Effective power transducer WM500
Active Power Transducer for Accurate Single & Three-Phase Power Measurement
Key Features:
⚡ Single & Three-Phase Power Measurement
Supports 1-phase and 3-phase power systems with symmetrical loads, providing accurate active power measurement for industrial electrical installations.
📊 Accurate Active Power Conversion
Converts measured effective (active) power into proportional industry-standard analog output signals, enabling seamless integration with PLCs, SCADA systems, and monitoring equipment.
Key Features:
🔄 Flexible Measurement Configuration
Supports 1 A or 5 A current inputs, selectable power factor (cos φ) of 0.72 or 1, and operates over a 45–400 Hz frequency range for versatile industrial applications.
🛡️ Optional Voltage Compensation
Available with an integrated compensation circuit that minimizes measurement errors caused by voltage deviations in three-phase systems, improving measurement accuracy for sinusoidal voltage applications.
Applications:
🏭 Industrial Power Monitoring
Continuously measures active power consumption in industrial plants, production equipment, and manufacturing systems.
⚡ Energy Management Systems
Ideal for monitoring electrical energy usage and supporting efficient energy management in commercial and industrial facilities.
🔌 Electrical Distribution Panels
Suitable for installation in switchboards, motor control centers, and electrical distribution panels for real-time power measurement.
🤖 Automation & Process Control
Provides reliable analog power signals for PLCs, SCADA systems, and industrial process automation applications.
Why Choose This Solution?
Active Power Measurement
Accurately measures effective power in single and three-phase systems with symmetrical loads.
1 A & 5 A Current Inputs
Supports standard industrial current transformer inputs with selectable power factor settings.
Standard Analog Outputs
Converts measured power into proportional analog signals for PLCs, controllers, and SCADA systems.
Optional Compensation Circuit
Reduces voltage-related measurement errors for improved accuracy in three-phase power monitoring.
