ES2000S NF Corporation AC Source

Additional Features:

• 2 kVA
• Single Phase Master
• Component style allows expansion after being introduced
• Cabinet style is compact and requires small installation space
• AC output voltage: 0 to 150 V/0 to 300 V, Frequency: 5 Hz to 1100 Hz
• DC output voltage: 0 to + 203 V/0 to + 406 V
• Voltage dips, voltage variations, simultaneous sweeping of frequency and voltage 
• Equipped with measurement function, protective circuit, remote sensing, and AGC function. External input available and peak current of 3.5 times of maximum RMS value can be supplied
• Software (Immunty Test Software 2010 ES0406C) that performs low frequency immunity test of IEC standard is available
• Performs power source harmonic measurement and various simulations. Furthermore, it can be used as CVCF for anechoic chamber or production line 

Applications:

• Voltage Dips, Short Interruptions, and Voltage Variations Tests
• Harmonic Current Measurement and Flicker Measurement
• Simulation with Arbitrary Waveforms
• For node connection tests in photovoltaic power generation systems
• As CVCF for anechoic chambers and for production lines
• For conversion into voltage and frequency suitable for the destination of export
• For inverter- and motor-related tests
• As power source for testing devices in aircraft

The NF Corporation ES2000S is part of the P-STATION/ES Series Programmable AC/DC Power Source products that can simulate power supply environments. Performance, functionality, compact and lightweight profiles, and ease of use are emphasized in this series. Single-phase and three-phase systems can be built by combining P-STATION/ES-Series products. A single-phase system is built with the ES2000S single-phase master as its base and ES2000B boosters added to obtain output power ranging from 2kVA to 20kVA.

A three-phase system can be built with one ES2000U three-phase master and 2 ES2000P three-phase slaves as its base. By adding ES2000B boosters to each phase, the system can have output power ranging from 6kVA to a maximum of 60kVA. Because the output voltage has low waveform distortion and features a stable voltage level and frequency, it is suitable for the power supplied in performance testing of electronic devices and EMC measurements.