3 phase hv oil immersed transformer

33kV Oil Immersed Electrical Transformer 800kVA High Performance Product Overview High-performance three-phase oil immersed transformer designed for distribution systems, available in 800kVA capacities with multiple voltage configurations. Technical Specifications Key Attributes Frequency 50Hz, 60Hz, 50/60Hz Phase Three Coil Number Single Winding Application Distribution System Coil Structure Shell-Type Coil, layer coil, fully sealed construction, Disc Coil, round coil Output

Copper Winding Oil Immersed Distribution Transformer 1 Phase Pad Mounted Cabinet Design Product Specifications Attribute Value Frequency 50Hz, 60Hz Phase Single Phase Coil Structure Round coil Output Voltage 220V, 380V, 400V, 440V, 480V Input Voltage 35kV, 6kV, 10kV Cooling Method ONAN (Oil Natural Air Natural) Vector Group Dyn11 / Yyn0 Tapping Range ±2X2.5% Key Features Pad-Mounted Cabinet Design - Tamper-proof lockable cabinet with separate HV and LV compartments for safety

Product Description: HENTG 250KVA 10/0.4KV Oil-Immersed Three-Phase Distribution Transformer HENTG - Powering Your World with Reliability and Efficiency Welcome to HENTG's premier outdoor distribution transformer, engineered for exceptional performance and durability in demanding environments. This 250KVA, 10/0.4KV oil-immersed transformer is the ideal solution for commercial, industrial, and municipal power distribution networks. Crafted with high-quality aluminum windings

HENTG POWER 75kva 152kva 225kva Three Phase Distribution Power Transformer Outdoor Combined Box Technical Specifications Capacity (KVA) HV Tapping range LV No-load loss Load loss Impedance Efficiency 75 24004160720076201200012470132001380014400199202494034500 ±2X2.5% 110120208240277347415416480600690 130 100 4.0-6.3 99.03 Key Features Standards-Compliant, Advanced Design: Designed and manufactured in accordance with all applicable ANSI and DOE 2016 standards for safety,

Fully sealed, oil-immersed design Features: Double-sealed structure and insulating oil cooling system. Advantages: Effectively protects against moisture, dust, and corrosion, suitable for extreme outdoor environments. Values: Extends service life to over 20 years, reducing maintenance costs and the risk of power outages. High-efficiency silicon steel core and low-loss coils Features: Utilizes high-permeability silicon steel and copper windings, achieving no-load losses of

Custom Step Down Three Phase Oil Immersed Transformer MV/HV Industrial Power Transformer 500kVA 22kV This high-performance three-phase oil-immersed transformer is designed for reliable power distribution in industrial and utility applications, offering efficient energy transformation across various voltage levels. Key Specifications Attribute Value Type Power transformer, distribution transformer, Oil-filled Transformer Frequency 50Hz, 60Hz Winding Material Aluminum

Oil Immersed Renewable Transformer No Load Control 2500kVA HENTG 2500KVA 10/0.4KV Oil-Immersed Three-Phase Distribution Transformer HENTG - Powering Your World with Reliability and Efficiency. Our premier outdoor distribution transformer is engineered for exceptional performance and durability in demanding environments. This 2500KVA, 10/0.4KV oil-immersed transformer is the ideal solution for commercial, industrial, and municipal power distribution networks. Key Features

Single Phase Pole Transformer 167kVA Oil Type Transformer Stable Voltage Transmission Distribution Transformer Single Phase Pole Transformer 167kVA Oil Type Transformer Stable Voltage Transmission Distribution Transformer Product Specifications Attribute Value Frequency 50Hz, 60Hz, 50/60Hz Phase Single Phase Application Power Transformer Output Voltage 110V, 220V, 380V, 400V Input Voltage 6.6kV, 12.47kV, 3kV, 6.3kV, 6kV Type Oil-Immersed Transformer Rated Capacity 25-250kVA

HENTG POWER 3 Phase Oil Type Transformer 11KV 100KVA 200KVA 315KVA 220V to 380V Step up Transformer PRODUCTS DESCRIPTION Type S13 oil-immersed distribution transformer is based on the original S11 distribution transformer, through the research and application of new materials and new technologies and the combination of independent innovation and technology introduction, through the optimization and innovative design of the core and coil structure, to reduce the no-load loss