ 0,4
16+1
330 µF ± 10 %
DC 600 V
DC 750 V
AC 530 V
60 Ws
40 A
240 nH
50 · 10 –4
2,9 mΩ
99,3 _ 1,2
CN, tol.
UN(co)
UN(sto)
Ui
WN
Imax
Lself
tan δ0
RS
248 _ 4
Characteristics
Connecting washer
B5 DIN 46288
120˚
KLK1445-9
Test data
UTT
DC 900 V, 10 s
UTC
AC 2100 V, 10 s
Ris · C
≥ 3000 s
tan δ (120 Hz) ≤ 62 · 10 –4
Climatic data
Θmin
Θmax
Humidity
αFQ(co)
αFQ(sto)
tLD(co)
tLD(sto)
Θstg
– 40 °C
+ 70 °C
Average relative humidity ≤ 75 %
300/109 h
3000/109 h
100000 h
10000 h
– 55 to + 70 °C
IEC climatic category: 40/070/56
(IEC 68-1 and 2)
Θ test
Rel. humidity
ttest
∆C /C
∆ tan δ
Ris · C
78
+ 40 °C
93 %
56 days
≤1%
≤ 10 · 10 –4
≥ 1000 s
Design data
Dimensions ∅ × l
Approx. weight
Impregnation
99,3 mm × 248 mm
2300 g
Oil
Fixing
Mounting hole
Max. torque
Threaded bolt M12
14 mm
10 Nm
Terminals
Terminal
cross section
Screw clamps
Creepage distance
Clearance
12,7 mm
9,6 mm
6,0 mm2
Overpressure disconnector
Siemens Matsushita Components
B 25 355
Smoothing, Supporting, Discharge
Thermal data
B25355-C6337-K005
Dielectric power dissipation PD
versus repetition frequency f0
ûac = 60 V
ûac = 54 V
Ohmic power dissipation PR
versus rms current value I
RS (70 °C) = 3,6 mΩ
Permissible ambient temperature ΘA
versus total power dissipation P
(Upright mounting position)
Natural cooling
Forced cooling 2 m/s
Permissible capacitor
temperature
Siemens Matsushita Components
79
B 25 355
Smoothing, Supporting, Discharge
470 µF / 750 Vdc
M12
Ordering code: B25355-L7477-K004
41_ 6
38,5±2
1,5
ø116,2 _ 0,6
121,6 _ 1,5
940 V
1100 V
38 kA
52 kA
80 V/µs
110 V/µs
_2
11,5 +1
265 min.
ø8,4
Maximum ratings
û
us
î
Is
(du/dt)max
(du/dt)s
Hex nut
M12 ISO 4035
Washer
13 DIN 433
76 _ 8
470 µF ± 10 %
DC 750 V
DC 940 V
AC 670 V
130 Ws
100 A
200 nH
50 · 10 –4
1,6 mΩ
18 min.
~5
CN, tol.
UN(co)
UN(sto)
Ui
WN
Imax
Lself
tan δ0
RS
325 _ 4
Characteristics
Test data
UTT
DC 1150 V, 10 s
UTC
AC 2400 V, 10 s
Ris · C
≥ 5000 s
tan δ (120 Hz) ≤ 60 · 10 –4
26 min.
