AN61(F) Series Programmable AC Test Power Supply

Output

Input

Models

Part numbers in crawlable text — searchable, linkable, and quotable by model.

Capabilities

• Output modes AC, DC, and AC+DC from one source; SPWM with DSP and FPGA digital processing
• Provides 3-4 times peak current for surge current measurement, with programmable switch-on and switch-off angles (0-359.9 degrees) and output maintenance time
• Voltage and frequency variation tests for IEC61000-4-11, IEC61000-4-14 and IEC61000-4-28; harmonic and sub-harmonic waveform synthesis for IEC61000-4-13; programmable output impedance for IEC61000-3-3
• Harmonics 2~40 times with 2400Hz simulation bandwidth on the 615 Series; 2-50th with 3000Hz bandwidth on the AN619 Series; none on the 618 Series
• Pulse, step and sequence modes: 9,999 loops each; sequence of 100 steps (615/618) or 200 steps (619) with voltage, frequency and phase angle programmable per step
• External analog signal input for power amplification of an arbitrary recorded waveform (615 and 618 Series only)
• AN615/AN618: output voltage accuracy 0.2%+0.2%F.S. and distortion 0.3%@50/60Hz; 1%@15~1000Hz; source voltage effect <=0.1%, load effect <=0.2%
• AN619: output voltage precision 0.1%F.S. and distortion 0.3%@50/60Hz; 1%@30~100Hz; source effect <=0.02%, load effect <=0.02%; frequency accuracy 0.01%
• Built-in measurement: voltage to 0.01V, current to 0.01A, power to 0.01W; effective value accuracy 0.2%F.S. and peak value accuracy 0.5%F.S. on the AN619
• DC output to -495.00~495.00V on every model (high gear on AN615/AN618)
• AN619 three-phase models (A-suffix rack units and B-suffix cabinets) run three-phase & single-phase; the rack units parallel for higher current; Sense terminals for line drop compensation
• Interfaces: 615/618 RS232 (standard), RS485, GPIB and Ethernet (optional), analog control port (standard); AN619 RS485 (standard), Ethernet (standard), synchronization signal (standard), RS232 and GPIB (optional)
• 5-inch color touch screen LCD; sine wave, square wave, clipped sine wave and 30 sets of built-in waveforms, plus 6 sets of custom waveforms on the AN619
• Efficiency >=92%; protection against input abnormality, bus overvoltage, output overvoltage and undervoltage, output overcurrent, output overload and module overheating
• Working environment 0~40 C, 30~90%RH
• Chassis: 3U 432x134x630 (500VA-2000VA) and 5U 432x222x640 (4000VA, 6000VA); AN619 4U 432x175x700 or 432x175x735; B models cabinet 600x1,230x1,000
• 31 models across five sub-series: AN615 and AN618 single-phase 500VA-6000VA; AN619 single-phase 3000VA-20000VA; AN619 three-phase 6000VA-30000VA; AN619 B cabinets 50kVA-120kVA

What it is bought for

Each of these sets out the bus, the clause and where programmes get caught out.

• Avionics & Aircraft Equipment115/200 V 400 Hz AC, 28 VDC, 270 VDC
• Power Supply & Converter Manufacturinguniversal AC input, regulated DC output
• Medical Device Powermains AC, often with battery backup

Where this sits in the range

2 of 4 by ceiling in AC Sources.

• Next size downANRGS(F) Series Regenerative Grid Simulator3kVA - 120kVA
• Next size upANFC(F) Series AC Source and Frequency Converter15kVA - 2000kVA

Further reading

• DO-160 vs MIL-STD-704: Where Civil and Military Aircraft Power Standards Split
• IEC 61000-4-13: Synthesising Distortion on Command — and the Tables We Do Not Reprint
• Assembling a Medical Power-Input Bench: The Generator Is the Specification
• Sizing a 400 Hz Source for Inrush: kVA Is the Last Number to Pick