Dhandapani Metallized Polypropylene Self - Healing Type LT Power Capacitors

Technology
Dhandapani Metallized Polypropylene Self - Healing type Power Capacitors feature most up-to-date technological developments in power factor improvement Capacitors, which have evolved considerably in recent years, worldwide. The manufacturing Plant consists of State-of-the-art imported & indigenous machinery and sophisticated testing instruments, backed by a team of qualified and highly skilled personnel, having vast experience in the industry. Strict control of the most sensitive processes winding, galvanization and encapsulation is ensured in an absolutely dust-free, highly automated system thus providing for a reliable product and huge production capacity

Reliability
Elements wound with superior quality zinc alloy three layer heavy edge metallized polypropylene film-same as being used by reputed capacitor manufacturers world over.

• The elements are wound on imported state-of-the-art new generation fully automatic numerically controlled winding machine, and hence no corona discharge or ionization
• All other inputs from reputed international/indigenous suppliers
• Self - Healing type-no corona discharge or ionization
• Very low watt losses (0.2 to 0.65 W/kVAr)
• Low temperature rise, excellent thermal stability
• Inrush and transient current control for Capacitors in 10 to 30 kVAr units using Inductor Coils
• Terminated at Brass bolts made out of electrical grade lead free brass, ensures lowest contact losses & temperature rise

Power Capacitors Introduction
As the name suggests, are essential to improve the power factor of any electrical installation, resulting in:

• Reduction in the cost of installation and possibility of increasing plant load
• Reduced voltage drops, with consequent better output from the machines
• Reduced feeder current, resulting in lower line losses, with the possibility of connecting more loads without increasing the feeder cross-section.
• Improved capacity utilization and longer life of distribution equipments like transformer, switchgear and cable
• Reduced cost of electrical energy by improved power factor (low power factor causes high kVAr demand)