Fonte de Alimentação CA Programável de Baixa Potência com Transientes Chroma Série 61500

The 61500 series programmable AC power source sets the standard for high performance AC power sources.

It comes equipped with a host of powerful features: power line disturbance (PLD) simulation, programmable output impedance, comprehensive measurement functions, waveshape synthesis and regulation test software. These features make the 61500 series ideal for commercial, power electronics, avionics, military and regulation test applications from bench-top testing to mass production.

Key Features

- Power: 500VA (61501), 1000VA (61502), 1500VA (61503), 2000VA (61504), 4000VA (61505)
- Voltage range: 0-150V/0-300V/Auto
- Compact size and weight attributable to advance PWM technology
- AC+DC output mode for voltage DC offset simulation
- Programmable slew rate setting for changing voltage and frequency
- Low output impedance for testing IEC 61000-3-2 (61505)
- Programmable output impedance for testing IEC 61000-3-3
- LIST, PULSE, STEP mode function for testing power line disturbance (PLD) simulation capability
- IEC 61000-4-11 voltage dips, short and variation simulation
- Harmonics, inter-harmonics waveform synthesizer for testing IEC 61000-4-13
- Programmable voltage, current limit
- Comprehensive measurement capability, including current harmonics
- High output current crest factor, ideal for inrush current testing
- Turn on, turn off phase angle control
- TTL signal which indicates output transient
- Analog programmable interface
- 3 units combined to 3-phase power output
- Easy-use software for operation and IEC regulation test
- Optional GPIB, RS-232C, USB, and Ethernet interfaces


Details

Advanced PWM Technology

The Chroma 61500 series AC power source is able to provide the highest possible power density by utilizing its superior PWM mode design and incorporated power factor correction functions.

 
AC/DC Output Capability

Chroma 61500 series AC power sources provide output DC components for simulating AC voltage with DC offset conditions. It can test unbalanced input current for rectified loads. Users can also use an optional DC noise filter to get low noise and good stability DC voltage for testing.

 
Comprehensive Measurements

The Chroma 61500 series AC power source has a built in 16-bit measurement circuit and firmware utilities to measure the steady and transient responses of true RMS voltage, current, true power, VA (apparent power), VAR (reactive power), power factor, current crest factor, peak repetitive current, and inrush current. Using advanced DSP technology, it can measure up to 40 orders of current harmonics. This makes the 61500 series not only a power source, but also a powerful analyzer.

The Measurements displayed on the front panel and measurements returned from the Remote interface include:

- RMS AC Voltage (V)
- Frequency (F)
- RMS Current (I)
- True Power Watts (P)
- Power Factor (PF)
- Current Crest Factor (CF)
- DC Voltage (VDC)
- DC Current (IDC)
- Peak Current (IP)
- Surge or Inrush Current (IS)
- Apparent Power (VA)
- Reactive Power (VAR)

 
Power Line Disturbance Simulation

In addition to the steady output voltage and frequency programming, the Chroma 61500 series AC power source provides powerful functions to simulate all kinds of power line disturbance conditions. The STEP and PULSE modes offer an easy and convenient method to execute either a single step or continuous output changes. The changes can be triggered by either an internal or external event. With this capability, it is easy to simulate power line disturbances such as cycle dropouts, transient spikes, brownouts, etc.

The LIST Mode extends this function for more complex waveform generator needs. With up to 100 sequences with different start-end conditions, the 61500 can perform almost any waveform possible by AC and DC components. It also allows users to synchronize external events as well as measurement devices with output changes.

Simulation of Power Line Disturbances (PLD) can easily be programmed from the 61500 Front Panel or via Remote Interface using these Key Features:
- PULSE: Create varying voltage changes using Pulsed voltage setting with Duty Cycle, and Phase angle settings.
- LIST: Program up to 100 Sequences with varying Times Phase angles, Amplitudes, and waveforms.
- STEP: Ramp or Step up or down by setting a Start and End Voltage and the number of steps.

 
Programmable Output Impedance

The Chroma 61500 AC sources allow users to program output impedance. A current feedback control circuit makes the output voltage change with the load. This feature is suitable for IEC 61000-3-3 Flicker tests or other test conditions with specific output impedance requirements. It provides users a convenient and cost effective way to implement the reference impedance.


Arbitrary Power Amplifier

The external voltage programming input of Chroma AC power source 61500 series allows users to feed any AC+DC waveform from an arbitrary signal generator. And amplify the signal accordingly. It can be used to simulate the real mains supply waveforms observed in the field.


