EXPERIMENTAL HIGH VOLTAGE POWER SOURCE J.-FTE 60 / 0.25
Purpose of the development:
Designed to supply the electron gun in vacuum electron beam welding applications in pulsed or continuous mode the current consumption of the load.
Recommended application field:
The power supply system.
Technical characteristic:
Output parameters
- Nominal output voltage (terminal "plus" is grounded in the load): 60 kB.
- Rated current: 0.25 A
- Nominal output power: 15 kW.
- Changing the output voltage under the influence of external factors, not more than: ± 1% of rated. values.
- Time of transition under pulsed load, no more than 1ms.
- Output Voltage Ripple: <1%.
- Protective resistor at the output of the power supply: 1 kW.
The input parameters
- Supply voltage (three-phase, variable): 380 ± 10%.
- Mains frequency (50 ± 0,4): Hz.
- Taking into account the weight of the insulating liquid 230 kg.
- Dimensions (WxHxD): 1100x1035x650 mm.
- On Time Power Supply, no more than 5 seconds.
The development stage readiness:
Ready for application
Description of the development:
() Experimental source of supply is subject to the requirements of certain specific nature of the load, including the presence of a load of bits of different kinds.
Features of construction of J.-FTE 60 / 0.25:
- Visokochastotnoe conversion of electrical energy by means of IGBT;
- Pulse width regulation;
- Microprocessor control system;
- Management of the experimental power source from a remote operator panel installation;
- Uniform power consumption from the mains;
- Low energy, which is released at the source of the load breakdowns;
- A system of fast-acting current interlocks to protect J. FTE-60 / 0.25 against overloads and outages;
- Automatic shutdown of high voltage power supply in the event of breakdown in the load, and then reenable.
corresponds technical description
Ready for implementation
Possibility of transfer abroad:
Technological document's sale Joint production, sale, exploitation
Photo
Country
Ukraine
For additional information turn to: E-mail: gal@uintei.kiev.ua
|