HIOKI PQ ONE Software - For Analysing Measurement Data from HIOKI Power Quality Analyzers

HIOKI Singapore

8 Aug 202301:54

Summary

TLDRThe Hioki PQ 3100 Power Quality Analyzer is a cutting-edge tool that sets a new standard for power management. Paired with the bundled PQ1 software, it offers exceptional convenience for users. The device captures and displays data, allowing users to zoom in on details and navigate through various tabs to view comprehensive trends on voltage, current, frequency, unbalanced factor, power, energy, harmonic trends, and harmonic peak levels. When power anomalies occur, such as interruptions or voltage drops, the PQ 3100 records these events, which can be easily reviewed and analyzed using the PQ1 application. This feature accelerates the process of identifying the root cause of power issues. Additionally, the PQ1 software facilitates the creation of reports using the captured graphs, making it a convenient tool for professionals seeking advanced solutions for power quality management. To learn more, visit www.heoki.com.

Takeaways

🌟 The Hioki PQ 3100 is a power quality analyzer that sets a new standard for power management.
📈 It can be paired with the PQ1 bundled software for enhanced convenience and functionality.
📊 The display captures data and allows users to zoom in for detailed analysis of various power parameters.
🔍 Users can click on tabs to view detailed full or halfway trends for a comprehensive understanding.
🔌 It checks for critical power quality parameters such as voltage, current, frequency, and unbalanced factor.
📊 The analyzer tracks energy and harmonic trends, as well as harmonic peak levels.
🚨 When power anomalies occur, such as interruptions or voltage drops, the PQ 3100 records these events.
📈 The PQ1 application can display these recorded events in a statistical chart for easy review.
🕒 Events can be viewed based on the time of occurrence or the type of event, facilitating a faster investigation process.
📋 The PQ1 software also provides the convenience of creating reports using the captured graphs.
💡 The Hioki PQ 3100 offers advanced solutions to help manage and maintain power quality effectively.
🌐 More information about the Hioki PQ 3100 can be found on their official website at www.heoki.com.

Q & A

What is the primary function of the PQ 3100 power quality analyzer?
-The PQ 3100 power quality analyzer is designed to analyze and manage power quality, capturing and displaying data on various power parameters.
What software is suggested to pair with the PQ 3100 for greater convenience?
-The PQ 3100 is suggested to be paired with the PQ1 bundled software for enhanced functionality and convenience.
What kind of data can be captured by the PQ 3100?
-The PQ 3100 can capture data on voltage, current, frequency, unbalanced factor, power, energy, harmonic trends, and harmonic peak levels.
How does the PQ 3100 assist in identifying power anomalies?
-The PQ 3100 records events such as power interruptions and voltage drops that affect power quality, which are then displayed in its statistical chart.
What tool is used to view the recorded events on the PQ 3100?
-The PQ1 application is used to view the recorded events based on the time of occurrence or type of event.
How does the PQ1 application facilitate the investigative process?
-The PQ1 application speeds up the investigative process by allowing users to view events based on time or type, which helps in quickly identifying the cause of power problems.
What additional convenience does the PQ1 application offer?
-The PQ1 application offers the convenience of creating reports using the graphs generated from the data captured by the PQ 3100.
What does the Hioki PQ 3100 provide in terms of solutions?
-The Hioki PQ 3100 provides advanced solutions to help manage and monitor power quality effectively.
How can one learn more about the Hioki PQ 3100 power quality analyzer?
-To learn more about the Hioki PQ 3100, one can visit the official website at www.heoki.com.
What feature allows users to zoom in on the details of the captured data?
-The PQ 3100 features a display that allows users to zoom in on the details for a closer look at the captured data.
How can users navigate through the different types of trends on the PQ 3100?
-Users can navigate through different types of trends by clicking on the tabs provided in the interface of the PQ 3100.
What is the significance of recording power quality events?
-Recording power quality events is significant as it helps in identifying and diagnosing power anomalies, which is crucial for maintaining the integrity and reliability of the power supply.

Outlines

00:00

📈 Introduction to the PQ 3100 Power Quality Analyzer

The first paragraph introduces the PQ 3100 power quality analyzer as a new standard for power management. It emphasizes the compatibility with the PQ1 bundled software for added convenience. The video showcases the analyzer's ability to capture data, zoom in on details, and view trends such as voltage, current, frequency, unbalanced factor, power, energy, harmonic trends, and harmonic peak levels. It also highlights the recording of power anomalies or events that affect power quality, and how the PQ 3100, in conjunction with the PQ1 application, can display these events in a statistical chart. This feature aids in the investigation process to identify the source of power problems. Additionally, the PQ1 software allows for the creation of reports using the graphs. The paragraph concludes with an invitation to learn more about the Hioki PQ 3100 power quality analyzer on their website.

