Brief: Discover the 150KVA Three Phase Pad Mount Electrical Transformer, an oil-immersed solution designed for 13.8KV applications. This transformer features advanced termination connections, robust protective devices, and primary switching capabilities, ensuring reliable performance in demanding environments. Ideal for industrial and commercial use, it offers high efficiency and durability.
Related Product Features:
Termination connections include elbow connectors and externally clamped bushing wells for secure power cable integration.
Equipped with bayonet fuses, pressure relief devices, and oil level/temperature gauges for enhanced safety.
Features a 5-position tap changer and 4-position load break switch for flexible operation and maintenance.
Three-phase configuration with 150KVA capacity, 13.8KV primary voltage, and 208Y/120 secondary voltage.
Constructed with copper windings and Class E insulation for high-temperature resistance and longevity.
Self-cooled (KNAN) design with a sound level of 55 dBA for quiet operation.
Includes distribution-class lightning arresters for protection against surges and electrical faults.
Available in customizable configurations, including OEM/ODM options for specific project requirements.
Faqs:
Can I order a sample of the 150KVA Three Phase Pad Mount Transformer?
Yes, sample orders are welcome to test and verify product quality before bulk purchases.
What is the lead time for mass production of this transformer?
Mass production typically takes 15-25 days, depending on order volume and customization requirements.
What warranty is provided with the transformer?
The transformer comes with a 24-month warranty from the bill of lading date, including free technical support and replacement of damaged accessories upon proof.
Are OEM/ODM customization options available for this transformer?
Yes, we offer OEM/ODM services, including custom colors, logos, and functional modifications, all confirmed before production.
How is the quality of the transformer ensured during production?
Quality is controlled through strict adherence to technical drawings, regular inspections, performance testing, and comprehensive final checks, backed by CE certification.