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Measurement range: The measurement range of parameters such as voltage, current, and power is wide and can adapt to different power grid environments. Accuracy: High precision measurement, in compliance with relevant standards. Sampling rate: High sampling rate, capable of quickly capturing changing electrical parameters. Storage capacity: Large capacity storage that can record a large amount of historical data and events. Communication interface: RS-485、 Ground, etc
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PQMII-T20 is the first power quality analyzer launched by General Electric (GE). It is a high-performance device mainly used for monitoring and analyzing the power quality of the power grid, providing detailed energy parameters and event records
Multifunctionality: It can measure various electrical parameters such as voltage, current, power, power factor, harmonics, and transients
Advantages: Adopting guided sensors and advanced algorithms to ensure the accuracy of measurement data
Rich communication interfaces: Supports multiple communication protocols, facilitating data transmission and remote monitoring
User interface of the operation interface: equipped with LCD screen and buttons, easy to operate
Flexible configuration: It can be flexibly configured according to different application requirements
Product parameters and specifications
Measurement range: The measurement range of parameters such as voltage, current, and power is wide and can adapt to different power grid environments
Accuracy: High precision measurement, in compliance with relevant standards
Sampling rate: High sampling rate, capable of quickly capturing changing electrical parameters
Storage capacity: Large capacity storage that can record a large amount of historical data and events
Communication interface: RS-485、 Ground, etc
PQMII-T20
PQMII-T20 belongs to GE's PQMII power quality analyzer series, which is known for its excellent performance and productivity
Power quality monitoring: Continuously monitor parameters such as voltage, current, and power of the power grid to promptly identify power quality issues
Harmonic analysis: Analyze the harmonic components in the power grid and evaluate the impact of harmonics on equipment
Transient analysis: Analyze transient phenomena in the power grid, such as voltage drops, surges, etc
Event recording: Record various events that occur in the power grid to provide a basis for fault analysis
PQMII-T20
Power system: power quality monitoring of power plants, substations, and power stations
Industrial enterprises: Industrial equipment power quality monitoring
Data Center: Power Quality Monitoring Data Center
