Teseq CDN 110 Single Phase Coupling Network

Teseq CDN 110 Single Phase Coupling Network
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Teseq (Schaffner) CDN110
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Datasheet
The Schaffner CDN 110 Coupling Network is an add-on for the Schaffner High Energy Pulse Generator NSG 650 to enable instrument and system tests to be carried out. The pulses generated can thus be coupled into the mains supplies to the instruments, systems and installations under test. These types of test are described in the test recommendations by the IEC 801-5, ANSI-IEEE C62 .41, IEEE 587, VDE 0109 and in many national standards. Surge and ring wave pulses of up to 4 kV are required depending on the class of the test performed. The Schaffner CDN 110 permits test pulses of up to 7 kV. The permissible EUT supply voltage of up to 420 Vac covers all the requirements from the mains feed point of view. A clearly labeled connector field enables any of the symmetric and asymmetric modes of coupling to be selected.
 
Teseq (Schaffner) CDN110 Features
  • Coupling network for the High Energy Pulse Generator NSG650
  • For instrument and system tests
  • Conforms to IEC 801-5, ANSI-IEEE C62.41, etc.
  • EUT voltage up to 420 Vac, rms.
  • EUT current up to 16 A
Teseq (Schaffner) CDN110 Specs
EUT supply Single-phase
Voltage, 50/60Hz 24 to 420 Vac
Current 16 A max. continuous
Overload capability (at 23 °C)
150 % for 20 s
200 % for 8 s
500 % for 0 .9 s
1000 %for 0.1 s
Voltage drop at 16 A 5%
Decoupling attenuation
EUT to mains: Residual pulse on the mains: 10 % or max. 2 x Vpk of the EUT supply
Crosstalk attenuation: Residual pulse on non-disturbed line: 15 % or max . 300 V
Standard-conforming pulse coupling: 1.2/50 µs up to 6 kV 8/20 µs up to 3 kA
Coupling
Coupling capacitors: 18 µF or 9 µF (depending on coupling mode)
Decoupling capacitors: 9 µF
Decoupling inductors: 1 .5 mH (without magnetic coupling)
Coupling modes Symmetric: L1 > L2
Asymmetric: L1+L2 > E
L1 > E
L2 > E
Non-disturbed line can be set for high or low HF impedance to earth.