Ep Hipot Electric Series Resonance AC Withstand Tester High Voltage Resonant Test System for Cable

Basic Info

Model NO.	EPCZ Series
Customized	Customized
Color	Orange
Output Voltage	Customized
Capacitance	Customized
Output Frequency	30 -300Hz
Working Duration	Can Be Customized
The System Is Consisted by	Variable Frequency Power Supply
Resonant Voltage Waveform	Sine Wave, Waveform Distortion Rate <1.0%
Maximum Tested Product Current	Can Be Customized
Maximum Test Capacity	Can Be Customized
Working Time	Continuous Working Time Is 60min Under Full Power
Quality Factor	30~90
Input Working Power	Three-Phase 380V
Ambient Temperature	-15~+40
Relative Humidity	Less Than 90rh%, No Condensation
Altitude	<5000m
Noise	Less Than 50dB
Transport Package	Plywood Case with Foam and Waterproof Plastics
Specification	Customized
Trademark	EP Hipot
Origin	Wuhan, China
HS Code	9030339000
Production Capacity	500/Year

Product Description

EP Hipot Electric Series Resonance AC Withstand tester high voltage Resonant test system for cableEPCZ Series Variable Frequency AC Resonance Test System
EPCZ Series AC Resonance Test System is specially designed for AC withstand test for electric equipments of substation at 10kV~500kV or below. Applications:

• Transformer
• Cables
• GIS System
• Insulator
• CT/PT
• Generator
• Other electric devices

Features:

• Small size, portable for operating.
• Screen to show the test data, status and display operation step by real-time.
• Small temperature rising at rated load. Dry-type epoxy cast, high mechanical strength and good insulation ability.
• 220V or 380V single phase power source is suitable for on-site sourcing.
• Different type reactors for optional realize the multipurpose.
• With over current, over voltage, IPM and discharge protection function.
• Test result can be printed.

Rated output voltage: 0~500kV or belowOutput frequency: 20 -300Hz.Resonant voltage waveform: sine wave, waveform Distortion rate ≤ 1%.Full load working time: continuous working time 60mins.Quality factor: max. load ≥ 20.Frequency adjustment: fineness 0.1Hz, instability ≤ 0.01%.Power supply: 220V or 380V single-phase.Common Configuration:

Model	Test Object	Main Configurations:
		AC power source	Exciting Transformer	Reactor	Capacitive Voltage Divider:
EPCZ-27/54/108-108Test Frequency: 20~300Hz	31500kVA/35kV Power Transformer	10KW 1 unit	10KW 1 unit	27kV/1A 4 UnitsFrequency: 20-300Hz	120kV
	35kV circuit breaker, busbar, insulator
	10kV(300mm2) cable 2000m
	35kV(300mm2) cable 500m
EPCZ-54/108/216-216Test Frequency: 20~300Hz	110kV Circuit breaker and busbar	15kW 1 unit	15kW 1 unit	54kV/1A 4 UnitsFrequency: 20-300Hz
	110kV GIS ≤ 10 intervals
	35kV (300mm2) cable 1500m
	10kV (300mm2) cable 3000m
	110kV Full Insulated Transformer
EPCZ-65/130/260-520Test Frequency: 20~300Hz	110kV Circuit Breaker and busbar	30kW 1 Unit	30kW 1 Unit	65kV/2A 4 Units Frequency: 20-300Hz	300kV
	110kV GIS ≤ 10 intervals
	110kV (300mm2) cable 800m
	35kV (300mm2) cable 3000m
	10kV(300mm2) cable 200m
	110kV Full Insulated Transformer
EPCZ-45/90/135/180/270-270Test Frequency: 20~300Hz	110kV Insulator, switchgear, GIS and etc.	20kW 1 unit	20kW 1 unit	45kV/1A Six UnitsFrequency: 20-300Hz	200kV
	50MW/110kV Full Insulated Transformer
	110kV (300mm2) cable 200m
	35kV Power Transformer, switchgear, CT/PT, cable, etc.
	20MW hydrogenator
	10kV power transformer, switchgear, CT/PT, cables etc.
EPCZ18/36/54Test Frequency: 20~300Hz	10kV (300mm2) cable 2000m	5kW 1 Unit	5kW 1 unit	27kV/1A 2 units or18kV/1A 3 unitsFrequency: 20-300Hz	60kV
	35kV (300mm2) cable 500m
	10kV power transformer, switchgear, CT/PT etc.

Note:

• Model EPCZ-27/54/108-108, EPCZ is the model of series, 27/54/108 is: voltage of one reactor (kV)/voltage of two reactors in series connection/voltage of four reactors in series connection. 108 is the total capacity (kVA).
• The test object is the common configuration for reference only. For details, please contact with us.
• If the capacity of your equipment is small and voltage is too low, can add more reactors to increase the capacity, and add more divider to increase the test voltage.