Ep Hipot Electric Surge Testing 1.2/50us High Voltage Impulse Generator Upto 20kv

• After-sales Service: Onsite and Remote Guidance
• Warranty: 2 Years Free Warranty Longlife Service
• Mass Scope of Workpiece: 11kg
• Type: Strength Testing Machine
• Accuracy Grade: 0.3
• Display: LCD
• Model NO.: EPDY-B20
• Control: Computer Control
• Weight: 11kg
• Power Source: AC220V
• Screen: 1280*800 LCD Color Touch Display
• Output DC: 0-+-24kv
• Impulse Peak: 0-+-24kv
• Precision: +-3%
• Position: +-4kv~+-20kv, 1V Step
• Half Peak Time After Wave: 50us+-20%
• PC Mode Precision: +-3%
• Automatic Mode Times: 1-9999
• Automatic Mode Intervals: 5-99s (Default 5s)
• Communication: 485-USB
• Manual Mode Impulse Peak Value: +-2~+-20kv
• Manual Mode Interval Time: 1-99s
• Breakdown Current Setting Range: 30mA-1200mA
• Voltage Attenuation Program: 0%-99%
• Environmental Temperature: 0-40c
• Transport Package: Plywood Package
• Specification: 450mm*380mm*240mm
• Trademark: EP Hipot Electric
• Origin: China
• HS Code: 9030899090
• Production Capacity: 1000/Year

Product Description

EP Hipot Electric Surge testing 1.2/50us High Voltage Impulse Generator upto 20kV

EPDY-B20 Automatic Impulse Voltage Tester

I. General Information:
The EPDY-B20 automatic impulse voltage tester is used to test the impulse voltage of the safety performance of products such as charging piles, solar energy, low-voltage complete sets, low-voltage electrical appliances, watt-hour meters, motors, wires and cables, and leakage protectors. The test instrument is the certification test equipment for low-voltage complete sets and low-voltage electrical appliances companies. The equipment adopts high-speed single-chip design, manual, automatic, and program-controlled multi-mode, liquid crystal display, and touch button design. It has the advantages of convenient operation, stable and reliable performance, and high degree of automation. Compliant with IEC60060-1, -2, IEC61010, IEC61730, IEC 60335, IEC60052 and etc. standards.

In the manual mode, the impulse voltage value of the instrument needs to be adjusted with the manual adjustment knob. Before the impulse voltage experiment, it is necessary to manually adjust the pre-impulse voltage value in advance without connecting to the test state, and then connect to the system for testing. In the automatic mode, the instrument can be directly connected to the test system, and then enter the menu settings. After setting the pre-impulse voltage value, the instrument can output impulse voltage pulses for testing according to the settings. In the program-controlled state, the impulse voltage, interval time, and number of impulses of the instrument and equipment can be directly controlled through the computer or industrial network, and the impulse experiment can be carried out. The instrument can also return the impulse voltage value result of each test to the computer or industrial network through the network. The instrument judges whether it is breakdown by detecting the value of the impulse current during the test and the voltage decay procedure. Automatic mode and program control mode include automatic constant voltage system. The peak value of impulse output voltage can be set in 1V steps, and the output impulse voltage is not affected by the interval time.

By using the supporting computer control program, multiple combination test items can be realized, and multiple combination tests from low voltage to high voltage, from positive polarity to negative polarity (positive and negative) can be realized. The test result is displayed on the digital graph, and the image is intuitive.
The instrument provides an external sampling interface, which can be used to track and monitor the impulse waveform. The voltage divider ratio of the sampling interface is 1/147 (factory inspection value). Provides the display accuracy re-correction function, and can set the display correction coefficient at any time to make the instrument display consistent with the standard.


II. Features:

• Manual/automatic/program control mode; manual mode adjusts the impulse voltage manually by adjusting the knob, automatic mode impulse voltage value is automatically adjusted by the system, and program control mode uses computer to automatically control impulse voltage value.

 

• The automatic mode and program control mode have an automatic constant voltage system, which can control the impulse output voltage more finely, and is not affected by the interval time.

 

• Program control function Provides 485 communication interface and program control protocol. A program control test system can be set up as needed, and the impulse voltage and various parameters (program control trigger) can be controlled through a computer or a program control network.

 

• Can realize batch combination test through computer program control software, such as 2kV 3 times, 4kV 3 times, 6kV 3 times, -2kV 3 times, -4kV 3 times, -6kV 3 times, etc. It can realize up to 50 sets of combination tests, and feedback the breakdown times to the computer, Breakdown voltage and other test results, the computer displays the feedback results graphically, making the judgment more intuitive.

 

• The computer can be used to print out the test report, and display the test data such as the peak value, number of times, and interval time.

 

• The test result automatic judgment function can automatically judge whether the test is qualified or not according to the magnitude and attenuation of the inrush current generated during the test.

 

• Provide an impulse voltage divider interface for oscilloscope to track the output voltage waveform and monitor the output voltage.

 

• LCD display, which also displays DC voltage, impulse voltage, interval time, and number of impulses.

 

• Touch buttons, microcomputer control, English panel and program menu for easy operation.

 

• The positive and negative polarity is designed by the dual system design of positive and high voltage source and negative high voltage source, the output is more stable, the voltage is higher, and the efficiency is higher.

 

• Full-scale calibration process, with better full-scale accuracy.

 

• Built-in standard calibration procedures for multiple parameters, and errors can be corrected at any time during verification.

 

• DC and impulse dual output.

III. Specifications:

Output voltage range	Output DC: 0-±24kV Precision ±3%
	Impulse peak: 0-±20kV Precision: ±3%F (can be calibrated)
Impulse voltage waveform	Wave front time: 1.2μs±30%
	Half peak time after wave: 50μs±20%
Automatic mode and program control mode	Position: ±4kV-±20kV, 1V step
	PC mode precision: ±3%
	Times: 1-9999
	Intervals: 5-99S (Default 5S)
	Communication: 485-USB
Manual mode	Impulse peak value: ±2-±20kV
	Impulse times: 1-9999 times, 1-9999 times, 0 means continuous and unlimited
	Interval time: 1-99s
Leakage current test	Breakdown current setting range: 30mA-1200mA. Used to assist in judging whether it is qualified
Attenuation judgment	Voltage attenuation program: 0%-99%. (Not judged by voltage attenuation when 0%)
Power	Rated AC220V±10%, 50Hz Rated power consumption 200VA
Environmental Conditions:	Environmental temperature: 0-40ºC
	Environmental humidity: ≤80%
Dimensions:	450mm*380mm*240mm
Weight:	12kg

More details about 20kV Impulse Voltage Tester EPDY-B20, please contact EPHipot Electric, we have professional tech team to design correctly designed products and systems.