Capacitors Dealers in Sangli

• Voltage: Up To 160kV DC
• Output: Up to 1000uf
• Peak discharge current: More than 500kA
• Voltage reversal: More than 80%
• Charge hold: up to 5min
• Applications: Laser application such as laser beam equipment, flash lamps,Radar system.

• Power: 11KV,22KV,33 KV,66KV,132KV..
• Frequency: 50Hz
• Phase: Three
• Usage: Outdoor Type
• Material: Aluminium / Copper

We supply Watercooled capacitor which is used for furnace

SHARDA surge protection capacitors are of special type capacitors. Its application is of specialized nature i.e. in case of abnormal condition. These capacitors are designed for protection of large rotating machines such as motors & generators. At the time of over voltage during electric storms produces surges to electrical equipment’s connected to system. The voltage stress between turns of multi turn coil sets a limitation and surge voltage causes breakdown of turn to turn insulation resulting in short circuited turns.The surge capacitors restrict the applied surge to a point remote from the point of connection to the equipment to the system.

• Frequency: 50 / 60 Hz
• Rated output: Up to 800 Kvar& 220 Kv Class

We are producing power compensation capacitors since 20 years with fully technically & Experienced workmanship, new advanced machinery & well equipped testing & quality Control Laboratory Power compensation Capacitors reduces transmission & distribution Sub-stations and line feeders losses, improves efficiency. Benefit of High Voltage capacitor : • High Di electric strength • Easy handling • High current handling capacity • Strong & economical design • Excellent performance For increasing Electrical supply system efficiency of distribution, transmission, Substation &on line Feeders also reducing cost of electricity.Coal field, mines, water work systems, Power generation Company etc.

High Voltage Power Capacitors Are Manufactured With Hazy Film, Aluminum Foil And NPCB, Non-Toxic Oil. The Extended Foil Construction With Edge Soldering & End Folding Of Electrode Foil Is Added Feature. Units Up To 200 Kvar Are Offered Giving Benefit Of Kvar To Volume Ratio And Thereby Reducing Installation Cost And Space. High Voltage Power Capacitors are Used For Compensating Transmission Line Losses As Well As For Power Factor Improvement. Each Capacitor Unit Consists Of Number Of Elements In Series Parallel Combination With Internal Fuses. Each Element Is Wound With High Quality Hazy Bopp Film As Dielectric And High Purity Aluminum Foil As Electrode. Extended Foil Construction Is Adopted To Enhance The Life Of Capacitor. Normally The Electrode Material I. E. Aluminum Foil Has Sharp Points At Slit Edge Which Causes High Stress At The Sharp Points Causing Damage To The Capacitor. To Overcome This Phenomenon The Edge Of Aluminum Foil Is Folded Such That No Sharp Points Left Over. This Folding Forms A Ring Named As ‘Corona Ring’. After This, Capacitor Is Impregnated With NON-PCB, NON-TOXIC Bio gradable, Eco Friendly Oil Under Vacuum Which Enhances Life Of Capacitor.

