capacitors for power electronics - GvA Leistungselektronik GmbH

TABLE OF CONTENTS
4
GENERAL REMARKS 6
Introduction
DEFINITIONS AND SELECTION CRITERIA 8
Capacitance – Voltage Ratings – Test Voltage – Current –
Series Resistance – Self-Inductance – Resonance
Frequency – Clearance and Creepage – Humidity Classes –
Dielectric Dissipation Factor – Thermal Resistance –
Temperature Categories – Power Dissipation – Failure Rate
INTERNAL CONSTRUCTION 15
Dielectric – Impregnants
SAFETY IN OPERATION 16
Self-Healing Dielectric – Protection Against Accidental
Contact – Protection against Overload
MOUNTING AND OPERATING INSTRUCTIONS 18
Mounting Position – Mounting Location/Cooling – Vibration
Stress – Connection – Fixing Torque – Discharge – Earthing –
Environmental compatibility – Disposal
DIMENSIONAL DRAWINGS AND
TERMINAL DESIGNS 23
B2 24
C6 25
CR 26
CD 27
G1 28
D1/D2 29
D3 30
E1/E2 31
E4 32
CAPAGRIP K/L/M 33
N1/N5 34
N4 35
F 36
R2 37
H1 38
T1/T2 39
DATA CHARTS 41
E62.*** 420...5000V AC / 700...5000V DC 42
E62.*** 640...1700V AC 3 ph 50
E50.*** PK16 600...2600V DC 53
E50.U** SR17TM 1800... 2650V DC 56
E51.*** 2300...50000V DC 57
E53.*** H 500...1600V DC 58
E53.*** LI 280...2100V AC / 550...5000V DC 60
E63.*** 800...6300V DC 63
E56.*** 800...5000V DC 67
E59.*** ...10kV AC/...25kV DC 71
APPLICATION NOTES 73
AC Application 74
DC Application 77
AC Filter 80
ANNEX 85
PACKING DETAILS 91
CONVERSION CHARTS 92