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Products
Control & Automation
Drive Isolation Transformers - Low Efficiency
Drive Isolation Transformers - NRCan 2019 Efficiency
DV/DT Filters
Encapsulated Control Transformer
General Purpose Enclosed Control Transformers
Industrial Open Core & Coil Control Transformer
Molded Machine Tool Industrial Control Transformer
Motor Starting Autotransformers
Reactors
Power Quality & Filters
Active Harmonic Filters
Drive Isolation Transformers - Low Efficiency
Drive Isolation Transformers - NRCan 2019 Efficiency
DV/DT Filters
Harmonic Mitigating Transformers
Passive Harmonic Filters
Reactors
Low Voltage Distribution
Encapsulated Transformer for Commercial Applications
Encapsulated Transformer for Harsh Environments - 1ph, 3ph Legacy
Encapsulated Transformers for Harsh Environments - 3ph Current
General Purpose Transformers
Harmonic Mitigating Transformer
K-Factor Rated Transformer
Solar Duty Transformer
Medium Voltage Distribution
Cast Resin – Up to 35kV Class
VPI - Up to 35kV Class
VPI – Up to 46kV Class
VPI - Up to 5kV Class
Specialty
Autotransformers
Buck-Boost Transformer
Low Voltage Lighting Transformer
Mini Power Centers
Custom Products
OEM Products
Industries
Commercial Infrastructure
Energy Storage
Electric Vehicle Charging
Healthcare Facilities
Marine Duty Applications
Microgrids
Mining and Construction
Petro-Chemical
Power Grid Infrastructure
Power Quality
Renewable Energy
resources
Product Configurator
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Product Catalogs
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When you calculate the VA requirement of a Transformer, do you use the Primary or the Secondary Voltage?
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When you calculate the VA requirement of a Transformer, do you use the Primary or the Secondary Voltage?
Frequently Asked Questions
General
When selecting the VA requirement, you use the Secondary Voltage.
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