The main difference between CTS (current transformers) and VTS (voltage transformers) is their function and purpose in electrical systems. CTs are used to resign high currents in power systems to levels suitable for metering or protection devices. They provide accurate current measurements proportional to the primary current flowing through the conductor they surround. On the other hand, VTs are used to resign high voltages to levels suitable for measurement or control purposes. They provide accurate voltage measurements proportional to the primary voltage across their terminals. In summary, CTS measures current, while VT measures voltage in electrical systems.
VTs, or voltage transformers, are electrical devices used to step down from high voltage levels to lower, safer levels suitable for measurement or control purposes. They are also known as potential transformers and are commonly used in power systems to provide accurate voltage measurements for various applications. VTs play a crucial role in voltage monitoring, protection and control, ensuring the safe and reliable operation of electrical systems.
CTs and VTSs perform different functions in electrical systems, CTS measures current and VTS measures voltage. Current Transformers (CTS) are used to resign high currents in power systems to levels suitable for measuring or protection devices, providing precise current measurements proportional to the primary current flowing through the conductor they encircle. Voltage transformers (VTS) are used to resign high voltages to lower, safer levels suitable for measurement or control purposes, providing accurate voltage measurements proportional to the primary voltage across their terminals. In summary, CTS measures current, while VT measures voltage in electrical systems.
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