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AC6900 Series Three-Phase Power Supply
3 kVA to 18 kVA three-phase AC power source and analyzer
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Highlights
A Complete 3 Phase Power Solution
Keysight’s AC6900 Series AC power sources provide a complete AC and DC power solution by combining the capabilities of a multimeter, harmonic analyzer, and power analyzer in one instrument. You can easily produce DC power, either alone or as a DC offset to an AC waveform, in a compact form factor.
The Keysight AC6900 Series AC power source is the go-to choice for simplifying test setups, reducing test complexity, and enabling you to produce accurate and precise data in no time.
- AC, DC, or AC plus DC mode
- maximum AC voltage at 320 Vrms
- frequency up to 5 kHz
- single-phase, single-phase three-wire, or three-phase four-wire connections
- power line disturbance tests
- harmonic analysis
- built-in waveform generation
- USB, LAN (LXI Core), and optional GPIB connectivity
PathWave BenchVue AC Source Control / Avionic Standard Test Software
- Use the simplified measurement method on the output voltage and output current up to the 50th order.
- Capture up to 13 different measurements simultaneously.
- Store and reload instrument states to use when needed.
- Get avionic standards tests for revisions to DO-160 and MIL-STD-704 (optional).
- Benefit from customization of avionic standards tests parameters and configurations (optional).
- Analyze with data logging and report generation capabilities for avionic tests (optional).
AC Pre-Compliance Testing
The Keysight BV0030B PathWave BenchVue AC Source Pre-Compliance Test Software is designed to accelerate pre-compliance testing for electrical and electronic devices. The BV0030B offers the following key benefits:
- Streamlines pre-compliance testing for EMC standards.
- Supports IEC61000-4 compliance testing.
- Enables evaluation of equipment immunity to various power disturbances.
Avionic Equipment Testing
The AC6900 Series is ideal for testing avionics equipment that nominally operates at 400 Hz, 800 Hz, or up to 5,000 Hz and meets RTCA DO-160 and MIL-STD-704 standards. PathWave avionics test suite simplifies pre-compliance testing.
- Connect and operate your instruments and execute tests remotely.
- Accelerate power input for pre-compliance testing.
- Meet commercial and military standards with extensive test coverage.
- Configure test plans to fit your needs.
- Generate test reports for post-analysis by downloading to a .csv file format.
3 Phase Power Supply Key Specifications
Total Power
3 kVA to 18 kVA
RMS Voltage
320 V
RMS Current
10 to 60 A
Maximum Frequency
5000 Hz
Connectivity
LAN, USB, GPIB
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Three-Phase Power Supply FAQ
What is a three-phase power supply?
A three-phase power supply generates three sinusoidal voltages of the same frequency that are 120 degrees out of phase with each other. It is a common method used for power transmission in electrical grids worldwide.
How is three-phase power different from single-phase power?
Single-phase power has only one voltage waveform, while three-phase power has three voltage waveforms. This means that three-phase power can transmit more power with less wire than a single-phase power of the same voltage and current.
Why would you use a three-phase power supply?
Three-phase systems are more economical and efficient than single-phase systems for transmitting and distributing large amounts of power. They also provide a smoother power delivery, benefiting motors and other inductive loads.
What are the main components of a three-phase system?
The main components include three conductors or lines (often referred to as phases), each carrying current and voltage. These phases are often designated as Phase A, Phase B, and Phase C.
How is three-phase power generated?
Three-phase power is typically generated by a three-phase alternator or generator. The design of the generator ensures that the three windings produce voltages that are 120 degrees out of phase with each other.
What is "power factor" in the context of three-phase power supplies?
Power factor is a measure of how effectively electrical power is converted into useful work. In three-phase systems, power factor becomes important as it impacts power transmission efficiency and can lead to additional charges from utility companies if it's too low.
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