10kVA Single Phase 240v 50Hz to 120v 60Hz Converter

Input 230V 50Hz and output 110V 60Hz converter, we use this unit to test some US kitchen ovens, it works great. ATO answered all my questions. Professional and reliable!

We need a converter that can do the following: Input is 220 V / 60 HZ. Needed output single-phase 220V/50 HZ. The converter will support the power needed for a calibration lab device that draws peak current (approximately 17 amp). The device is susceptible to frequency instability, hence the converter output should be stable.

The customer needs remote control as per the following specs:
Remote operator station
Able to be installed electrically where the remote operator’s station wire(s) length would be greater than 50ft but no more than 200ft.
Remote operator station requirements (REDUNDANT CONTROLS OF MAIN UNIT):
REMOTE CONTROL INDICATORS: Display converter status, system faults, power on, converteron, voltage output, current output, and frequency output.
REMOTE CONTROLS: Start, stop / reset, output status, and emergency stop.

Do you provide a converter with the following specs? We need input 240V 50 Hz & output 120V, 60 Hz. Capacity 1 kVA.

Input voltage: 220VAC 50 Hz.
Output voltage: 1-115 VAC (Adjustable Voltage Range)
Output frequency: 400 Hertz
Output power: 500-1000 Watts. What do you recommend?

I'm interested in a single phase frequency converter: 240V 50Hz -> 400Hz, 5KVA. Can you provide it?

For your frequency converter; Is this 480V ( /- 10%) correct for Delta configuration, because the facility is running consistently between 490 to 500 V?

1. When we slightly touch the Phase Switch but keep it at a fixed phase, either at U or V or W that the current readings and hence, the power readings fluctuate by a few hundred mA and a few Watts? How can that problem be corrected?
2. I don’t understand what the information on the display is showing because the phase current shown and voltage shown when multiplied together should equal the Watts shown? For instance, 115V is shown and 11.41A is shown as well as 1205W is shown. So 115V*11.41A = 1312W. Can you help me understand how to read the data on the display?
3. What is the function of the black toggle switch next to the amber light beneath the input and output breakers on the front lower section of the unit? The User Manual makes no mention of this. When I turn that switch ON, the amber light comes ON and the power consumption figures at the display increase. When I turn that switch OFF, the amber light turns OFF and power dissipation at the display decreases. I don’t understand what this is.