Active Power Transducer

Product Name: Active Power Transducer
Type: Active Power Transducer
Range: Input: 0-4.5MW, Output: 4-20mA
Power Source: 110VAC, 50Hz
Application: Generator Unit Control Panel (GUCP-1) for Ansaldo G.T. Generators

Overview: The Active Power Transducer (Model: CPNV/2) is designed to accurately monitor active power in high-voltage generator systems. This device measures input power from a 3-phase system, converting the voltage and current data into a standard 4-20mA output for integration with industrial automation systems. It is ideal for use in Generator Unit Control Panels (GUCP-1) of Ansaldo G.T. generators and complies with IEC 60688 standards.

Applications: This Active Power Transducer is specifically designed for Ansaldo G.T. generator systems, making it ideal for power generation monitoring. It helps to accurately measure and monitor active power in generator unit control panels (GUCP-1) by converting the input from voltage and current data into a standardized 4-20mA output for industrial automation systems. This ensures accurate active power measurement for better system management and optimization.

Technical Specifications:

• Input Power Range: 0-4.5MW
• Input Voltage (AC): 0-100V AC
• Input Current (AC): 0-1A AC
• Number of CT Inputs: 02 (from 2 phases of a 3-phase CT)
• CT Input: 500/1A AC
• Number of VT Inputs: 03 (All 3 Line Voltages from 3-phase VT)
• VT Input: 6.6kV/100V AC
• Auxiliary Supply: 110VAC/50Hz
• Power Supply: 110VAC/50Hz
• Accuracy Class: 0.5
• Ripple (Peak-Peak): <1%
• Response Time: < 0.15 seconds
• Variation: < 1 PPM/Ohm
• Output Load: 0-750 Ohm
• Protection: Short-circuit and open-circuit protection
• Mounting: DIN Rail Mount
• Compliance: IEC 60688
• Manufacturer Part Number: CELSA: CPNV/2

Important Note: The Active Power Transducer ensures accurate power monitoring in Ansaldo G.T. generators by continuously providing reliable data on active power, allowing for real-time monitoring of power performance. The device is crucial for maintaining the reliability and efficiency of high-power systems by providing critical insights into power usage.