DCMKP 3.63/1.5 mF/2

DCMKP 3.63/1.5 mF/2
Vishay ESTA
ESTAdry DC-Capacitor
NOMINAL RATINGS
TECHNOLOGY
Capacitance/tolerance
CN
1500 μF
Rated DC voltage
UNDC
3630 V
±3 %
Dielectric
Polypropylene; metallized selfhealing
Filling material
N2; resin; dry
OVER VOLTAGES ACCORDING TO STANDARD
BUSHINGS
D-283
1.1 x UN
U1
3993 V (30 % of the
working time)
Amount
8
1.15 x UN
U2
4175 V (30 min/day)
Creepage distance
96 mm
1.2 x UN
U3
4356 V (5 min/day)
Terminal
M16
1.3 x UN
U4
4719 V (1 min/day)
Maximal torque
25 Nm
1.5 x UN
U6
5445 V (30 ms;
max. 1000 x per LT)
Height
83 mm
Flash over distance T/C 51 mm
MECHANICAL DATA
CHARACTERISTICS
Maximum current
Imax.
420 ARMS (1)
Maximum peak current
Î
20 kA
Maximum surge current
ÎS
285 kA; 100 x per LT
Series resistance
RS
< 0.5 m
Thermal resistance
Rth
0.3 K/W
(hotspot-ambient)
Tangent of the loss angle
tan 0
2 x 10-4
Self inductance
LS
< 30 nH
Terminal/terminal
UT/T
5455 VDC, 10 s
Terminal/casing
UT/C
14 500 VAC, 10 s
ROUTINE TEST
Dimensions
800 mm x 170 mm x 315 mm
Drawing
07-B-1134
Weight
56 kg
Casing material
Stainless steel, antimagnetic
Painting
RAL 7033
Mounting position
Every position
LIFE EXPECTANCY
> 200 000 h at 65 °C
FAILURE RATE
< 200 FIT
STANDARD
OPERATING TEMPERATURE
Minimum temperature
min.
0 °C
Maximum temperature
max.
+ 65 °C
Maximum hotspot temp.
hs
+ 85 °C (1)
IEC 61071-2007-1
IEC 61881-2007-1
SPECIFICATION
-
STORAGE TEMPERATURE
Minimum temperature
min.
- 45 °C
Maximum temperature
max.
+ 85 °C
REFERENCE
5192-31664-xx
Note
(1) Calculation of hospot temperature:
PD = URMS2 x 2f x CN x tan 0 + I2 x RS
hs = amb + Rth x PD
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For technical questions, contact: [email protected]
Document Number: 13128
Revision: 27-Jan-11
DCMKP 3.63/1.5 mF/2
ESTAdry DC-Capacitor
Vishay ESTA
DIMENSIONS
386 ± 3
71 ± 2
-
+
0
+
0
2
152
84
170 ± 2
Rating
plate
91
90 ± 1 90 ± 1
44 ± 1
Nm
18 ± 1
0
88 ± 1
-
Nm
35 ± 1
0
86 ± 1 84 ± 1
172 ± 2
57 ± 1
M8 x 25 (1 x)
torque 14 Nm 20 ± 1
86
95
870 ± 2
840 ± 2
250 ± 1
90
210 ± 2
80 ± 1
315 ± 2
800 ± 2
90
2 x 11 x 15
29
35 ± 1
0.5
Document Number: 13128
Revision: 27-Jan-11
Impregnating hole
For technical questions, contact: [email protected]
www.vishay.com
43