Power Factor Transducer

Product Name: Power Factor Transducer
Type: Power Factor Transducer
Range: Input: 0.5-1-0.5, Output: 4-20mA
Power Source: 110VAC, 50Hz
Application: Generator Unit Control Panel (GUCP-1) of Ansaldo G.T. Generator

Overview: The Power Factor Transducer (Model: CANV/2) is designed to measure and monitor the power factor of electrical systems, specifically in Generator Unit Control Panels (GUCP-1) of Ansaldo G.T. generators. This transducer features a 0.5-1-0.5 power factor range, converting input signals into a 4-20mA output for easy integration with industrial automation systems. The unit is designed for AC current and voltage measurements, ensuring reliable power factor calculations in high-voltage power generation applications. Built to operate with CT input of 500/1A AC and VT input of 6.6kV/100V AC, the transducer offers high accuracy and performance in demanding environments.

Applications: This Power Factor Transducer is designed for Generator Unit Control Panels (GUCP-1) used in Ansaldo G.T. generators. It accurately measures and monitors the power factor of the system, providing essential feedback for generator control systems. The transducer is suitable for both AC current and voltage inputs, and its 4-20mA output allows for integration into monitoring and control systems.

Technical Specifications:

• Input Range: 0.5-1-0.5 (60°-0°-60°)
• Output Range: 4-20mA
• CT Input: 500/1A AC
• Number of CT Inputs: 01
• VT Input: 6.6kV/100V AC
• Number of VT Inputs: 01
• 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: CANV/2

Important Note: This Power Factor Transducer ensures reliable operation in high-voltage power generation systems. It plays a crucial role in monitoring the power factor, a key performance indicator in generator systems. It meets the latest IEC 60688 standards for accuracy, protection, and reliability.