Teseq NSG600 Interference Simulator System

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Teseq NSG600 Interference Simulator System

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This product has been discontinued.

View the Teseq NSG 3060 Transient Generator

The Schaffner NSG600 Interference Simulator System provides for the simulation of the most varied transient conditions which occur in AC and DC mains, but also has facilities to permit the application of transients without supply voltage. The system consists of a main frame and various plugin units which generate the specific disturbances.

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Specifications

System Supply	110/220 V (± 20%) 50/60 Hz switchable on main frame, connection via 6 A equipment plug
EUT Supply	15 to 264 VAC; 15 to 65 Hz/16A max; 65 to 500 Hz/6A max
	5 to 50 VDC/16A max
	Connection via 16A equipment plug
	Decoupled against generated transient pulses being fed onto the supply network
Test Supply Output	supply voltage with the selected interference superimposed via the mains socket (country specific) and safety banana plugs
HV Pulse Output	pulses without supply voltage: Fischer 5 kV coaxial socket (e.g. for data line coupling devices)
Remote Control	RS 232-C interface with supply for opto-link: Cannon 25 pol
Plug-in Outfit	1 to 4 pieces

Plug-in Units Specifications:

NSG 603 - AC/DC Line Dropout and Variation Simulator Plug-in:

Dropout, Sag and Swell Simulations
Power to a device being tested can be either fully interrupted or made to deviate from the normal value
Connection for future expansion to 3 phase dropouts using NSG633

VinREF	1 to 255 V
VvarREF	1 to 255 V
Tevent	20 µs to 130 s
Trep (asynchronous)	40 µs to 130 s
Trep (synchronous)	1 HW to 65535 HW (half cycles)
Tphase (only with synch mode)	0 ms to 170 ms

NSG 622 - Fast Pulse Simulator Plug-in:

Pulse Data	amplitude unloaded ±50 to 2500 V, in steps of 20 V
Rise Time	Unloaded 0.1/0.3/1/3 µs ±20%; Loaded with 50Ω: approx 70% of unloaded value
Internal Impedance	50Ω µ10%
Coupling	Single phase sym. P/N; asym. P + N/E; asym. P + N + E/HF-earth; unsym. P or N or E/HF-earth
Coupling	Mains decoupling incorporated
Repetition: According to pulse duration	0.1 µs: 15 ms to 99 s
	0.3 µs: 30 ms to 99 s
	1 µs: 100 ms to 99 s
	3 µs: 200 ms to 99 s
	Externally via BNC input or via single pulse key on main frame
Phase Angle	Synchronous, delay adjustable from 100 µs to 99 ms with reference of 0°; Asynchronous (free running)

NSG 623 - Combination Wave Surge Generator Plug-in:

Combination wave generator conforming to IEC 801-5 (level 3)
Symmetrical up to 1.5 kV / 750 A
Asymmetrical up to 3 kV
Integral coupling into the mains

Pulse amplitude	50 to 1500 V, sym., Zi = 2 and 12Ω
	200 to 3000 V, sym., Zi = 12Ω
	200 to 3000 V, asym., Zi = 50Ω
	200 to 3000 V, Pulse Output, Zi = 42Ω
Polarity	+ or - selectable
Open Circuit Data (Zi = 2Ω)
	Rise time:	1.2 µs
	Pulse width:	50 µs
Short Circuit Data (Zi = 2Ω)	Rise time:	8 µs
	Pulse width:	20 µs
Pulse Repetition	10 to 640 s
Preset Counter	0 to 64000 pulses
Phase Relation	Synchronous ( 0-360 deg) or Asynchronous (free running)
Coupling Network: Internal (Single Phase)
	Symmetric, floating: L1 > L2
	Asymmetric: L1/L2 > E
	Asymmetric: L1+L2 > E
Input	EUT Supply:	0 to 264 VAC / 16 A max
	External Trigger / Gate
	EUT-fail, to stop simulation in the event of EUT failure
Outputs	EUT connection with pulse superimposition
	Pulse Output, coaxial
	Safety interlock
	Trigger output EVENT, BNC
	Trigger output REFERENCE, BNC

NSG 625 - Fast Transient Simulator Burst Generator Plug-in:

Exceeds IEC 801-4, VDE 0843-T4, etc.

Pulse Amplitude U	200V to 4400V (no load); 100V to 2200V (into 50Ω); adjustable in steps of 20V
Polarity	selectable, positive or negative
Rise Time t_r>	5 ns ±30% (50Ω, 10 - 90%)
Single pulse width t_p	50 ns ±30% (50Ω, at 50%, 500 - 4000V)
Burst Frequency f Burst	for pulse amplitudes < 2000V, 0.1 to 10 kHz ±1%; For pulse amplitudes > 2000V, 0.1 to 5 kHz ±1%
Burst Duration t Burst	0.1 to 20 ms ±2% and single pulses
Burst Repetition t Rep	0.1 to 99 s ±2% (asynchronous); 5 to 64,000 half-waves (mains-synchronous)
Phasing	Synchronous: delay adjustable from 0° over the range 0 to 99 ms; Asynchronous: free-running
Source Impedance	50Ω ±20% (dynamic)
Coupling	Via single-phase mains coupler in the NSG600; Non-symmetric coupling on L1 or L2 or E as per IEC 801-4; Asymmetric on L1 and L2 to E or, L1 and L2 and E to HF-earth
Coupling	Direct pulse output for external coupling devices