High Output Current Crest Factor & Turn On / Off Phase Angle Control

Chroma 61500 series AC power sources are capable of providing high output current crest factor (Max. 6). It delivers sufficient transient power that is required for testing most rectified input type power circuits. The programmable on/off phase angle control makes the 61500 series AC sources ideal for inrush current test.


Voltage Dips & Variation Simulation

IEC 61000-4-11 voltage dips, short interruption and variation standard have become mandatory in EMC directives for the CE mark. Chroma AC power source 61500 series is capable of simulating all sorts of voltage dips, interruptions and variation waveforms for IEC 61000-4-11, -4-13, -4-14, and -4-28 precompliance tests with an easy-use software.

 
Harmonics, Interharmonics Synthesis

Traditional type of AC source only allows users to composite integer orders of harmonic components into a periodic harmonics distortion waveform. IEC 61000-4-13 standard requires not only the harmonics waveform, but also interharmonics simulation. This means the fundamental frequency will incorporate with components frequencies between harmonics frequencies. Chroma AC power source 61500 series uses advanced DSP technology to synthesis the harmonics and interharmonics waveforms. Therefore, it is capable of generating a non-periodic harmonic distorted waveform to perform IEC 61000-4-13 compliance test with an easy-use software.

 

61500 Series AC Source Applications

Simulate AC Power Distortion

More and more electronics manufactures have expanded their business to acquire worldwide product distribution. When a problem is identified, sometimes it is necessary to check if the products are susceptible to ac line disturbances. However, precious time would be wasted on gathering and transferring test equipment, man power and other resources to do a simple onsite test. The purpose of this application is to provide a solution using Chroma Power Analyzer 66205 to measure the voltage harmonics of the ac main on site. All recorded data can be sent to the lab. According to the data, users can use synthesis function of AC source 61500 series to re-build the original distorted waveform. It can help engineers quickly point out the problem and come up with a solution.


3-Phase Mode & Series Connecting For High Voltage Output

The 61500 series AC source provides a 3-PHASE mode to let users connect 3 units for 3-phase output application. Users can set a single unit as the Master, and set others to the phase angle (120/240 degrees) as the Slaves. The Master unit will keep in Fixed mode and send a signal for synchronizing Slaves.

In the current market, more and more UUTs need to test AC line transient with high voltages greater than 300V. An external boost transformer might raise the voltage, but the serious loading effect will create a voltage waveform with large distortions. Users can connect 2 of the 61500 units in series and set the phase angle to zero (see figure) in 3-PHASE mode. Using this method, users can program a 220V/0.5sec wave superimposed on 230V wave to get 450V transient voltage with ease.


Models
61501 - Programmable AC Source 0~300V, 15~1kHz / 500VA, 1ø
61502 - Programmable AC Source 0~300V, 15~1kHz / 1KVA, 1ø
61503 - Programmable AC Source 0~300V, 15~1kHz / 1.5KVA, 1ø
61504 - Programmable AC Source 0~300V, 15~1kHz / 2KVA, 1ø
61505 - Programmable AC Source 0~300V, 15~1kHz / 4KVA, 1ø

Accessories
A615001 - GPIB/RS232 Interface [61500/61600/61700]
7887 - USB-to-RS232 Adapter Kit [63200/61×00/6×00]
A615002 - LAN and USB Remote Interface [61500/61600/61700]
A615003 - Boost Transformer (600Vac/max.1.8KVA) [61500/61600]
A610004 - Universal Socket Center (1 phase<13A)
A615008 - DC Noise Filter (max.16A) [61500/61600/61700]
8193 - Mod Option, HV-320VAC [61500/61600/61700]
7609 - SoftPanels, Mil-Std-Aerospace [61500/61700/6151x]
8189 - Sync Cable Assy [61500/61600]

Software

Aerospace Testing Software for AC Power

With the powerful programming capability, AC power source 61500 series can be used to test aircraft electrical equipment. Chroma also provides software for AC power part test of standard RTCA DO-160D, MIL-STD-704E and ABD0100.


61500 Series Softpanel

Chroma Softpanel is a graphical user interface which provides extraordinary capability and convenience to user for delivering control to the unit. The 61500 series Softpanel is designed specifically for offering users control of the AC source by applying a user friendly interface configured in graphical, instrument like settings. The self explanatory graphical interface makes enabling of the extensive functions of the AC source easy with just few clicks of a button. Users are able to perform online and offline waveform editing with the implementation of the softpanel. The softpanel is also equipped with data recording functions as multiple measurement data can be recorded simultaneously. One of the most powerful features of our softpanel is the availability of a test environment configured specifically for conducting IEC regulation tests, including IEC61000-4-11, IEC61000-4-13, IEC61000-4-14 and IEC61000-4-28.



Datasheet

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