50
KLK1446-H
Climatic data
Θmin
Θmax
Humidity
αFQ(co)
αFQ(sto)
tLD(co)
tLD(sto)
Θstg
– 40 °C
+ 70 °C
Average relative humidity ≤ 95 %
300/109 h
3000/109 h
100000 h
10000 h
– 55 to + 85 °C
IEC climatic category: 40/070/56
(IEC 68-1 and 2)
Θ test
Rel. humidity
ttest
∆C /C
∆ tan δ
Ris · C
80
+ 40 °C
93 %
56 days
≤1%
≤ 10 · 10 –4
≥ 5000 s
Design data
Dimensions ∅ × l
Approx. weight
Impregnation
121,6 mm × 325 mm
4500 g
Oil
Terminals
Max. torque
Terminal
cross section
Screw terminals M12
10 Nm
Creepage distance
Clearance
18 mm
18 mm
16 mm2
Overpressure disconnector
Siemens Matsushita Components
B 25 355
Smoothing, Supporting, Discharge
Thermal data
B25355-L7477-K004
Dielectric power dissipation PD
versus repetition frequency f0
ûac = 75 V
ûac = 68 V
Ohmic power dissipation PR
versus rms current value I
RS (70 °C) = 1,9 mΩ
Permissible ambient temperature ΘA
versus total power dissipation P
(Upright mounting position)
Natural cooling
Forced cooling 2 m/s
Permissible capacitor
temperature
Siemens Matsushita Components
81
B 25 355
Smoothing, Supporting, Discharge
300 µF / 1200 Vdc
M12
Ordering code: B25355-L0307-K004
41_ 6
38,5±2
1,5
ø116,2 _ 0,6
121,6 _ 1,5
1500 V
1800 V
40 kA
75 kA
100 V/µs
250 V/µs
_2
11,5 +1
265 min.
ø8,4
Maximum ratings
û
us
î
Is
(du/dt)max
(du/dt)s
Hex nut
M12 ISO 4035
Washer
13 DIN 433
76 _ 8
300 µF ± 10 %
DC 1200 V
DC 1500 V
AC 1100 V
215 Ws
100 A
200 nH
50 · 10 –4
1,9 mΩ
18 min.
~5
CN, tol.
UN(co)
UN(sto)
Ui
WN
Imax
Lself
tan δ0
RS
325 _ 4
Characteristics
Test data
UTT
DC 1800 V, 10 s
UTC
AC 3200 V, 10 s
Ris · C
≥ 5000 s
tan δ (120 Hz) ≤ 59 · 10 –4
26 min.
50
KLK1446-H
Climatic data
Θmin
Θmax
Humidity
αFQ(co)
αFQ(sto)
tLD(co)
tLD(sto)
Θstg
– 40 °C
+ 70 °C
Average relative humidity ≤ 95 %
300/109 h
3000/109 h
100000 h
10000 h
– 55 to + 85 °C
IEC climatic category: 40/070/56
(IEC 68-1 and 2)
Θ test
Rel. humidity
ttest
∆C /C
∆ tan δ
Ris · C
82
+ 40 °C
93 %
56 days
≤1%
≤ 10 · 10 –4
≥ 5000 s
Design data
Dimensions ∅ × l
Approx. weight
Impregnation
121,6 mm × 325 mm
4500 g
Oil
Terminals
Max. torque
Terminal
cross section
Screw terminals M12
10 Nm
Creepage distance
Clearance
18 mm
18 mm
16 mm2
Overpressure disconnector
Siemens Matsushita Components
B 25 355
Smoothing, Supporting, Discharge
Thermal data
B25355-L0307-K004
Dielectric power dissipation PD
versus repetition frequency f0
ûac = 120 V
ûac = 108 V
Ohmic power dissipation PR
versus rms current value I
RS (70 °C) = 2,3 mΩ
Permissible ambient temperature ΘA
versus total power dissipation P
(Upright mounting position)
Natural cooling
Forced cooling 2 m/s
Permissible capacitor
temperature
Siemens Matsushita Components
83
B 25 355
Smoothing, Supporting, Discharge
CN, tol.
UN(co)
UN(sto)
Ui
Imax
Lself
tan δ0
RS
40 µF ± 10 %
DC 1600 V
DC 2000 V
AC 1450 V
20 A
180 nH
50 · 10 –4
8,3 mΩ
44,5 max.
Tab connector
A 6,3 x 0,8
DIN 46 244
176 _ 4
Characteristics
ø75,2 _ 0,4
16+1
Ordering code: B25355-L1406-K001
20 min.
