The GE PQM-II-T20-CA is an advanced power quality monitor designed to continuously analyze and report on electrical system disturbances, ensuring optimal performance and reliability in industrial applications.
Power Quality Indicators:Advanced FFT analysis, 50Hz/60Hz detection, harmonic measurement up to 20th order
Monitoring Frequency:Continuous real-time monitoring
Alert System:Email, SMS, and SNMP alert notifications
Data Storage Capacity:Up to 2GB for historical data logging
Communication Interfaces:RS485, Ethernet, USB, and Wi-Fi
Operating Temperature:-20"C to +55"C
Dimensions:180mm x 120mm x 85mm
The GE PQM-II-T20-CA stands out in its class with advanced signal processing algorithms that provide unparalleled accuracy in monitoring power quality issues. Its compact yet robust design ensures it can seamlessly integrate into various industrial environments.
With its wide range of power quality parameters monitored, including voltage fluctuations, current imbalances, frequency deviations, and harmonic content, this monitor offers comprehensive insights into the health of electrical systems.
Equipped with real-time alert functionalities, users are promptly notified of any anomalies, enabling swift corrective actions and minimizing potential downtime or equipment damage. The integrated alert system supports multiple notification channels for greater flexibility.
Capable of storing up to ten years of historical data, the GE PQM-II-T20-CA provides invaluable analytics for long-term performance tracking and predictive maintenance planning. This feature ensures proactive management of power quality issues before they impact operational efficiency.
Designed for reliability and durability, this monitor operates efficiently within a broad temperature range (-10"C to +50"C), ensuring continuous monitoring capabilities in diverse industrial settings. Its rack-mountable design optimizes space utilization and enhances compatibility with existing infrastructure.
The GE PQM-II-T20-CA is an advanced power quality monitor designed to continuously analyze and report on electrical system disturbances, ensuring optimal performance and reliability in industrial applications. In stock