How to use Single Phase Dual Power Supply?
Single phase (1 phase) and three phase (3 phase) electricity are cornerstones of AC electrical systems. Seth So, Power Systems Experience Center Engineer, explains how both systems operate.
Starting off with the fundamentals, Seth discusses how both 1-phase and 3-phase systems operate using AC power. The different amounts of phases in each system and how that affects wiring schemes for both electrical systems.
Seth goes on to explain
• How residential settings will be fed by a single-phase transformer in what is known as a split-phase system
• why commercial applications requiring 1-phase and 3-phase power can use a 3-phase wye transformer (spoiler alert: it’s the neutral wire)
• Applications also use 3-phase delta transformers for higher voltage and can include what’s known as a high-leg delta
• The neutral wire plays a role in balanced loads and unbalanced loads
• that depending on applications, loads will require different voltage levels
Finishing the video, Seth describes how industrial, commercial and residential loads will require different voltage levels and examples of all three.
How to use Single Phase Dual Power Supply?
Single phase (1 phase) and three phase (3 phase) electricity are cornerstones of AC electrical systems. Seth So, Power Systems Experience Center Engineer, explains how both systems operate.
Starting off with the fundamentals, Seth discusses how both 1-phase and 3-phase systems operate using AC power. The different amounts of phases in each system and how that affects wiring schemes for both electrical systems.
Seth goes on to explain
• How residential settings will be fed by a single-phase transformer in what is known as a split-phase system
• why commercial applications requiring 1-phase and 3-phase power can use a 3-phase wye transformer (spoiler alert: it’s the neutral wire)
• Applications also use 3-phase delta transformers for higher voltage and can include what’s known as a high-leg delta
• The neutral wire plays a role in balanced loads and unbalanced loads
• that depending on applications, loads will require different voltage levels
Finishing the video, Seth describes how industrial, commercial and residential loads will require different voltage levels and examples of all three.
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