Marx Generator Hv Impulse Voltage Test System

Marx Generator HV Impulse Voltage Test System for High Voltage Pulse Testing.Quick DetailsPackaging & DeliveryPackaging Details:Wooden BoxesDelivery Detail:90 DaysMarx Generator HV Impulse Voltage Test System for High Voltage Pulse  TestingIntroductionFIVG series impulse voltage test systems are mainly used to generate standard lightning impulse (LI) full or chopped waves switching impulse (SI) wave impulse voltage ranges from 10kV to 7200kV (LI 7200kV SI 5000kV) energy from 2.5kJ to 720kJ. Also it can be used to carry out steeping and oscillating impulse test by adding some extra equipment.We offer various kinds of structure design for impulse voltage generator inclusive of L type G type H type V type and etc.Level voltage: 100kV 150kV 200kV 300kVLevel energy: 5kJ 10kJ 15kJ 20kJ 30kJ @page { margin: 0.79in } td p { margin-bottom: 0in } p { margin-bottom: 0.1in; line-height: 120% } Lightning impulse Switching impulse Chopping impulse Wave shape 1.230%s/5020%s 25020%s/250060%s 2~6s Efficiency 90% 80% 85% The basic system can be upgraded in various ways for special tests and greater ease of operation. A number of additional circuits and components allow optimizing the impulse test system for testing different kind of high voltage test objects.ApplicationImpulse voltage test systems also known as Marx generators are mainly used to generate impulse test voltage for checking insulation performances of HV apparatus includingPower TransformersPower CablesInstrument Transformers (CT/PT/CVT)Shunt ReactorsHV InsulatorsHV BushingsArrestersGIS SwitchgearsMotors / GeneratorsOther HV ApparatusThe tests are conducted with lightning (LI) full or chopped waves and / or switching impulses (SI) as prescribed in the relevant international standards. (IEC ANSI/IEEE and other national standards)FeaturesLow inductance in impulse voltage generator circuit with band-stop filter measures still can generate standard waveform in case of large capacitance load big load capacity.High voltage utilization efficiency LI >90% SI>80%.Compact structure nice appearance convenient wave shaping easy operation good synchronized performance reliable action.Using SCR (Silicon Controlled Rectifier) and LC constant current charging automatic control technology high automation and strong anti-interference.The measure software has already been evaluated by GB/T and IEC standard. Configuration Essential Optional Impulse Voltage Generator Chopping Gap DC Charging Device Steeping Wave Device Damped Capacitive Divider Glaninger Circuit Control and Measure System Shunt Other configuration is possible upon request