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ART. NO.
Description
Current [A]
Power [P]
Voltage [V]
ASR-6450

Description
ASR-6450 High-performance AC/DC power source, 4.5 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
Current [A]
45
Power [P]
4500
Voltage [V]
350
ASR-6450
ASR-6450 High-performance AC/DC power source, 4.5 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
45
4500
350
AC Source (1/3-ph)

Technical Data

Type of AC source

Grid simulator

Single-/Three-phase

ASR-6600

Description
ASR-6600 High-performance AC/DC power source, 6 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
Current [A]
60
Power [P]
6000
Voltage [V]
350
ASR-6600
ASR-6600 High-performance AC/DC power source, 6 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
60
6000
350
AC Source (1/3-ph)

Technical Data

Type of AC source

Grid simulator

Single-/Three-phase

ASR-6450-09

Description
ASR-6450-09 Rack-type AC/DC power source, 9 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
Current [A]
90
Power [P]
9000
Voltage [V]
350
ASR-6450-09
ASR-6450-09 Rack-type AC/DC power source, 9 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
90
9000
350
AC Source (1/3-ph)

Technical Data

Type of AC source

Grid simulator

Single-/Three-phase

ASR-6600-12

Description
ASR-6600-12 Rack-type AC/DC power source, 12 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
Current [A]
120
Power [P]
12000
Voltage [V]
350
ASR-6600-12
ASR-6600-12 Rack-type AC/DC power source, 12 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
120
12000
350
AC Source (1/3-ph)

Technical Data

Type of AC source

Grid simulator

Single-/Three-phase

ASR-6450-13.5

Description
ASR-6450-13.5 Rack-type AC/DC power source, 13.5 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
Current [A]
135
Power [P]
13500
Voltage [V]
350
ASR-6450-13.5
ASR-6450-13.5 Rack-type AC/DC power source, 13.5 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
135
13500
350
AC Source (1/3-ph)

Technical Data

Type of AC source

Grid simulator

Single-/Three-phase

ASR-6600-18

Description
ASR-6600-18 Rack-type AC/DC power source, 18 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
Current [A]
180
Power [P]
18000
Voltage [V]
350
ASR-6600-18
ASR-6600-18 Rack-type AC/DC power source, 18 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
180
18000
350
AC Source (1/3-ph)

Technical Data

Type of AC source

Grid simulator

Single-/Three-phase

ASR-6600-24

Description
ASR-6600-24 Rack-type AC/DC power source, 24 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
Current [A]
240
Power [P]
24000
Voltage [V]
350
ASR-6600-24
ASR-6600-24 Rack-type AC/DC power source, 24 kVA, AC 0–350 Vrms phase / 0–700 Vrms line, DC output
240
24000
350
AC Source (1/3-ph)

Technical Data

Type of AC source

Grid simulator

Single-/Three-phase

ASR-6000 Series: Programmable Multi-Phase AC/DC High-Power Sources for Industrial Grid Simulation and R&D

The ASR-6000 Series is a high-performance solution for precise simulation of complex AC and DC power networks in development, validation, and industrial quality assurance. With increasing demands driven by e-mobility, renewable energy, and modern power electronics, realistic replication of international grid conditions has become a critical success factor.

As a scalable AC/DC high-power system, the series combines high power density, flexible multi-phase configurations, and extensive waveform capabilities for demanding test applications in laboratories and automated test environments.

This enables reliable and reproducible validation of on-board chargers, DC-DC converters, PV inverters, industrial power supplies, and other power electronic components under real-world conditions.

Key Advantages

Scalable up to 24,000VA
Master-slave architecture allows flexible power expansion from 9,000VA to 24,000VA, ensuring long-term investment security for growing test requirements.
Up to 1000Vdc Output Voltage
In 1P3W mode, up to 700Vrms or 1000Vdc are available – ideal for high-voltage components in e-mobility and PV applications.
Remote Sensing up to 5%
Compensation of voltage drops across long cables ensures precise voltage levels directly at the DUT, even at high output currents.
253 Integrated ARB Waveforms
Additional standard waveforms such as sine, square, and triangle enable realistic simulation of complex grid disturbances and transients.
Multi-Phase Output Modes
One system supports 1P2W, 1P3W, and 3P4W, reducing the need for multiple individual devices in the lab or test field.
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Industrial Safety Concept
Front-side master and slave circuit breakers significantly increase operational safety in daily industrial use.

