About MDXL TYPE CAPACITOR
"Usha Electric" Make 5 Kvar 525 Volt 3 Phase MDXL Type Capacitor, "Usha Electric" Make 5 Kvar 525 Volt 3 Phase MDXL Type Capacitor, "Usha Electric" Make 5 Kvar 525 Volt 3 Phase MDXL Type Capacitor, "Usha Electric" Make 5 Kvar 525 Volt 3 Phase MDXL Type Capacitor
Superior Build QualityThe MDXL Type Capacitor is constructed using a high-grade aluminium body, enhancing both durability and thermal conductivity. Its sturdy build ensures a long operational life even in demanding commercial environments, maintaining consistent performance within a broad temperature range.
Optimal Electrical PerformanceEngineered to deliver a 5 Kvar power rating at 525 Volts and 40 Amps, this 3-phase capacitor efficiently improves power factor in commercial and industrial applications. It operates seamlessly at a standard frequency of 50 Hertz, supporting stable and reliable power management.
Trusted Reliability and WarrantyWith a comprehensive 5-year warranty, the Usha Electric MDXL Type Capacitor guarantees peace of mind and dependable service. Its superior construction and technical features make it a popular choice for various stakeholders, from manufacturers to service providers.
FAQ's of MDXL TYPE CAPACITOR:
Q: How should the MDXL Type Capacitor be installed for commercial use?
A: The MDXL Type Capacitor should be installed by a qualified electrician in accordance with standard commercial electrical practices. It is designed for easy integration into 3-phase systems, utilizing its three terminals for secure, reliable connections.
Q: What are the main benefits of using the 5 Kvar 525 Volt 3 Phase MDXL Type Capacitor?
A: This capacitor provides improved power factor correction, enhances system efficiency, and helps reduce energy costs in commercial setups. Its durable aluminium body ensures long service life and reliable performance even at operating temperatures up to 85C.
Q: Where can the MDXL Type Capacitor be used?
A: It is suitable for a variety of commercial and industrial locations that require robust power factor correction, such as factories, office complexes, and large commercial establishments across India.
Q: What process should be followed for routine maintenance?
A: Routine visual inspections for signs of wear, checking terminal tightness, and ensuring proper ventilation around the capacitor are recommended. Maintenance should be conducted while observing standard electrical safety procedures.
Q: When would it be necessary to replace the capacitor?
A: Replacement is advisable if the capacitor shows signs of significant deterioration, persistent overheating, or a decrease in capacitive performance. Regular checks within the warranty period can help identify issues early.
Q: How does the 5-year warranty benefit the user?
A: The 5-year warranty covers manufacturing and performance defects, providing users with long-term assurance and reducing unplanned maintenance costs, thus protecting their investment.