Name: China Customized 540kVA-270kV Series Resonance Test Device Manufacturers Factory - Good Price - Moen
Brand: Moen
SKU: 292371607

540kVA-270kV Series Resonance Test Device

Product Introduction

The MOEN-5621 (540kVA-270kV) Series Resonance Withstand Voltage Test Set is mainly made for AC withstand voltage testing of 110kV/100,000kVA main transformers, 35kV cables, 110kV GIS, switches, and other substation equipment. Because the reactors are built as several distinct units, they can be used for both low-voltage AC withstand voltage testing for equipment like 10kV cables and high-voltage, low-current equipment testing. Because of its broad range of applications, it is a perfect withstand voltage device for power installation, maintenance, and testing engineering units as well as high-voltage testing departments at the provincial, municipal, and county levels.
The excitation transformer, reactors, capacitive voltage divider, and variable frequency control power supply are the main components of the MOEN-5621 (540kVA-270kV) series resonant withstand voltage test system.

Product Parameter (specification)

1. Rated Voltage	90kV-Suitable for AC withstand voltage testing of 35kV cables; Operating frequency：30–300Hz,
Test voltage not exceeding 52kV, test duration 60 minutes;270kV-Suitable for AC withstand voltage testing of 110kV GIS and switches; Operating frequency	30-300Hz, test voltage not exceeding 265kV, test duration 1 min;
180kV-Meets AC withstand voltage testing requirements for 110kV/100000kVA main transformers; Operating frequency	45-65Hz, test voltage not exceeding 1600kV, test duration 1 min;
2. Output voltage waveform distortion rate	<1.0%
3. Permitted continuous operation time	60 minutes under rated conditions;
4. Device quality factor	Q≥30 (f=45Hz)
5. Device output waveform	Sine wave
6. Input power supply	Three-phase 380V or single-phase 220V
7. Frequency adjustment range	30Hz to 300Hz
8. System measurement accuracy	1.5%
9. Protective functions	Overvoltage, overcurrent, zero-position start protection
(III) Compliance Standards
Electrical Equipment Acceptance Test Standard for Electrical Installation Engineering GB50150-2006
High-Voltage Resonance Test Device	DL/T 849.6-2004
Reactors	GB10229.88
Preventive Test Procedures for Power Equipment	DL/T596-1996
Coupling Capacitors and Capacitive Dividers	IEC358(1990)
(IV) Main Equipment Configuration and Technical Parameters
1. Variable Frequency Power Supply (1 unit)
Rated Power	20kW;
Input Voltage	Three-phase 380V or Single-phase 220V ±5%, 50Hz
Output Voltage	Adjustable 0–400V
Output Frequency	30–300Hz
Adjustable in	0.1Hz steps
Frequency Unstability	≤0.02%
Output Current	0–50A
2. High-voltage reactors (6 units total)
Rated operating voltage	45kV
Rated operating current	2A
Rated inductance	56H
Continuous operating time	60min
Temperature rise	<65K
Operating frequency	30~300Hz
3. Excitation transformer (1 unit)
Rated capacity	18kVA
Input Voltage	400V
Output Voltage	4/8/16kV
Output Current	4.5/2.25/1.125A
4. Capacitive Divider (1 set)
Self-Capacitance	700pF
Rated Voltage	270kV
Operating Frequency	30–300Hz
Uncertainty	1.5%
Rated Voltage	270kV/700pF
5. Test Lead Set and Accessories (1 set)

Product feature and application

1. The device has protective features for overvoltage, overcurrent, zero-position start, and system detuning (flashover). The thresholds for overvoltage and overcurrent protection can be changed to suit the needs of the user. The flashover protection turns on during specimen flashover and logs the flashover voltage measurement for test analysis.

2. For easy field use, each device is lightweight.

3. To speed up testing, three working modes-Fully Automatic, Manual, and Auto-Tuning Manual Voltage Increase-allow for variable selection based on site conditions.

4. Remote printing and data storage are supported. To facilitate identification and retrieval, stored data is numbered.

5. The beginning frequency can be flexibly adjusted within the designated range during automatic frequency sweeping. Users can choose an upward or downward sweep direction, and the wide LCD screen shows the scan curve, making it easy to identify resonant point detection.

6. By using DSP platform technology, a more user-friendly human-machine interface can be achieved through upgrades and simple functional expansion or reduction based on user needs.

Prodection details

1. AC Withstand Voltage Test for 10/35/110kV Cross-linked Polyethylene Cables

2. AC Withstand Voltage Test for 110kV Transformers, Line Insulators, Switches, GIS, and Other Primary Electrical Equipment

Company Qualifications

FAQ

1)Under what environmental conditions should the MOEN-W5621 (540kVA/270kV) series resonant withstand voltage test device not be operated?

Answer: This device has explicit prohibited operating environment requirements, including humid environments and explosive atmospheres. Additionally, the device must not be operated when the instrument cover or panel is removed to prevent safety incidents or equipment damage. Furthermore, if any damage or suspected malfunction is observed, operation must be immediately halted. Contact the manufacturer's maintenance personnel for inspection; continued use is strictly prohibited.

2)What is the function of the "USB port" on the variable frequency power supply control panel of the MOEN-W5621 (540kVA/270kV) series resonant withstand voltage test system?

Answer: The USB port on the variable frequency power supply control panel serves two primary functions: First, it allows connection of a USB flash drive to access test-related documentation. Second, it permits connection of a mouse, enabling mouse operation as an alternative to the touchscreen interface. This provides users with a more flexible operating method and enhances operational convenience.

3)What are the basic requirements for operators when conducting tests with the MOEN-W5621 (540kVA/270kV) series resonant withstand voltage test system?

Answer: Test operators must meet the following basic requirements: First, they must be qualified high-voltage testing professionals who have thoroughly read the user manual and undergone repeated operational training prior to use. Second, a minimum of two operators must be present. Finally, during operation, they must strictly adhere to the organization's safety procedures for high-voltage testing and rigorously follow relevant national standards and regulations to ensure test safety and result accuracy.

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