CKSC-144 / 10-6% high pressure core series reactors

Description: High-voltage series reactors CKSC-144 / 10-6% epoxy cast type series reactor line package impregnated Series Reactor Description First, use CKSC dry-type iron core series reactor is for reactive power compensation device Important equipment. After power capacitors and dry type iron core reactors in series, can effectively inhibit the grid high harmonics, inrush current limiting and over-voltage operation, to improve the voltage waveform of the system, improve the power factor of power capacitors and other electrical safe operation of equipment has played a larger role. Second, the structural characteristics 1, CKSC dry-type iron core series reactor core using high quality imported silicon steel core columns evenly by the number of air into small pieces, the gap with epoxy cloth panels as isolated to ensure that the air gap Reactor long run without change. 2, using high-quality silicon steel core end faces the end face of glue, silicon firmly together, greatly reduces the running noise, and has good moisture and dust properties. 3, an epoxy cast coil type, coil inside and outside laying epoxy glass mesh for enhanced F grade epoxy casting system for casting in a vacuum state, the coil is not only good insulation properties, and high mechanical strength, can withstand high current impact and thermal shock without cracking. 4, epoxy cast coil non-absorbent, low partial discharge, safe operation in harsh environmental conditions. 5, the upper and lower ends of the coil with epoxy and silicone rubber shock pad pad, effectively reduces the shock coil runtime. Third, the use of environmental conditions 1, altitude of not more than 1000 meters. 2, Operating temperature -25 ℃ ~ + 45 ℃, relative humidity less than 90%. 3, around the non-harmful gases, no inflammable and explosive materials. 4, the surrounding environment should have good ventilation. Fourth, the performance parameters 1, the dry-type reactor than conventional oil-immersed reactors, hollow reactor volume to be small, light weight, accounting for a small space, simple structure, convenient installation. 2, the temperature levels reached Class F (155 ℃); normal operation, the dry type iron core reactor core and coil temperature rise of no more than 90K. 4, dry type iron core reactor can run long 1.35 times the rated current. 5, dry type iron core reactor noise is not greater than the national standard. 6, dry type iron core reactor pressure levels consistent with JB5346-1998 "series reactor" requirement.