SIEG-type core high-voltage reactor is mainly used for 6-35KV power system in the high-voltage capacitor group in series, can effectively inhibit and absorb high harmonics,

Limit the closing surge and operating over-voltage, to protect the capacitor, improve power quality, to ensure safe operation of the power grid.

Second, the structural characteristics

1. The product is divided into three-phase, single-phase two, for the core dry;

2. The core is made of high quality cold-rolled silicon carbide sheet, punching with high-speed punch, with small burrs, uniform rules, neatly stacked, to ensure that the reactor running low temperature noise performance;

3. The coil is made of high quality insulated wire, which is made by special machine. It has the advantages of good flatness and beautiful appearance.

4. In the process of assembling the reactor, all clamps are subjected to anti-corrosion treatment. The key clamps are made of non-magnetic materials and pre-baked - vacuum impregnated - hot baking this process so that the reactor coil

  And the core firmly into one, greatly reducing the run-time temperature and noise, effectively improve the reactor quality factor and reduce the effect of harmonics.

5. Reactor dimensions refer to the standard cabinet size design, small size, easy wiring, greatly saving the user cabinet cost investment.

Third, the use of the environment

1. altitude of not more than 2000 meters;

2. Operating ambient temperature -25 degrees to +45 degrees, the relative temperature of not more than 90%;

3. No harmful gas around, no flammable and explosive materials;

4. The surrounding environment should have good ventilation, such as installed in the cabinet, should be installed ventilation equipment

Fourth, performance indicators and technical parameters

1. Can be used for system voltage: 6KV 10KV 10.5KV 11KV 12KV 13.8KV 35KV occasions;

2. The reactivity rate is: 1% 4.5% 5% 6% 12%

3. Insulation class for the F level, noise ≤ 30dB, overload capacity ≤ 1.35 times within the continuous work, phase between the imbalance is not ± 3%, the inductance error control within +3%;