Features of Three-Phase High Current Generator:

A. Light weight, strong load capacity!

B. Output current: three-phase balanced, waveform is standard sine wave

C. Three-phase simultaneous adjustment, each phase can be adjusted separately

Note: Three-phase high current generator (current can be increased according to user requirements).

Functional features: (1) Imported iron core, small size and light weight (2) 0.5-class digital true RMS meter

(3) No need for external standard CT and ammeter

(4) Coarse and fine adjustment with zero position indication, power supply 220/380/66V

The high current generator adopts an energy-saving high-permeability current booster, and the instrument is indicated by a true RMS 0.5-class digital meter. It is also equipped with a digital electric stopwatch to meet time measurement. It has the characteristics of large output power, strong overload capacity, clear readings, and flexible movement. It is suitable for power system technicians to test current transformers, protection devices, and secondary circuit current tests.

Input power: AC 220V 50Hz.

Rated output: 0-1500A, 2000A, 3000A, 4000A, 5000A, 8000A, 10000A.

Output terminal open-circuit voltage ≥6V.

Dimensions: 540X300X250 (mm)



SLQSLQ1000A Three-Phase High Current Generator Precautions:

1. The test work must be carried out by at least two people, one operates and one supervises to ensure safety.

2. The shell must be grounded. Do not ignore the prevention of personal safety accidents due to low voltage.

3. The wire from the secondary side of the current booster to the tested object should not be too long, and the cross-sectional area should be sufficient (current density can be considered as 6-8A/mm). The contact surface should be cleaned (can be polished with fine sandpaper), otherwise the joint will heat up, and even the current cannot rise to the rated value.

4. Before work, check that the power supply has sufficient capacity, otherwise the power cord will heat up and the voltage will drop, affecting normal operation.

5. There should be no flammable materials at the work site. For temperature rise tests, sufficient fire extinguishing equipment should be prepared.

6. For continuous (temperature rise) tests, someone should be on duty at the site. Regularly check the heating condition of the current booster source equipment, wires, and joints, and make records. Due to grid voltage fluctuations, pay attention to adjusting TD to maintain the rated test current.

7. Test work should comply with the relevant regulations of the electric power safety work procedures and formulate practical safety measures.

    The SLQ1000A three-phase high current generator is professional equipment designed and manufactured for electrical equipment testing in power departments and industrial and mining enterprises. It is suitable for current load tests and temperature rise tests of various switches, current transformers, and other electrical equipment.

The SLQ1000A three-phase high current generator adopts a split/integral structure according to different volumes and weights. It has the characteristics of stepless adjustment of output current, stable current rise, wide load variation range, reliable operation, and simple and safe operation. It can be used as a current source equipment for current rise or temperature rise tests in industrial and mining enterprises.

SLQSLQ1000A Three-Phase High Current Generator Detailed Description

    The SLQ1000A three-phase high current generator is professional equipment designed and manufactured for electrical equipment testing in power departments and industrial and mining enterprises. It is suitable for current load tests and temperature rise tests of various switches, current transformers, and other electrical equipment.

The SLQ1000A three-phase high current generator adopts a split/integral structure according to different volumes and weights. It has the characteristics of stepless adjustment of output current, stable current rise, wide load variation range, reliable operation, and simple and safe operation. It can be used as a current source equipment for current rise or temperature rise tests in industrial and mining enterprises.



(Source: Yangzhou Huateng Electrical Technology Co., Ltd.)

Article link: Chemical Instrument Network http://www.chem17.com/company_news/detail/964157.html：

A. Light weight, strong load capacity!

B. Output current: three-phase balanced, waveform is standard sine wave

C. Three-phase simultaneous adjustment, each phase can be adjusted separately

Note: Three-phase high current generator (current can be increased according to user requirements).

Functional features: (1) Imported iron core, small size and light weight (2) 0.5-class digital true RMS meter

(3) No need for external standard CT and ammeter

(4) Coarse and fine adjustment with zero position indication, power supply 220/380/66V

The high current generator adopts an energy-saving high-permeability current booster, and the instrument is indicated by a true RMS 0.5-class digital meter. It is also equipped with a digital electric stopwatch to meet time measurement. It has the characteristics of large output power, strong overload capacity, clear readings, and flexible movement. It is suitable for power system technicians to test current transformers, protection devices, and secondary circuit current tests.

Input power: AC 220V 50Hz.

Rated output: 0-1500A, 2000A, 3000A, 4000A, 5000A, 8000A, 10000A.

Output terminal open-circuit voltage ≥6V.

Dimensions: 540X300X250 (mm)



SLQSLQ1000A Three-Phase High Current Generator Precautions:

1. The test work must be carried out by at least two people, one operates and one supervises to ensure safety.

2. The shell must be grounded. Do not ignore the prevention of personal safety accidents due to low voltage.

3. The wire from the secondary side of the current booster to the tested object should not be too long, and the cross-sectional area should be sufficient (current density can be considered as 6-8A/mm). The contact surface should be cleaned (can be polished with fine sandpaper), otherwise the joint will heat up, and even the current cannot rise to the rated value.

4. Before work, check that the power supply has sufficient capacity, otherwise the power cord will heat up and the voltage will drop, affecting normal operation.

5. There should be no flammable materials at the work site. For temperature rise tests, sufficient fire extinguishing equipment should be prepared.

6. For continuous (temperature rise) tests, someone should be on duty at the site. Regularly check the heating condition of the current booster source equipment, wires, and joints, and make records. Due to grid voltage fluctuations, pay attention to adjusting TD to maintain the rated test current.

7. Test work should comply with the relevant regulations of the electric power safety work procedures and formulate practical safety measures.

    The SLQ1000A three-phase high current generator is professional equipment designed and manufactured for electrical equipment testing in power departments and industrial and mining enterprises. It is suitable for current load tests and temperature rise tests of various switches, current transformers, and other electrical equipment.

The SLQ1000A three-phase high current generator adopts a split/integral structure according to different volumes and weights. It has the characteristics of stepless adjustment of output current, stable current rise, wide load variation range, reliable operation, and simple and safe operation. It can be used as a current source equipment for current rise or temperature rise tests in industrial and mining enterprises.

SLQSLQ1000A Three-Phase High Current Generator Detailed Description

    The SLQ1000A three-phase high current generator is professional equipment designed and manufactured for electrical equipment testing in power departments and industrial and mining enterprises. It is suitable for current load tests and temperature rise tests of various switches, current transformers, and other electrical equipment.

The SLQ1000A three-phase high current generator adopts a split/integral structure according to different volumes and weights. It has the characteristics of stepless adjustment of output current, stable current rise, wide load variation range, reliable operation, and simple and safe operation. It can be used as a current source equipment for current rise or temperature rise tests in industrial and mining enterprises.