About 0.25 Kvar 440 Volt 3 Phase Cylindrical Type Capacitor
USHA ELECTRIC MAKE 0.25 Kvar 440 Volt 3 Phase Cylindrical Type Capacitor, USHA ELECTRIC MAKE 0.25 Kvar 440 Volt 3 Phase Cylindrical Type Capacitor, USHA ELECTRIC MAKE 0.25 Kvar 440 Volt 3 Phase Cylindrical Type Capacitor, USHA ELECTRIC MAKE 0.25 Kvar 440 Volt 3 Phase Cylindrical Type Capacitor , USHA ELECTRIC MAKE 0.25 Kvar 440 Volt 3 Phase Cylindrical Type Capacitor
Precision Engineering for Power Factor CorrectionThis capacitor delivers optimal performance in three-phase power systems by significantly improving the power factor. Its high-grade aluminium build ensures longevity and dependable operation under rigorous conditions. It's an essential component for commercial electrical infrastructures seeking efficiency gains.
Ideal for Demanding Commercial EnvironmentsDesigned with Indian industries in mind, the 0.25 Kvar 440 Volt capacitor operates reliably up to 50C, making it suitable for a range of climates. Its compact, cylindrical design ensures easy integration into existing setups, supporting both new installations and upgrades.
FAQ's of 0.25 Kvar 440 Volt 3 Phase Cylindrical Type Capacitor:
Q: How is the 0.25 Kvar 440 Volt 3 Phase Cylindrical Capacitor used in commercial applications?
A: This capacitor is commonly installed in commercial electrical panels to correct the power factor, ensuring more efficient energy usage and stabilizing voltage levels in three-phase systems.
Q: What benefits does using this capacitor offer for businesses?
A: Using this capacitor helps reduce energy costs, minimizes equipment losses due to poor power factor, and increases the lifespan of electrical devices by maintaining voltage stability.
Q: When should this capacitor be incorporated into an electrical system?
A: It is advisable to install this capacitor when low power factor or fluctuating voltage issues are observed in commercial or industrial three-phase systems.
Q: Where can the USHA Electric 0.25 Kvar capacitor be installed?
A: It can be installed in commercial buildings, factories, or any facility utilizing a three-phase 440 Volt electrical panel, typically inside capacitor banks or main distribution boards.
Q: What is the typical process for installing this capacitor?
A: The capacitor should be mounted securely within the panel, connected to the three-phase supply as per the wiring diagram, and tested for correct operation by a qualified electrician.
Q: How does the aluminium body contribute to the capacitor's performance?
A: The aluminium construction provides enhanced heat dissipation and corrosion resistance, ensuring long-term reliability even in warm or harsh industrial conditions.