Product Profile of Thyristor Switched Automatic Power Factor Correction System
Thyristor Switched Automatic Power Factor Correction System is suitable for fast variable loads, where contactor switching systems fail to give desired results. The Automatic Power Factor Correction System is easy to maintain. Udeet Electrical is the manufacturer of Thyristor Switched Automatic Power Factor Correction System.
Udeet Electrical is an ISO 9001:2000 certified company. Udeet Electrical supplies various types of Thyristor switched automatic power factor correction systems, Thyristor switching modules, reactive energy compensation / P.F. Improvement of wind electric generators / turbines / wind mills, Thyristor switched power factor correction systems etc. Load P.F. Correction of this The Thyristor Switched Automatic Power Factor Correction System is very quick and consistently near to the set value.
Key Features of Thyristor Switched Automatic Power Factor Correction System
- Load P.F. correction is quick and consistently near to the set value. Total P.F. correction is achieved within few hundred milliseconds.
- Fast P.F. correction reduces maximum demand more effectively, hence more savings on account of reduction in MD charges.
- Capacitors are switched through Thyristor at "zero current crossover threshold". Hence the capacitor connection to the mains is always smooth, transient free and absolutely without generation of harmonics and voltage spikes.
- Normal Industries which needs P.F. improvement.
- Industries having fast variable loads like CNC machines, Cranes, Hoists, Grinding machines, etc.
- Fabrication shops using spot and arc welders.
- Railway Traction sub-stations feeding single phase 25kV supply to highly variable and 3rd harmonic generating locomotive loads consuming very high amount of power.
- Steel and forging industries using induction furnaces DC and Variable speed AC motors having highly variable loading pattern, combined with generation of harmonics.
- Rubber Industries.
- Electric Supply companies for improving P.F. of their distribution transformers.