Mindmap

Keywords

💡Power Quality Analyzer

A power quality analyzer is a device used to measure and analyze the quality of electrical power in a system. It is essential for identifying and diagnosing issues related to power supply problems. In the video, the PQ 3100 is presented as the new standard for power management, indicating its importance in maintaining a stable and efficient power supply.

💡PQ1 Bundled Software

The PQ1 bundled software is a companion application to the PQ 3100 power quality analyzer. It is designed to enhance the functionality of the analyzer by providing additional tools and features for data analysis and management. The script mentions that pairing the PQ 3100 with PQ1 software offers even greater convenience, suggesting that the software complements the analyzer's capabilities and streamlines the process of power quality management.

💡Display Capture Data

Display capture data refers to the visual representation of the data collected by the power quality analyzer. It allows users to view and interpret the electrical power data in a clear and understandable format. The video script mentions that the PQ 3100 can display data in a way that allows users to 'zoom in on the details,' which implies that the analyzer provides a high level of detail in its data presentation.

💡Voltage and Current

Voltage and current are fundamental concepts in the field of electricity and power management. Voltage is the electric potential difference between two points, while current is the flow of electric charge. In the context of the video, the PQ 3100 analyzer can check for voltage and current, which is crucial for diagnosing power quality issues. The script states that users can 'easily check for voltage and current,' highlighting the analyzer's ability to monitor these key parameters.

💡Frequency

Frequency in the context of power quality refers to the number of cycles per second of an alternating current (AC) signal. It is measured in Hertz (Hz) and is a critical parameter for ensuring that electrical devices operate correctly. The video mentions that the PQ 3100 can analyze frequency, which is an essential feature for identifying any deviations from the standard frequency that could indicate power quality problems.

💡Unbalanced Factor

An unbalanced factor, also known as an imbalance, refers to the uneven distribution of voltage or current among the phases of a multi-phase electrical system. This can lead to inefficiencies and potential damage to equipment. The script indicates that the PQ 3100 can analyze the unbalanced factor, which is an important capability for maintaining a high-quality power supply.

💡Power Energy

Power energy is the product of power and time, and it represents the total amount of electrical energy consumed or produced over a specific period. In the context of the video, the PQ 3100 analyzer can track power energy, which is vital for understanding the overall energy usage and efficiency of a system.

💡Harmonic Trend

A harmonic trend refers to the pattern or behavior of harmonic distortion in an electrical system. Harmonics are multiples of the fundamental frequency that can cause power quality issues. The PQ 3100 is capable of analyzing harmonic trends, which is essential for identifying and addressing harmonic distortion problems that can affect the performance and lifespan of electrical equipment.

💡Harmonic Peak Level

Harmonic peak level is the highest value of a harmonic component in an electrical system. It is a measure of the severity of harmonic distortion and is important for assessing the impact of harmonics on power quality. The video script mentions that the PQ 3100 can analyze harmonic peak levels, which is a key feature for evaluating and mitigating the effects of harmonic distortion.

💡Power Anomaly

A power anomaly refers to any deviation from the normal operation of an electrical system, such as power interruptions or voltage drops. These events can threaten the quality of the power supply and are critical to identify and resolve. The script highlights that the PQ 3100 records power anomalies, which is a crucial function for diagnosing and addressing power quality issues.

💡Statistical Chart

A statistical chart is a graphical representation of data that allows for the analysis and interpretation of patterns or trends. In the context of the video, the PQ 3100 uses a statistical chart to display recorded power anomalies, which helps users to visualize and understand the nature and frequency of power quality events.

💡Reporting

Reporting in the context of the video refers to the process of creating documents or summaries that detail the findings from the power quality analysis. The PQ1 software is mentioned as providing the convenience of creating reports using the graphs, which implies that it offers tools to compile and present the data from the PQ 3100 in a professional and understandable format.

Highlights

The PQ 3100 is a new standard for power management.

It can be paired with the PQ1 bundled software for greater convenience.

The display captures data and allows zooming in on details.

Tabs can be clicked to view detailed full or halfway trends.

Voltage, current, frequency, and unbalanced factor can be easily checked.

Power energy and harmonic trends can be analyzed.

Harmonic peak levels are also measurable.

Power anomalies such as interruptions and voltage drops are recorded as events.

Events can be displayed in a statistical chart using the PQ1 application.

Events can be viewed based on time of occurrence or type, speeding up the investigative process.

PQ1 allows for the convenience of creating reports using the graphs.

The Hioki PQ 3100 provides advanced solutions for managing power quality.

It delivers innovative methods and theoretical contributions to the field of power management.

The PQ 3100 has a notable impact on practical applications in power quality analysis.

It offers a unique value in its ability to capture and analyze detailed power quality data.

The bundled PQ1 software enhances the analyzer's capabilities and user experience.

The PQ 3100 sets a new standard for comprehensive power quality event recording and analysis.

It helps users efficiently identify and address the root causes of power problems.

More information about the Yoki PQ 3100 can be found at www.heoki.com.