40 µF / 1600 Vdc
M12
û
us
î
Is
(du/dt)max
(du/dt)s
2000 V
2400 V
4 kA
10 kA
100 V/µs
250 V/µs
79,2 _ 1,4
Maximum ratings
Test data
UTT
DC 2400 V, 10 s
UTC
AC 3900 V, 10 s
Ris · C
≥ 5000 s
tan δ (120 Hz) ≤ 57 · 10 –4
15 min.
35±2
KLK1448-Y
Climatic data
Θmin
Θmax
Humidity
αFQ(co)
αFQ(sto)
tLD(co)
tLD(sto)
Θstg
– 40 °C
+ 70 °C
Average relative humidity ≤ 95 %
300/109 h
3000/109 h
100000 h
10000 h
– 55 to + 85 °C
IEC climatic category: 40/070/56
(IEC 68-1 and 2)
Θ test
Rel. humidity
ttest
∆C /C
∆ tan δ
Ris · C
84
+ 40 °C
93 %
56 days
≤1%
≤ 10 · 10 –4
≥ 5000 s
Design data
Dimensions ∅ × l
Approx. weight
Impregnation
79,2 mm × 176 mm
1000 g
Oil
Fixing
Mounting hole
Max. torque
Threaded bolt M12
14 mm
10 Nm
Terminals
Terminal
cross section
Tab connector 6,3 mm
Creepage distance
Clearance
20 mm
15 mm
4 mm2
Overpressure disconnector
Siemens Matsushita Components
B 25 355
Smoothing, Supporting, Discharge
Thermal data
B25355-L1406-K001
Dielectric power dissipation PD
versus repetition frequency f0
ûac = 160 V
ûac = 144 V
Ohmic power dissipation PR
versus rms current value I
RS (70 °C) = 9,9 mΩ
Permissible ambient temperature ΘA
versus total power dissipation P
(Upright mounting position)
Natural cooling
Forced cooling 2 m/s
Permissible capacitor
temperature
Siemens Matsushita Components
85
B 25 355
Smoothing, Supporting, Discharge
CN, tol.
UN(co)
UN(sto)
Ui
Imax
Lself
tan δ0
RS
20 µF ± 10 %
DC 2000 V
DC 2500 V
AC 1800 V
20 A
110 nH
50 · 10 –4
3,8 mΩ
44,5 max.
Tab connector
A 6,3 x 0,8
DIN 46 244
104 _ 4
Characteristics
ø95,2 _ 0,4
16+1
Ordering code: B25355-L2206-K001
20 min.
20 µF / 2000 Vdc
M12
û
us
î
Is
(du/dt)max
(du/dt)s
2500 V
3000 V
6 kA
15 kA
300 V/µs
750 V/µs
99,3 _ 1,4
Maximum ratings
Test data
15 min.
UTT
DC 3000 V, 10 s
UTC
AC 4600 V, 10 s
Ris · C
≥ 5000 s
tan δ (120 Hz) ≤ 55 · 10 –4
35±2
KLK1451-I
Climatic data
Θmin
Θmax
Humidity
αFQ(co)
αFQ(sto)
tLD(co)
tLD(sto)
Θstg
– 40 °C
+ 70 °C
Average relative humidity ≤ 95 %
300/109 h
3000/109 h
100000 h
10000 h
– 55 to + 85 °C
IEC climatic category: 40/070/56
(IEC 68-1 and 2)
Θ test
Rel. humidity
ttest
∆C /C
∆ tan δ
Ris · C
86
+ 40 °C
93 %
56 days
≤1%
≤ 10 · 10 –4
≥ 5000 s
Design data
Dimensions ∅ × l
Approx. weight
Impregnation
99,3 mm × 104 mm
950 g
Oil
Fixing
Mounting hole
Max. torque
Threaded bolt M12
14 mm
10 Nm
Terminals
Terminal
cross section
Tab connector 6,3 mm
Creepage distance
Clearance
20 mm
15 mm
4 mm2
Overpressure disconnector
Siemens Matsushita Components
B 25 355
Smoothing, Supporting, Discharge
Thermal data
B25355-L2206-K001
Dielectric power dissipation PD
versus repetition frequency f0
ûac = 200 V
ûac = 180 V
Ohmic power dissipation PR
versus rms current value I
RS (70 °C) = 4,5 mΩ
Permissible ambient temperature ΘA
versus total power dissipation P
(Upright mounting position)
Natural cooling
Forced cooling 2 m/s
Permissible capacitor
temperature
Siemens Matsushita Components
87
B 25 355
Smoothing, Supporting, Discharge
32 µF / 2800 Vdc
M12
3500 V
4200 V
7 kA
18 kA
220 V/µs
550 V/µs
16+1
ø116,2 _ 0,6
M12
121,6 _ 1,5
Maximum ratings
û
us
î
Is
(du/dt)max
(du/dt)s
Hex nut
M12 ISO 4035
Washer
13 DIN 433
90 _ 6
32 µF ± 10 %
DC 2800 V
DC 3500 V
AC 2500 V
125 Ws
60 A
220 nH
50 · 10 –4
5,4 mΩ
36 min.
