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running capacitor
The capacitor start motor is the most widely used among various types of single phase motors. Connecting a capacitor in series with the starting winding achieves the starting torque with a lower starting current leading to a torque that is higher than other types of single phase motors like the shaded pole type. Thus, for machines which have a heavy starting duty, these capacitors are ideal. A capacitor – start motor comes with a centrifugal switch which automatically disconnects the auxiliary winding when motor attains a pre – determined speed. Hence, it works only with the help of the main winding. A capacitor connected to a motor develops a higher voltage across it than that applied to the motor. Hence, designing the Motor start capacitor is more important.
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Oil Filled Capacitor
Manufactured by using High Thickness Zinc Alloy MPP dielectric. Withstands Higher Over voltage i.e. up to 15 % of Rated Voltage. Withstands Higher Over loads i.e. 40 % of Rated Current. “Self healing” property ensures long life of the Capacitor. Low energy consumption i.e. Watt Loss. Fire Retardant Resin Encapsulation for better safety. Suitable for Banking. Weather proof Powder coating. Oil filled model made with high purity non-toxic oil, which keeps Capacitor cool and thereby ensures long life.
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High Voltage Capacitor
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.
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Motor Run Capacitors
Single phase induction motors are not self rotating due to the lack of synchronously rotating magnetic field. At this juncture the Motor Run capacitor comes in picture. The main purpose of these capacitors is to generate an effective rotary field in single phase motors with two or three stator windings to allow them to be operated on a single phase supply. The capacitors, in this case, remain in circuit during the whole running period of the motor. They are, therefore, ideally suited for single phase motors for use in pumps, fans, air conditioners, washing machines, refrigeration systems etc. By employing the auxiliary winding for power output, a better utilization of the single phase motor is obtained, which is approximately 90 % of the output of the similar rating three phase motor. “YASHA” motor-run capacitors are robustly built as compared to general purpose capacitors available in market as well as they are designed for HEAVY DUTY usage. They are built for motors where Voltage across terminals goes beyond 275 Volts to 380 Volts. Of course at their rated voltage of 230 V and 440 V surge, they gives an even longer life span.
Frequency : 50 Hz
Voltage : 230 to 3000 Volts.
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Standard Duty Capacitors
FEATURES • Uses Imported Base Zinc Alloy Metallised Polypropylene film with heavy edge as main dielectric. • “Self healing” property ensures long life of the Capacitor. • Low energy consumption i.e. Watt Loss • Fire Retardant Resin Encapsulation for better safety. • Suitable for Banking. • Weather proof Powder coating. • Oil filled model made with high purity non-toxic oil, which keeps Capacitor cool and thereby ensures long life.
Tolerance : 0 % to + 10 %
Frequency : 50 Hz.
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heavy duty capacitors
FEATURES • Manufactured by using High Thickness Zinc Alloy MPP dielectric. • Withstands Higher Over voltage i.e. up to 15 % of Rated Voltage. • Withstands Higher Over loads i.e. 40 % of Rated Current. • “Self healing” property ensures long life of the Capacitor. • Low energy consumption i.e. Watt Loss • Fire Retardant Resin Encapsulation for better safety. • Suitable for Banking. • Weather proof Powder coating. • Oil filled model made with high purity non-toxic oil, which keeps • Capacitor cool and thereby ensures long life.
Tolerance : 0 % to + 10 %
Frequency : 50 Hz.
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MIX DIELECTRIC CAPACITORS
Uses Imported hazy BOPP film along with Capacitor Tissue Paper as main Dielectric. • Uses Non-PCB, Non Toxic PXE Oil as Impregnant. • Uses High Purity (> 99%) Aluminium Foil as Electrode for High Current inrush. • Basic elements are vacuum impregnated with NPCB PXE oil. • Extended foil Technology. • Internal Fuse to Each element is possible for better safety. • Capacitors can withstand the dynamic fluctuation of load. • Withstands Higher Over voltage up to 20 % of Rated Voltage. • Withstands Higher Over loads i.e. 75 - 100 % of Rated Current. • Guaranteed Output for a longer period i.e. 10 -15 yrs.
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OIL AND FOIL DESIGN CAPACITORS
FEATURES • Uses Imported hazy BOPP film as main Dielectric • Uses Non-PCB, Non Toxic PXE Oil as Impregnant • Uses High Purity (> 99%) Aluminium Foil as Electrode for High Current inrush • Basic elements are vacuum impregnated with NPCB PXE oil. • Extended foil Technology. • Internal Fuse to Each element is possible for better safety. • Capacitors can withstand the dynamic fluctuations of load. • Withstands Higher Over voltage i.e. up to 20 % of Rated Voltage. • Withstands Higher Over loads i.e. 75 - 100 % of Rated Current. • Low energy consumption i.e. Watt Loss. • Guaranteed Output for a longer period i.e. 10 - 15 yrs.
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Automatic Power Factor Control Panels
In Most Of The Industries, Due To The Fluctuating Load Conditions, The Power Factor Also Varies Accordingly. Hence It Is Practically Difficult To Maintain A Penalty Free Power Factor With Fixed Compensation Of Capacitors. This Results In Low Power Factor And Leads To Higher Kva Demand And P.F. Penalties. Due To Variable Load Conditions And Cumbersome Manual Switching Of Capacitors The Power Factor Can Not Be Maintained At Desired Levels. As Close Monitoring Of Power Factor Is Required All The Time To Avoid Penalties And To Minimize The KVA Demand, Automatic Power Factor Correction Panels Are The Best Solutions. The Panel Are Manufactured Using Micro Controller Based Control Relay To Control The Capacitor Switching. All The Settings Are Done By Finger Tip Key Pad With Options To Select “FIFO” Of “CYCLIC” Order And Many More. The Panels Are Made Based On Study Of Your Load And Perfect Tuning Is Possible To The Requirement Of Your System. ADVANTAGES • Avoids Power Factor Penalties. • Reduces KVA Demand • Avoids Leading Power Factor. • Avoids Over Excitation Of Generators. • Minimizes Line Losses. • Minimizes Transformer Losses. • Protects Motors, Switchgears From • Improves Voltage Conditions.
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High Voltage Capacitors
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. These 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. Such Capacitors Under Go Rigorous Testing Before Painting And Dispatch To Concern Customers. During The Process Of Repairs Of These Capacitors The Capacitors Are Opened First. Then The Entire Elements Are Checked Visually And Those Elements, Fuse Of Which Blown, Are Removed From The Stack. These Faulty Elements Are Replaced With Good Elements And The Capacitor Is Put For Initial Testing. During This Testing If Any Other Element Is Faulty It Also Blows Off. Then The Same Is Also Replaced With Good One. After This The Capacitor Is Put For Final Testing And After Passing The Testing The Capacitor Is Sealed, Painted And Dispatched To Concern Customers.
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