Typical Applications

The ASR-6000 Series is designed for demanding development and testing environments where international grid conditions, high-voltage scenarios, and dynamic supply situations must be realistically simulated.

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E-Mobility and Automotive

Testing of on-board chargers, DC-DC converters, and other HV components using 700Vrms and 1000Vdc capabilities.

Renewable Energy

Simulation of PV inverters and testing of grid-feedback systems under variable voltage and impedance conditions.

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Industrial Quality Assurance

Compliance testing, stress tests, and functional validation for high-performance switching power supplies and industrial converters.

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Grid Simulation

Simulation of voltage dips, frequency fluctuations, transients, and harmonic distortions for global grid scenarios.

Drive Components

Power supply and validation of power electronics for motor drives, converters, and industrial drive systems.

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R&D and Validation

Flexible signal and operating modes for research environments, application testing, and reproducible development validation.

Technical Key Data

Output Voltage AC 0 to 350Vrms standard, up to 700Vrms in 1P3W mode
Output Voltage DC 0 to 500Vdc standard, up to 1000Vdc in 1P3W mode
Apparent Power 9,000VA to 24,000VA
Max. Output Current up to 240A for model ASR-6600-24 in 1P2W mode
Frequency Range 40Hz to 999.9Hz
Safety Class EN 61010-1, pollution degree 2

Functional Concept and Operating Modes

The ASR-6000 Series is designed for maximum flexibility in development, test fields, and automation, supporting not only classic AC and DC operation but also advanced control and regulation functions.

Operating Modes AC, DC, and AC+DC
VCA Mode Used as a linear amplifier for precise scaling of external signals
Control Modes INT, EXT, ADD, and Sync for different integration and control concepts
Waveforms Sine, square, triangle, and 253 integrated ARB waveforms
Preset Management Setups can be stored for quick access to recurring test sequences
USB Function Export of setups and firmware updates via FAT32-compatible USB interface

Model Variants and Configurations

The ASR-6000 Series covers different power requirements in standardized rack formats, enabling precise selection for laboratory, development, and industrial test systems.

ASR-6450-09 9,000VA apparent power, 15U rack
ASR-6600-12 12,000VA apparent power, 15U rack
ASR-6450-13.5 13,500VA apparent power, parallel system
ASR-6600-18 18,000VA apparent power, 19U rack
ASR-6600-24 24,000VA apparent power, 23U rack
Output Modes 1P2W, 1P3W, and 3P4W

Integration and Automation

For automated test equipment, standard interfaces such as USB Type B, LAN, and RS232 are available, allowing seamless integration into laboratory software, test benches, and automated test processes.

Optional interface cards for GPIB (ASR-003), DeviceNet (ASR-004), and CAN-Bus (ASR-005) are available to support specific industrial bus systems.

The rear external control I/O connector additionally enables monitoring of sequence status signals and control via logic signals for complex ATE environments.

Safety and Operational Protection

The ASR-6000 Series is thermally optimized for continuous industrial operation and features configurable Irms and IPK limits to protect both the system and the DUT from overload damage.

Certification according to EN 61010-1 and the physical safety concept with front-side circuit breakers support safe operation even in demanding test environments.

Strategic Value

The ASR-6000 Series provides a future-proof platform for advanced grid simulation, high-voltage validation, and industrial power electronics testing.

With its modular system design, high output flexibility, and technical support from ET System electronic, users benefit not only from powerful hardware but also from expert guidance in designing complex test systems.

Get in touch with us

+49 (0) 6205 - 3948-0 info@et-system.de

Mon - Thu: 8:00 AM - 5:00 PM
Fri: 8:00 AM - 3:00 PM

Contact Us Directly

+49 (0) 6205 - 3948-0 info@et-system.de

Mo - Do von 8 - 17 Uhr
Fr von 8 - 15 Uhr

Contact Us Directly