135 min.
~5
CN, tol.
UN(co)
UN(sto)
Ui
WN
Imax
Lself
tan δ0
RS
176 _ 4
Characteristics
37 _ 4
Ordering code: B25355-L2326-K004
Test data
26 min.
UTT
DC 4200 V, 10 s
UTC
AC 6000 V, 10 s
Ris · C
≥ 5000 s
tan δ (120 Hz) ≤ 56 · 10 –4
50
KLK1449-7
Climatic data
Θmin
Θmax
Humidity
αFQ(co)
αFQ(sto)
tLD(co)
tLD(sto)
Θstg
– 40 °C
+ 70 °C
Average relative humidity ≤ 95 %
300/109 h
3000/109 h
100000 h
10000 h
– 55 to + 85 °C
IEC climatic category: 40/070/56
(IEC 68-1 and 2)
Θ test
Rel. humidity
ttest
∆C /C
∆ tan δ
Ris · C
88
+ 40 °C
93 %
56 days
≤1%
≤ 10 · 10 –4
≥ 5000 s
Design data
Dimensions ∅ × l
Approx. weight
Impregnation
121,6 mm × 176 mm
2500 g
Oil
Fixing
Mounting hole
Max. torque
Threaded bolt M12
14 mm
10 Nm
Terminals
Max. torque
Terminal
cross section
Screw terminals M12
10 Nm
Creepage distance
Clearance
36 mm
26 mm
16 mm2
Overpressure disconnector
Siemens Matsushita Components
B 25 355
Smoothing, Supporting, Discharge
Thermal data
B25355-L2326-K004
Dielectric power dissipation PD
versus repetition frequency f0
ûac = 280 V
ûac = 252 V
Ohmic power dissipation PR
versus rms current value I
RS (70 °C) = 6,6 mΩ
Permissible ambient temperature ΘA
versus total power dissipation P
(Upright mounting position)
Natural cooling
Forced cooling 2 m/s
Permissible capacitor
temperature
Siemens Matsushita Components
89
B 25 355
Smoothing, Supporting, Discharge
28 max.
0,5 µF / 3200 Vdc
Ordering code: B25355-J3504-K001
Tab connector
A 6,3 x 0,8
DIN 46 244
Characteristics
_2
57 +1
0,5 µF ± 10 %
DC 3200 V
DC 4000 V
AC 2900 V
16 A
70 nH
50 · 10 –4
16 mΩ
8+1
CN, tol.
UN(co)
UN(sto)
Ui
Imax
Lself
tan δ0
RS
û
us
î
Is
(du/dt)max
(du/dt)s
_ 0,2
40 +0,5
Maximum ratings
M8
4000 V
4800 V
500 A
1200 A
1000 V/µs
2500 V/µs
9 min.