Features • Bi-axially oriented both side hazy(rough) polypropylene   film to ensure good oil impregnation• Capacitor grade aluminum foil for high current   carrying capacity• No reduce in output• Low Losses < 0.3 watts per kVAr• Suitable for flexi banking• High peak inrush current withstand capability• Specially vacuum processed, oil impregnated design • Suitable for frequent switching operation   Applicable standards IS 13585 (Part 1) : 2012 IEC 60931-1 :1998 1Ø/3Ø APP (Film + Foil) type Heavy Duty Capacitor for Power Factor Improvement& Harmonic Filtering.   Principles of Power Factor Correction A vast majority of electrical loads in low voltage industrial installations are inductive in nature. Typical examples are motors, transformers, drives & fluorescent lighting. Such loads consume both active and reactive power. The active power is used by the load to meet its real output requirements whereas reactive power is used to meet its magnetic field requirements.The reactive power (inductive) is always 90° lagging with respect to active power as shown in figure 1. Figure 2 & 3 show the flow of kW, kVAr and kVA in a network before and after installation of Capacitors. Active and Reactive power always flow in every electrical installation. This means that the supply system has to be capable of supplying both active and reactive power. The supply of reactive power from the system results in reduced efficiency due to• Increased current flow for a given load • Higher voltage drops in the system• Increase in the losses of Transformers, Switchgear and Cables • Higher KVA demand from supply system as given in figure 2 • Higher electricity cost due to levy of penalties / loss of incentives   It is therefore necessary to reduce & manage the flow of reactive power to achieve higher efficiency of the electrical system and reduction in cost of electricity consumed. The quick & cost effective method of reducing and managing reactive power is through improvement of power factor by installing Power Capacitors. Concept of reduction in kVA demand from the system is shown in figure 3.   Application PF correction in LV network LV Dynamic Automatic power factor correction panels (APFC) (Contactor / Thyristor switched) Fixed power factor correction Tuned and detuned Harmonic filters   Safety Internal element fuse design Non polluting, nonhazardous NPCB Capacitor fluid Externally fitted Discharge resistors Steel enclosure for protection from live terminals Standard ratings of Capacitors Output: 5, 7.5, 10, 12.5, 15,20,25 KVAr / 41 S and 440 Volts with 151 and CE marking Higher ratings can be supplied on request. Effect of temperature rise Every Capacitor is designed for a specific lowest and highest ambient temperature. Life of Capacitor decreases when operated beyond the limits. Capacitor should not be exposed to heat and must be kept in a well- ventilated position to avoid overheating. Capacitors used in conjunction with series reactor in detuned filter application, the location of reactor affects the surrounding air temperature, Since the reactor radiates heat, it should be placed always above the Capacitor or in a separate column in order to protect capacitors from excessive heating. It is always recommended to adopt forced air cooling in detuned reactor filter panels.   Effect of over currentThe maximum allowed RMS current is given in technical data ofthe Capacitor. Operating the Capacitor beyond, will reduce the life of the Capacitor. Higher current drawn by Capacitor means increased losses. This results in heating of the Capacitor, thereby, reducing its life. Effect of over voltage Operating the Capacitor beyond permissible limits of over voltage will damage the Capacitor. Some levels of over voltages are accepted only for a short duration but they reduce the life of the Capacitor. Such levels must not occur for more than 200 times in the life time of a Capacitor.   Protection of Capacitors Capacitors have to be protected against short circuit currents by using external fuses having adequate current rating. It is recommended to use HRC fuses, having current rating of 2 -2.5 times the rated current of Capacitor. Switching of Capacitors When the Capacitor is switched in to the network, high inrush currents flow. Fast acting contactors which are capable of handling the high current level should be used. Capacitor duty contactors (connected with resistors) are better suited, since they damp the inrush currents. Contactor / switch gear ratings should be minimum 1.5 times of the rated current of Capacitors. Discharging Capacitors Capacitor must be discharged before it is re-energized to avoid superimposition of voltage over residual voltage. This helps to increase the life of Capacitor. The Capacitor voltage must reduce to less than 75V within 3 minutes. This is achieved by connecting an external discharge resistor across the Capacitor terminals. No disconnecting device be connected between the Capacitor and discharge resistor.  Earthing of Capacitor An Earthing terminal has been provided on the body of the Capacitor to be used for earthing. It is recommended to earth the Capacitor for safety purpose. Resonance Capacitors connected in harmonic rich environment are prone to resonance related problems, leading to failure of Capacitors. Under such conditions detuned reactors in series with Capacitors are preferred. Maintenance The Capacitors should be kept in a well- ventilated area, free from any corrosive medium. Terminal connections should be tightened as recommended and cleaned regularly for better performance and enhanced life   De-tuned Harmonic Reactor Iron Cored Reactors are used along with Capacitors in De-tuned harmonic filter applications. RatingDetuned Reactors are available in 5%, 6%, 7% and 14 % ratings.Features • Linearity up to 200% • Compact size and convenient mounting • Low losses • Low noise level • Tested as per IS 5553 and IEC 60076 - 6 Safety • Thermal switch provided to protect the Reactor from overheating. • E class insulation

Located in Maharashtra(India), the company has carved a niche for itself in the market with its flawless range. Development of modular control inside our warehouse helps in proper organization of the products and ensure complete safety while storage. The entire system is properly managed by our warehousing experts.

We are offering low voltage shunt capacitors, which is used for power factor improvement and harmonic filters.

mica capacitor, Capacitor, Edm Wire, Electrical Capacitor, Film Capacitor

capacitors for lighting fixtures, mpp capacitors, capacitors for motors

capacitor banks, Reactors, Transformers, line traps, Harmonic Filters

Electrical Capacitors, printing machines spares, Garden Tools

We are offering power capacitors, apfc panels etc. lt,ht,power capacitors,automati power factor control panels,repairs of all type of capacitors with three years guarantee

water cooled capacitors, Surge Capacitors, Energy Storage Capacitors

Capacitor, cans, Textile Products

Low Voltage Shunt capacitors, Medium Voltage Shunt capacitors

Heavy Duty Capacitors, Cables, Digital, Automatic Power Factor Panel

Surge Protection Capacitors