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09 10,2024
What are the cooling methods for dry-type transformers?
Discover the 3 main cooling methods for dry-type transformers that ensure optimal performance and longevity. Open Air Natural (AN) cooling relies on natural convection for well-ventilated spaces (ambient ≤40°C). Forced Air (AF) cooling uses temperature-activated fans to boost capacity by 15-25%. Encapsulated resin cast cooling provides IP54 protection with 0.2-0.3 W/m·K thermal conductivity. At LuShan (est. 1975), we engineer all three types with 49 years' expertise, serving industries from renewable energy to medical facilities. Our dry-type transformers feature: IEC 60076-11 compliance, ≤65dB noise levels, and smart temperature monitoring. Learn which cooling solution best fits your application's load requirements and environmental conditions.
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08 10,2024
What are the main reasons that can lead to the burning of transformers?
Discover the 6 primary causes of transformer failure including overloading (60% of cases), short circuits (20-30x rated current), and insulation breakdown. Learn prevention methods from LuShan's 49 years of transformer manufacturing expertise.
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29 09,2024
What are the structural characteristics of epoxy resin dry-type transformers?
Epoxy resin dry-type transformers feature copper foil windings (reducing losses by 15-20% vs. conventional designs) and F/H class insulation (155°C/180°C rating). Their compact design is 30% lighter than oil-filled equivalents, with integrated Pt100 temperature sensors for real-time thermal monitoring.
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29 09,2024
What are the Reasons and Prevention Methods for Excessive Verticality Deviation of the Core?
Core verticality deviation in transformers can increase no-load losses by up to 20% and reduce operational efficiency. This guide examines the three primary causes: 1) Uneven stacking surfaces (>0.5mm/m tolerance), 2) Insufficient clamping pressure (0.3° deviation). LuShan Transformers' precision manufacturing process ensures
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29 09,2024
What are the Causes and Prevention Methods for Positive Tolerance Exceeding on Both Sides of the Maximum Diameter of the Core？
Learn how to prevent core diameter tolerance exceedance in transformers with expert methods from LuShan's 49 years of experience. Discover solutions for lamination stacking, alignment, and clamping processes.
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29 09,2024
How to consider the lifespan of reactors?
Discover how material selection, operating conditions, and maintenance affect reactor lifespan. Learn expert strategies from LuShan's 49 years of reactor manufacturing experience.
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29 09,2024
What are the application ranges ofinput reactors?
Input reactors are essential components in modern power systems, designed to enhance electrical stability and protect equipment. Their primary applications include reactive power compensation, harmonic filtering, and surge current limitation, ensuring optimal power factor correction and reduced waveform distortion. These reactors effectively smooth voltage spikes, suppress operational overvoltages, and stabilize bridge rectifier outputs—critical for industries like renewable energy, manufacturing, and rapid transit systems. As a leading manufacturer since 1975, LuShan provides high-quality AC reactors, DC inductors, and custom power solutions for 10+ industrial sectors.
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29 09,2024
What are the application ranges of output reactors?
Output reactors are vital for stabilizing power systems, protecting VFDs and motors from harmonic damage, and compensating for long-cable distributed capacitance. These reactors suppress harmonic currents from rectifiers and variable frequency drives (VFDs), ensuring cleaner power for industries like manufacturing, renewable energy, and rapid transit. Key benefits include extended equipment lifespan, reduced grid pollution, and improved power factor. Since 1975, LuShan has engineered high-performance AC/DC reactors, chokes, and filtering solutions for 10+ critical sectors.
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28 09,2024
How are reactors classified?
Discover how reactors are classified, with a focus on dry-type transformers' unique advantages: air insulation, fire safety, and environmental benefits. These transformers excel in high-risk environments like subways, hospitals, and workshops due to their Class F/H insulation, surge protection, and oil-free design. Learn about their structural features, including sealed casings for dust/water resistance and low-noise operation for urban areas. LuShan—a trusted manufacturer since 1975—provides certified dry-type transformers for renewable energy, smart manufacturing, and rapid transit.
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25 09,2024
What are the performance characteristics of R-type transformers?
Discover the key performance characteristics of R-type transformers, including high efficiency (over 90%), compact size, low leakage flux, noiseless operation, and enhanced safety. Ideal for industrial control, audio equipment, and medical devices, R-core transformers feature uncut ring-shaped cores for minimal energy loss and maximum reliability.
