S-M-1600 Three-Phase Oil-Immersed Distribution Transformer 160kVA, 20/0.41kv, Dyn11, 5.5% Impedance

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S-M-1600 Three-Phase Oil-Immersed Distribution Transformer 160kVA, 20/0.41kv, Dyn11, 5.5% Impedance

S-M-1600 Three-Phase Oil-Immersed Distribution Transformer 160kVA, 20/0.41kv, Dyn11, 5.5% Impedance

Name: S-M-1600 Three-Phase Oil-Immersed Distribution Transformer 160kVA, 20/0.41kv, Dyn11, 5.5% Impedance
Brand: YAWEI
Rating: 5.0 (87 reviews)

The S-M-1600 three-phase oil-immersed distribution transformer features a rated capacity of 1600kVA, with 20kV primary voltage and 0.41kV secondary voltage, configured with Dyn11 vector group and 5.5% standard short-circuit impedance. Designed and tested per IEC-60076 standards, it adopts low-loss silicon steel core and PCB-free 25# mineral insulating oil, equipped with a reliable ONAN natural cooling system. Suitable for outdoor installation below 1000m altitude, it stably operates within -25℃ to +40℃ temperature range. With low operating loss, excellent voltage stability and strong overload resistance, this transformer is ideal for industrial parks, municipal power grids and large-scale civil power distribution projects.

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Model:
S-M-1600-33-0.433
Brand:
YAWEI

Transformer Oil Immersed Transformer distribution transformer Oil Type Transformer Electrical Transformer Three Phase Transformer

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Product Description

S-M-1600 Three-Phase Oil-Immersed Distribution Transformer

The S-M-1600 is a professional three-phase oil-immersed distribution transformer with 160kVA rated capacity, configured with 20kV primary voltage and 0.41kV secondary voltage, Dyn11 vector group and 5.5% standard short-circuit impedance. Fully designed and manufactured in accordance with IEC 60076 international standards, it adopts high-quality low-loss silicon steel core and pure copper windings, matched with a stable ONAN natural cooling system. Featuring low operating loss, reliable insulation performance and maintenance-free structure, the equipment supports stable operation under outdoor working conditions. It is widely used in municipal power grids, industrial parks and commercial power distribution scenarios, with stable performance, high cost-effectiveness and customizable services.