HIGH CURRENT TRANSFORMERS
High Current Transformers Applications
Custom designed high current transformers are crucial for applications that involve measuring and controlling large electrical currents. They are employed across various industries for metering, protection, and control in high-power systems. Our High Current Transformers Various Parts can compete with other High Current Transformer Manufacturers.
Our transformers can address a wide range of applications including Retrofit Applications, K-Factor Ratings, core and coil applications, Regulator applications, BIL and Voltage requirements, short circuit stress conditions, standard and engineering products, 600 V class, square and rectangular magnet wire winding, NEMA Standard and Special Sound levels, ANSI Standard, multi voltage input-output configurations, and specific frequency designs for 50 Hz and 60 Hz, alongside OEM core and coil, impedance and power loss criteria, ultra efficient designs, engineering-oriented manufacturing, Flex connectors, shortest lead times with on-premise manufacturing, and a large inventory of laminations, magnet wire, and copper foil, all while exceeding ANSI sound levels by -3dB, incorporating temperature, impulse, sound, and partial discharge tests, and offering low loss, special ambient, and low sound level designs.
These transformers are used in numerous applications, including circuit breaker testing, electric oven heating elements, and aluminum melting. The types of high current transformers and high current transformers applications considered include single-phase, three-phase, and Scott-T configurations.
HIGH CURRENT TRANSFORMERS
HIGH CURRENT TRANSFORMER, 4.5 KVA, P/N 19251-1
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L/C Magnetics Team, celebrating 34 years in business
Here are the key target markets for high current transformers applications:
Power Generation and Distribution:
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- Electric Utilities: For measuring and monitoring high currents in power plants, substations, and distribution networks.
- Renewable Energy: Used in solar farms, wind farms, and hydroelectric plants for managing and distributing high currents.
Industrial Manufacturing:
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- Steel and Aluminum Mills: For measuring and controlling high currents in electric arc furnaces and rolling mills.
- Chemical Plants: Used in electrolytic processes and for monitoring high-power industrial equipment.
Mining and Extraction:
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- Mining Operations: For powering large equipment and monitoring electrical systems in mines.
- Oil and Gas: Used in drilling rigs, refineries, and pipeline operations to manage high current electrical systems.
Transportation:
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- Railway Systems: For traction power systems in electric railways, including substations and overhead line equipment.
- Shipbuilding and Marine: Used in shipboard electrical systems and port facilities to handle high current loads.
Automotive Industry:
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- Electric Vehicle Manufacturing: For testing and monitoring high current systems in electric vehicles and charging infrastructure.
- Automotive Plants: Used in assembly lines and manufacturing processes that require high power.
Industrial Manufacturing:
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- Steel and Aluminum Mills: For measuring and controlling high currents in electric arc furnaces and rolling mills.
- Chemical Plants: Used in electrolytic processes and for monitoring high-power industrial equipment.
Healthcare Facilities:
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- Medical Imaging Equipment: Used in high-power medical devices such as MRI machines and X-ray equipment.
- Hospitals and Clinics: For managing high current loads in hospital infrastructure and emergency backup systems.
Aerospace and Defense:
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- Aerospace Manufacturing: For testing and monitoring high current electrical systems in aircraft manufacturing and maintenance.
- Military Installations: Used in high-power applications for radar systems, communication equipment, and other military infrastructure.
Telecommunications:
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- Data Centers: For managing high current loads in data centers and ensuring reliable power distribution.
- Telecom Infrastructure: Used in power systems for telecom towers and communication networks.
Research and Development:
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- Universities and Technical Institutes: For experimentation and testing in electrical engineering and materials science laboratories.
- R&D Labs: Used in developing new technologies and conducting high-power experiments.
Utilities and Infrastructure:
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- Water and Wastewater Treatment: For managing high current loads in treatment plants and pumping stations.
- HVAC Systems: Used in large commercial and industrial HVAC systems that require high power.
Commercial and Residential Buildings:
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- High-rise Buildings: For managing power distribution in large commercial and residential buildings.
- Smart Grids: Used in advanced metering infrastructure and smart grid applications to monitor and control high current flows.
Our new email address is quote@lcmagnetics.com
L/C Magnetics Inc. is a manufacturer, re-seller and distributor of transformer products from 0.1 KVA to 50 MVA, dry type
Our CEHCO division (www.cehco.com) builds DC Rectifiers, Transformer Rectifier Assemblies, Custom Power Supplies, and High Current Transformers Applications.
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L/C Magnetics can make equivalent transformers compared to High Current Transformer Manufacturers like Large Power Transformers, Commercial Transformers, Maddox Transformers, Core Transformers, High Power Transformers, Murata Manufacturing Transformers, GE Vernova Transformers, GE Grid Solutions Transformers, Doble Engineering Transformers, Hitachi Energy Transformers, Daelim Transformers, Custom Coils Transformers, Sunbelt Soloman Transformers, Hicoamerica Transformers, Basler Electric Transformers, Types of Transformers, Meta Power Solutions Transformers, Entsoe Transformers, Mitsubishi Electric Power Transformers, Meppi Transformers, High Voltage Transformers Explained, Schneider Electric Transformers, SE Transformers, Hyosung Heavy Industries Transformers, Hyonsung heavy industries Transformers, T&D Transformers, Tdworld Transformers, National Renewable Energy Transformers, Substation Transformers.