PQM-T20-C-A GE Power Quality Meter

<p>GE PQM-T20-C-A is a powerful power quality meter primarily used for monitoring and analyzing the power quality of the power grid.</p> <p>model:PQM-T20-C-A</p> <p>Measuring phase number:three-phase three wire or three-phase four wire</p> <p>Voltage measurement range:0.1-1000V</p> <p>Current measurement range:0.01-2000A A</p> <p>Frequency measurement range:45-65Hz</p> <p>Harmonic measurement range:1-50th harmonic order</p> <p>Communication interface:RS232、RS485、Ethernet</p>
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Description

GE PQM-T20-C-A Power Quality Meter

Product Overview

GE PQM-T20-C-A is a powerful power quality meter primarily used for monitoring and analyzing the power quality of the power grid.It can monitor electrical parameters such as voltage,current,and power in real-time,and analyze and record power quality issues such as harmonics,voltage dips,and voltage spikes.This device is widely used in power systems,industrial enterprises,data centers,and other fields,providing important support for ensuring the safe operation of electrical equipment and improving the reliability of power systems.

PQM-T20-C-A GE

PQM-T20-C-A GE

Product Features

Multi parameter measurement:It can simultaneously measure various electrical parameters such as voltage,current,active power,reactive power,power factor,harmonics,etc.

High precision measurement:using high-precision sensors and advanced measurement technology to ensure the accuracy of measurement results.

Real time monitoring:Real time monitoring of the operation status of the power grid and alerting for abnormal situations.

Data recording:Measurement data can be stored inside the device or uploaded to the upper computer for convenient historical data analysis.

Flexible communication interface:Provides multiple communication interfaces,such as RS232 RS485、Ethernet,etc.,facilitate integration with other systems.

Friendly user interface:equipped with LCD display and buttons,easy and convenient to operate.

Product parameters

model:PQM-T20-C-A

Measuring phase number:three-phase three wire or three-phase four wire

Voltage measurement range:0.1-1000V

Current measurement range:0.01-2000A A

Frequency measurement range:45-65Hz

Harmonic measurement range:1-50th harmonic order

Communication interface:RS232、RS485、Ethernet

Product specifications

Installation method:DIN rail installation or panel installation

Protection level:IP30

Working temperature range:0℃~55℃

Working humidity range:10%~90%RH

PQM-T20-C-A GE

PQM-T20-C-A GE

Product series

PQM-T20-C-A belongs to the GE Multilin series power quality analyzer.The Multilin series products are renowned for their high precision,reliability,flexibility,and rich functionality,and are widely used in fields such as power systems and industrial enterprises.

Product function

Monitoring power grid quality:Real time monitoring of power grid parameters such as voltage,current,and power to promptly identify power grid quality issues.

Analyze harmonic components:Analyze the harmonic components of the power grid and evaluate the impact of harmonics on equipment.

Record events:Record events such as voltage sag,voltage surge,and excessive harmonics to provide a basis for fault analysis.

Provide data analysis:Provide rich analysis functions to help users gain a deeper understanding of the quality status of the power grid.

Product Usage

Power system:monitoring and analysis of power substations and distribution networks.

Industrial enterprises:monitoring and protection of electrical energy quality for industrial equipment.

Data center:Monitoring and protection of the power distribution system in the data center.

Research Institute:Power System Research and Experimentation.

PQM-T20-C-A GE

PQM-T20-C-A GE

summary

GE PQM-T20-C-A is a powerful and highly reliable power quality meter that provides important support for ensuring the safe operation of electrical equipment and improving the reliability of power systems.It is widely used in fields such as power systems and industrial enterprises,and is an important tool for monitoring and analyzing power systems.