Electrical Panels & Distribution Box #4494421

Our reactor windings consist of numerous aluminum or copper conductors connected in parallel.These conductors can be insulated single wires, insulated cables or alumininum profiles separated by fiberglass spacers. The cost-effective Solution to be selected, in terms of dimensions and conductor type to be used in each design, depends on the required ratings for the equipment.For encapsulated design, the conductors are mechanically immobilized and Encapsulated by epoxy impregnated fiberglass filaments forming cylinders.Depending on the reactor ratings, one or more of these cylinders are connected in parallel between aluminum or copper spiders. The individual cylinders are separated by fiberglass spacers forming cooling Ducts. F+155 C & H-180 C Class.

T-RTPFC panel is an integration of CRCA powder coated MS Sheet enclosure , fully wired with Self healing MPP capacitor & Reactor , capacitor duty Thyristor, fan, APFCR, all switchgears, with IP protection , busbar ALCU, with IEC STD, a) The thyristor switched contactor shall be capable of handling the continuous current of 130% of the rated capacitor current at rated voltage of 415V. The blocking voltage of the thyristor switch during off Condition should be minimum 1800 Volt peak. Every thyristor switch should be capable of handling the dvdt of 2000 Volts S. b) The thyristor switched contactor used shall turn on at zero differential voltage across it. This zero differential voltage tolerance shall not exceed 6 Volts peak value around zero. c) The time delay between turn off and subsequent turn on should be as minimum as possible and in the range of milliseconds. There should not be any discharge devices across capacitor that can exceed the watt loss of more than 30 watt.