Jiangyin Spark provides flexible Rogowski coil solutions with standard 4-20mA DC and 0-5VDC outputs for AC current measurement, power monitoring, energy management and industrial control applications.
The Rogowski coil measures AC current, while an integrator or signal-conditioning circuit converts the sensor signal into a standard 4-20mA DC or 0-5VDC output. This makes it easy to connect the sensor to PLCs, monitoring systems, controllers and other industrial equipment.
Our DC output Rogowski coil solutions include:
4-20mADC Output Rogowski Coil
0-5VDC Output Rogowski Coil
Customized DC output options for OEM applications
Primary current range, coil size, lead wire length and output configuration can be customized according to the customer's equipment and application requirements.
DC output Rogowski coils can be used for:
PLC current monitoring
Energy Management Systems (EMS)
Industrial control systems
Power monitoring equipment
Electrical distribution panels
Remote current monitoring
Building energy management systems
Solar and renewable energy systems
Before selecting a model, confirm the primary AC current range, required DC output, power supply, conductor size and input specification of the connected equipment.
For example, a 4-20mADC output Rogowski coil is suitable for industrial systems designed to receive a standard current signal, while a 0-5VDC output Rogowski coil can be connected to compatible voltage-input monitoring and control equipment.
The power supply requirement should also be confirmed when selecting a Rogowski coil with an integrator or signal-conditioning circuit.
Jiangyin Spark offers OEM Rogowski coil solutions with customized:
Primary AC current range
4-20mADC or 0-5VDC output
Coil diameter and length
Lead wire length
Power supply
Connector and cable configuration
Accuracy requirements
For model selection, please provide your primary current range, required output, conductor size, power supply and application. Jiangyin Spark can recommend a suitable DC output Rogowski coil solution for your project.