21±1
KLK1447-Q
Test data
UTT
UTC
Ris
tan δ (1 kHz)
DC 4800 V, 10 s
AC 6800 V, 10 s
≥ 5000 MΩ
≤ 100 · 10 –4
Climatic data
Θmin
Θmax
Humidity
αFQ(co)
αFQ(sto)
tLD(co)
tLD(sto)
Θstg
– 40 °C
+ 70 °C
Average relative humidity ≤ 95 %
300/109 h
3000/109 h
100000 h
10000 h
– 55 to + 85 °C
IEC climatic category: 40/070/56
(IEC 68-1 and 2)
Θ test
Rel. humidity
ttest
∆C /C
∆ tan δ
Ris
90
+ 40 °C
93 %
56 days
≤1%
≤ 10 · 10 –4
≥ 5000 MΩ
Design data
Dimensions ∅ × l
Approx. weight
Impregnation
40 mm × 57 mm
90 g
Oil
Fixing
Mounting hole
Max. torque
Threaded bolt M8
9,5 mm
4 Nm
Terminals
Terminal
cross section
Tab connector 6,3 mm
Creepage distance
Clearance
10,0 mm
9,0 mm
1,5 mm2
Overpressure disconnector
Siemens Matsushita Components
B 25 355
Smoothing, Supporting, Discharge
Thermal data
B25355-J3504-K001
Dielectric power dissipation PD
versus repetition frequency f0
ûac = 320 V
ûac = 288 V
Ohmic power dissipation PR
versus rms current value I
RS (70 °C) = 19 mΩ
Permissible ambient temperature ΘA
versus total power dissipation P
(Upright mounting position)
Natural cooling
Forced cooling 2 m/s
Permissible capacitor
temperature
Siemens Matsushita Components
91
B 25 355
Smoothing, Supporting, Discharge
4 µF ± 10 %
DC 6300 V
DC 7900 V
20 A
180 nH
50 · 10 –4
10 mΩ
Maximum ratings
û
us
î
Is
(du/dt)max
(du/dt)s
7900 V
9500 V
4 kA
10 kA
1000 V/µs
2500 V/µs
Test data
52,5 max.
176 _ 4
CN, tol.
UN(co)
UN(sto)
Imax
Lself
tan δ0
RS
Tab connector
A 6,3 x 0,8
DIN 46 244
ø95,2 _ 0,4
16+1
Characteristics
M12
99,3 _ 1,2
Ordering code: B25355-G6405-K001
28 min.
4 µF / 6300 Vdc
UTT
DC 9500 V, 10 s
Ris · C
≥ 5000 s
tan δ (1 kHz) ≤ 100 · 10 –4
19±2
KLK1450-A
Climatic data
Θmin
Θmax
Humidity
αFQ(co)
αFQ(sto)
tLD(co)
tLD(sto)
Θstg
– 40 °C
+ 70 °C
Average relative humidity ≤ 95 %
300/109 h
3000/109 h
100000 h
10000 h
– 55 to + 85 °C
IEC climatic category: 40/070/56
(IEC 68-1 and 2)
Θ test
Rel. humidity
ttest
∆C /C
∆ tan δ
Ris · C
92
+ 40 °C
93 %
56 days
≤1%
≤ 10 · 10 –4
≥ 5000 s
Design data
Dimensions ∅ × l
Approx. weight
Impregnation
99,3 mm × 176 mm
1600 g
Oil
Fixing
Mounting hole
Max. torque
Threaded bolt M12
14 mm
10 Nm
Terminals
Terminal
cross section
Tab connector 6,3 mm
Creepage distance
Clearance
28 mm
26 mm
4 mm2
Overpressure disconnector
Siemens Matsushita Components
B 25 355
Smoothing, Supporting, Discharge
Thermal data
B25355-G6405-K001
Dielectric power dissipation PD
versus repetition frequency f0
ûac = 630 V
ûac = 567 V
Ohmic power dissipation PR
versus rms current value I
RS (70 °C) = 12 mΩ
Permissible ambient temperature ΘA
versus total power dissipation P
(Upright mounting position)
Natural cooling
Forced cooling 2 m/s
Permissible capacitor
temperature
Siemens Matsushita Components
93