Single-phase Transformer, Rectifier Transformer, Combined Transformer, Power Transformer, Distribution Transformer
Frequency Characteristics
Power Frequency
Shape of Core
EE
Brand
Yhs
Transport Package
Wood Carton
Specification
275*290*540mm
Trademark
YHS
Product Description
Product Introduction
Presenting the SCRB product, a groundbreaking innovation in dry-type transformer technology that revolutionizes protection and efficiency. This cutting-edge marvel is engineered to deliver outstanding heat dissipation while eliminating the necessity for traditional molds, offering unparalleled design flexibility and robustness against lightning strikes. With its pioneering vertical multi-air-channel configuration, this transformer ensures optimal self-cleaning during operation, enhanced by advanced electronic computer optimization design software. Developed within market-accepted material consumption limits, it guarantees minimal energy loss. As a trailblazer in the latest generation of impregnated wrap dry-type transformers, it boasts exceptional moisture-proof, dust-proof, and environmentally-friendly properties, setting an unprecedented benchmark in safety and eco-consciousness.
Product Features
1· Experience tranquility and unparalleled energy efficiency with this product. The core is crafted from high-permeability cold-rolled grain-oriented silicon steel sheets, featuring a sophisticated three-step lap joint and 45° oblique joint that eliminates the need for punching, thereby reducing both process and no-load loss. An internationally-renowned automatic cutting line facilitates the flawless formation of the core structure in a single step, significantly minimizing noise. · Discover the benefits of flexible design and expedited delivery, with mold-free production slashing non-standard product cycles by over 5 days. 2· Harness intelligent control and real-time monitoring capabilities through an automatic control system equipped with comprehensive three-phase temperature monitoring. A built-in CPU interface allows for seamless remote network monitoring. 3· Revel in exceptional heat dissipation, as the high- and low-pressure coils feature a multi-air-channel architecture that enhances thermal management, operating safely at up to 120% peak load without the need for forced air-cooling. 4· Attain remarkable mechanical strength and impact resistance. The high-pressure coil undergoes vacuum pressure impregnation, baking, and curing to achieve exceptional mechanical resilience, withstanding powerful external forces and high-current impacts without affecting functionality. 5· Benefit from superior insulation and a high heat rating. Key components endure temperatures up to 180° (Class H), with the core material employing DuPont Nomex@ paper as an insulation medium with a heat resistance capacity of 220° (Grade C). 6· Prioritize sustainability and environmental protection, as the high and low voltage coils are non-combustible and release no toxic gases. Principal materials are designed for decomposition and recovery after their service life. 7· Achieve outstanding resistance to dust, moisture, and pollution, thanks to the distinctive coil dipping process, which ensures exceptional protection against environmental challenges, with the ability to reliably transmit power even in 95% humidity conditions.
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