Current Transformer

Current Transformer (CT) is a precision monitoring device offered as a product of Smart Factory Solutions for accurate current measurement in industrial environments. It safely steps down high electrical currents to a standardized output (5A or 1A), enabling seamless integration with energy meters, protection relays, and automation systems. Designed for reliability and easy installation, our CTs support real-time load monitoring, energy management, and predictive maintenance in smart manufacturing setups.

Types of Energy Meters

Multi-function Energy Meter

A fixed current transformer is installed in-line with the conductor to provide stable, accurate current measurement for long-term industrial and commercial power monitoring systems.

Fixed
DC Power Meter

A split core current transformer allows quick and safe installation around existing conductors without disconnecting the circuit, making it ideal for retrofitting and energy monitoring applications.

Split Core

Fixed Current Tramsformer

A fixed current transformer (CT) is a precision device designed to measure and monitor electrical current in industrial and commercial power systems. With its solid-core construction, it provides accurate and stable current readings for energy management, protection, and automation applications. Known for its reliability and durability, a fixed CT is ideal for permanent installations where consistent performance and long-term accuracy are essential.

Energy Meter
Overview

A fixed current transformer is a robust and permanently installed device used for precise current measurement in electrical systems. It requires the conductor to pass through the core during installation, ensuring stable and reliable performance. Fixed CTs are widely used in industrial panels, protection systems, and long-term energy management solutions.

MAIN PARAMETERS
Rated Primary Current 50A – 200A (Typical)
Rated Secondary Current 5A or 1A
Accuracy Class 0.5 / 1.0
Rated Burden (VA) 5VA – 30VA
Frequency 50 / 60 Hz
Installation Type Inline (Requires disconnection)
Core Design Solid / Closed Core
Mounting Panel / Busbar Mounted

Split Core Current Transformer

A split current transformer (Split-Core CT) is a flexible and convenient solution for measuring electrical current without disconnecting existing wiring. Designed with an openable core, it allows quick installation around live conductors, making it ideal for retrofitting and system upgrades. Split CTs provide reliable and accurate current monitoring for energy management, automation, and power analysis applications while minimizing installation time and downtime.

Energy Meter
Overview

A split current transformer offers a practical and efficient way to monitor electrical current without interrupting existing connections. Its hinged core design enables fast installation, making it ideal for upgrades, maintenance, and energy monitoring applications where minimal downtime is critical.

MAIN PARAMETERS
Rated Primary Current 50A – 200A (Typical)
Rated Secondary Current 5A or 1A
Accuracy Class 0.5 / 1.0
Rated Burden (VA) 5VA – 30VA
Frequency 50 / 60 Hz
Installation Type Inline (Requires disconnection)
Core Design Solid / Closed Core
Mounting Panel / Busbar Mounted

Smart Factory Energy Monitoring

In smart factory environments, current transformers play a key role in accurately measuring electrical current flowing through machines and production lines. They enable safe and reliable data collection without directly connecting monitoring systems to high-power circuits. By integrating current transformers with energy monitoring platforms, factories gain real-time visibility into equipment performance, energy usage, and load conditions. This supports improved efficiency, preventive maintenance, and smarter operational decision-making.

Energy Meter

Real-Time Energy Analytics Hardware Installation

In industrial energy monitoring systems, current transformers are essential for safely measuring and tracking electrical current in high-power equipment and distribution panels. They provide accurate data to energy meters and monitoring platforms without direct exposure to high voltage circuits. By integrating CTs into industrial setups, facilities can monitor load patterns, detect inefficiencies, and prevent overload conditions. This enables better energy management, reduced operational costs, and improved system reliability.

Energy Meter

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