HMCJ 5600kV UHV Lightning Impulse Voltage Test Generator

(106 Reviews)

Applications:

5600kV UHV Lightning Impulse Voltage Test Generator

Strictly FAT Test
Third-party Calibration

Response within
24 hours
Free warranty
12 month
On-line training
Support

Profile:

HMCJ-5600kV UHV Lightning Impulse Voltage Test Generator is mainly used for conducting impulse voltage tests on power equipment such as power transformers, transformers, composite electrical insulators, lightning arresters, etc. for lightning impulse voltage full wave, lightning impulse voltage cutoff, operating impulse voltage wave, and steep wave, to test insulation performance.
The 1200kV/2400kV and 5600kV series impulse voltage generators can generate three types of impulse waveforms: standard lightning full wave, operating wave, and lightning cut wave. The 1200kV series impulse voltage generator can generate eight types of impulse voltage waveforms: standard lightning wave, operating wave, lightning cut wave, oscillating lightning wave, oscillating operating wave, line insulator steep wave, composite insulator steep wave, and transformer induced operating wave, The technical indicators comply with national standards and IEC standards, have passed ministerial level appraisal, and the main technical performance is in a leading position in China, reaching the advanced level of similar international products.

Features:

The complete set of equipment is equipped with complete voltage levels;
The circuit inductance of the impulse voltage generator is small, and a bandgap filtering measure is adopted. It can still generate a standard impulse voltage waveform under large electrical capacity loads, with a large load capacity. It is the first in China and has been applied in scientific research and enterprise units;
The voltage utilization coefficient is high, with lightning waves and operation waves not less than 90% and 80% respectively;
The impact body has a compact structure, beautiful appearance, convenient wave adjustment, simple operation, good synchronization performance, and reliable action;
Adopting thyristor or LC constant current charging automatic control technology, with high degree of automation and strong anti-interference ability;
The cutoff delay adopts the electronic delay adjustable circuit L-C delay mode;
Computer controlled measurement (fiber optic PLC control) system.

Parameter:

Rated Voltag 　　(kV)	Impulse 　　Capacitance 　　(μF)	Stage 　　Capacitance 　　(μF)	Impulse 　　Energy 　　(kJ)	Stage 　　Voltage 　　(kV)	Stage 　　Number	Length 　　(mm)	Width 　　(mm)	Hood 　　(mm)	Height 　　(mm)	Weight 　　(kg)
±3200	0.03125	0.5	160	±200	16	5300	3450	4200	12400	13760
	0.04687	0.75	240					4200	12400	14720
	0.0625	1	320					4200	12400	15680
±3600	0.0278	0.5	180		18			4200	13700	15480
	0.04167	0.75	270					4200	13700	16560
	0.0556	1	360					4200	13700	17640
±4000	0.025	0.5	200		20	5800	4040	4900	15000	17200
	0.0375	0.75	300					4900	15000	18400
	0.05	1	400					4900	15000	19600
±4200	0.0238	0.5	210		21			4900	15670	18060
	0.0375	0.75	315					4900	15670	19320
	0.0476	1	420					4900	15670	20580
±5600	0.0208	0.5	280		28			5200	20620	24840
	0.03125	0.75	400					5200	20620	26020
	0.0417	1	560					5200	20620	27500