FP-COMB 63 / 125 / 200 A - 690 V AC Coupling / Decoupling Networks
FP-COMB 63 / 125 / 200 A - 1500 V DC Coupling / Decoupling Networks
FP-COMB 63 / 125 / 200 A - 690 V AC + 1500 V DC Test Networks
FP-COMB 63 / 125 / 200 A - 690 V AC + 1500 V DC Test Networks (Duplicate)
PCD 126A - 6.6 kV Surge and Ring-Wave Coupling Network
DEC 5 - 6.6 kV Decoupling Network for Symmetrical Lines
DEC 6 - 6.6 kV Decoupling Network for Symmetrical Lines
DEC 7 - 6.6 kV Decoupling Network for Asymmetrical Lines
IPG 612T: 6kV RING-WAVE GENERATOR
CDN 5404, 4 line, Ringwave, Coupling Decoupling Network
RW-CE7: 7kV Ringwave, 5µs 100 kHz
Products
Axos 8 - Compact 7kV Surge, Telecom, Ring Wave, 5kV EFT, Dips/Drops
Axos 8 - Compact
- Multi Tester with 16AMP CDN
- EFT/Burst 5kV IEC 61000-4-4
- Surge, Combination Wave 7kV IEC 61000-4-5
- Surge Magnetic field IEC 61000-4-9 (MSURGE-A loop antenna required)
- Ring Wave, 7kV IEC 61000-4-12 & ANSI
- Telicomm Wave, 7kV IEC 61000-4-5 & ITU
- AC Dips/Drops IEC 61000-4-11 (DIP 116 dips transformer required)
- DC Dips/Drops IEC 61000-4-29 (2x DC supplies required)
FP-COMB 63 / 125 / 200 A - 690 V AC Coupling / Decoupling Networks
Automated transient testing for single- and three-phase AC power lines.
The Haefely FP-COMB /690-1 family combines surge, ring-wave and EFT/burst coupling and decoupling in one AXOS-controlled network. Choose 63, 125 or 200 A for AC-powered equipment up to 690 V. Limited DC operation is also specified: 110 V DC for the 63 A model and 200 V DC for the 125 A and 200 A models.
63 / 125 / 200 A | 7 kV surge and ring wave | 5 kV EFT/burst
FP-COMB 63 / 125 / 200 A - 1500 V DC Coupling / Decoupling Networks
High-voltage DC transient testing with a path to AC capability.
The Haefely FP-COMB /1500-1 family couples surge combination wave, ring wave and EFT/burst disturbances onto DC power circuits up to 1500 V. Select a 63, 125 or 200 A network to match the EUT. Add the AC option when your test program also needs single- or three-phase AC coverage.
63 / 125 / 200 A | 7 kV surge and ring wave | 5 kV EFT/burst
FP-COMB 63 / 125 / 200 A - 690 V AC + 1500 V DC Test Networks
One configured network for 690 V AC applications and high-voltage DC testing.
Specify the Haefely FP-COMB /1500-1 with its AC option for both AC and DC test programs. The combined configuration supports 1500 V DC and AC operation up to 1000 Vrms, including commonly specified 690 V AC systems. Choose 63, 125 or 200 A; retain the DC capability while adding the AC coupling and synchronization functions.
63 / 125 / 200 A | 7 kV surge and ring wave | 5 kV EFT/burst
FP-COMB 63 / 125 / 200 A - 690 V AC + 1500 V DC Test Networks (Duplicate)
One configured network for 690 V AC applications and high-voltage DC testing.
Specify the Haefely FP-COMB /1500-1 with its AC option for both AC and DC test programs. The combined configuration supports 1500 V DC and AC operation up to 1000 Vrms, including commonly specified 690 V AC systems. Choose 63, 125 or 200 A; retain the DC capability while adding the AC coupling and synchronization functions.
63 / 125 / 200 A | 7 kV surge and ring wave | 5 kV EFT/burst
PCD 126A - 6.6 kV Surge and Ring-Wave Coupling Network
Surge coupling for unbalanced lines, plus ring-wave coupling for balanced and unbalanced lines.
The Haefely PCD 126A couples combination-wave surge and 100 kHz ring-wave disturbances onto up to four unshielded data or control wires at 6.6 kV peak. Combination-wave testing is for asymmetrical lines; ring-wave testing supports both symmetrical and asymmetrical lines. Coupling elements and paths are selected manually, with decoupling supplied separately.
DEC 5 - 6.6 kV Decoupling Network for Symmetrical Lines
20 mH current-compensated inductors for symmetrical signal-line testing.
The Haefely DEC 5 separates auxiliary equipment from an EUT during transient immunity testing on unshielded symmetrical lines. It supports up to four wires and impulses up to 6.6 kV, using 20 mh current-compensated inductors; two inductors with two coils each. Coupling is performed by a separate network, allowing protection and decoupling to match the signal circuit.
DEC 6 - 6.6 kV Decoupling Network for Symmetrical Lines
200 ohm resistors for symmetrical signal-line testing.
The Haefely DEC 6 separates auxiliary equipment from an EUT during transient immunity testing on unshielded symmetrical lines. It supports up to four wires and impulses up to 6.6 kV, using 200 ohm resistors. Coupling is performed by a separate network, allowing protection and decoupling to match the signal circuit.
DEC 7 - 6.6 kV Decoupling Network for Asymmetrical Lines
20 mH inductors, not current-compensated for asymmetrical signal-line testing.
The Haefely DEC 7 separates auxiliary equipment from an EUT during transient immunity testing on unshielded asymmetrical lines. It supports up to four wires and impulses up to 6.6 kV, using 20 mh inductors, not current-compensated. Coupling is performed by a separate network, allowing protection and decoupling to match the signal circuit.
IPG 612T: 6kV RING-WAVE GENERATOR
IPG 612T RING-WAVE GENERATOR is a High-voltage pulse generator producing Ring Wave 0.5 µs / 100 kHz acc. to IEC 61000-4-12. The output peak voltage can be preset continuously from 0.2 - 6 kV. Rise time 0.5µs to the first peak, ringing frequency 100 kHz. The picture is shown with PA 503 Option.
CDN 5404, 4 line, Ringwave, Coupling Decoupling Network
The capacitive Coupling-/Decoupling Network CDN 5404 is used in combination with the IPG2554 and allows superimposition of damped oscillatory wave up to four I/O signal lines. For eight data lines, two devices can be used.
RW-CE7: 7kV Ringwave, 5µs 100 kHz
High-voltage pulse generator producing Ring Wave 0.5 µs / 100 kHz acc. to IEEE 587. The output peak voltage can be preset continuously from 0.2 - 7 kV. Rise time 0.5µs to the first peak, ringing frequency 100 kHz. A built-in voltage divider allows the monitoring of the output voltage waveform. The generator comprises an electronically regulated high-voltage power supply, an energy storage capacitor, a high-voltage/high-current switch, a pulse forming network and control- and monitoring unit. Moreover, the generator includes a Coupling-/Decoupling Network (CDN) for single-phase power supply lines.
