XT-100 New Generator AC/DC Voltage Endurance Tester

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Brick technology: By using parallel compensation method and only one reactor, the AC withstand voltage test of the generator can be carried out at the power frequency, simplifying the original generator AC withstand voltage test equipment that weighed hundreds of kilograms or even several tons to only 120 kilograms, greatly reducing the workload on site. The tester cleverly adopts the principle of compensating inductance current for capacitance current in electrical principles. On the basis of ensuring that the power frequency frequency and waveform remain unchanged, the number of test equipment components and the weight of the test instrument are greatly reduced

Product Details

XT-100 New Generator AC/DC Voltage Endurance Tester

Generator AC voltage withstand tester

XT-100The lightweight generator AC (DC) withstand voltage tester cleverly adopts the compensation principle of inductor current to capacitor current in electrical principles. On the basis of ensuring that the power frequency and waveform remain unchanged, it greatly reduces the number of test equipment components and the weight of the test instrument, reducing the total weight of the test equipment from several hundred kilograms or even a few tons in the past to 120 kilograms now. The portable generator AC (DC) withstand voltage tester has truly achieved the effects of being lightweight, safe, and efficient through on-site testing. It has replaced the bulky and cumbersome experimental equipment of the past, greatly reducing the workload on site. Moreover, the instrument is equipped with a DC withstand voltage test function, which allows for the DC withstand voltage test of the generator when on-site conditions permit, providing great convenience for electrical testing personnel and testing work in power plants.

Equipment advantages:

1. Lightweight equipment:

The weight is one twentieth of the original;
The capacity is one tenth of the original;

2. Easy to operate;

3. Do not generate resonance overvoltage and capacitance overvoltage;

4. The required power capacity for the experiment is small:

The original experimental method requires a test power supply of 72kVA,
Now only 7.2kVA is needed

5. The voltage waveform is not distorted;

6. The instrument is compatible with both AC and DC, and has good completeness;

The AC/DC withstand voltage test can be completed with one set of instruments.

Main technical indicators

Rated output voltage: 0～50kV；

High output current: 3A/50kV；

Rated capacity: 150kVA

Output frequency: 50Hz

Test frequency: 50Hz ± 5 (power frequency range);

Resonant voltage waveform: Chord wave, waveform distortion rate<1.0%

Quality factor: 30~80

Work system: Under full power output, a continuous working time of 15 minutes per operation

Environmental temperature and relative humidity:

-10℃～+40℃； <90%, no condensation condition

Working power supply:Power supply voltage: AC220V ± 10%

Power frequency: (50 ± 1) Hz

Working method:Manual boosting, zero position self-locking

display modeTwo types: pointer and digital display

automatic protectionAutomatic overcurrent protection, timed sound and light alarm

Timing range:0-99.9 s (M H) accuracy: 0.5%

Complies with the requirements of GB50150-2006 Electrical Equipment Handover Test Standard for Electrical Equipment Installation Engineering, DL/T596-2005 Preventive Test Code for Power Equipment, and DL/T848.2-2004 General Technical Conditions for High Voltage Test Devices - Power Frequency High Voltage Test Devices

Comparison with other voltage withstand test methods

instrument name	Power frequency AC test transformer	Variable frequency series resonance test device	Lightweight generator power frequency AC voltage tester
Method Principle	Traditional electromagnetic induction method	Series resonance technology	Parallel compensation technology
Weight and Volume	3-5 tons	200~400Kg	120Kg
Comparison of advantages and disadvantages	High current and high voltage require the use of a large power supply during testing. The equipment is bulky, expensive, and inconvenient to operate	The tuning process is inconvenient, and the test boost process is not smooth enough; During the process of tuning and boosting, it is easy for the voltage to suddenly rise and burn out the equipment, and the test frequency cannot be guaranteed to be the power frequency; Secondly, DC withstand voltage test cannot be conducted	Functional integration, easy operation, small size, light weight, ensuring that the test frequency is at the power frequency, ensuring equipment safety during the experimental process, and capable of conducting DC withstand voltage tests when site conditions permit

Model configuration parameters

Example of Model	Parameters of the tested generator			Main Configuration
Example of Model	Rated capacity (MW)	rated voltage (kV)	capacitance (μF)	power supply	excitation transformer	Resonant reactor
XT-100/30 Output voltage: 30kV Test capacity: 80kVA	200	15.75	0.19-0.21	1 unit of 10kW	1 unit of 10kVA	32kV/2A one unit
XT-100/40 Output voltage: 40kV Test capacity: 80kVA	300	18	0.18	1 unit of 10kW	1 unit of 10kVA	One 36kV/2A unit
XT-100/50 Output voltage: 50kV Test capacity: 125kVA	600	20	0.2	1 unit of 10kW	1 unit of 10kVA	40kV/2.5A one unit