Data Acquisition and Control Interface – LabVolt Series 9063

Summary

Lab Volt introduces the 9063, an advanced data acquisition and control module designed for educators, developers, and researchers. It features 4 voltage and 4 current inputs, opto-isolated for safety, 8 customizable analog inputs, and a digital encoder. The 9063 also includes 2 analog outputs, 2 digital outputs, and a multi-pins connector for IGBTs or thyristors. When connected to a PC via USB, the LVDAC-EMS software transforms it into a super multimeter with capabilities for oscilloscope, phasor analysis, harmonic analysis, and data logging. It supports complex power electronics experiments and is continuously updated for enhanced functionality.

Takeaways

• 🔌 The 9063 is a cutting-edge Data Acquisition and Control Interface designed for a variety of applications, including data acquisition, analysis, and control of electronic circuits.
• 🛠️ It features a front panel with 4 voltage inputs up to 800 volts, 4 current inputs with two scales (4 amps and 40 amps), all opto-isolated to avoid common connection issues.
• 📊 The 9063 includes 8 fully customizable analog inputs and a digital encoder input, capable of tracking motor speed, torque, phase shift, power factor, efficiency, and more.
• ⚙️ The module is equipped with 2 independent analog outputs, 2 digital outputs, and a multi-pins connector for instant control over 6 IGBTs or power thyristors.
• 💻 When connected to a computer via USB, the 9063 operates with the LVDAC-EMS software, a powerful tool for data acquisition and control, functioning like a super multimeter.
• 🔍 LVDAC-EMS includes 18 customizable meters to monitor speed, torque, voltage, current, frequency, power, efficiency, and phase angle, among other parameters.
• 📉 The software features an oscilloscope capable of tracing 8 channels simultaneously, ideal for monitoring voltage, current, or instantaneous power in single or three-phase circuits.
• 🎛️ LVDAC-EMS also includes a phasor analyzer, harmonic analyzer, and data table that can automatically record and plot results, streamlining data management.
• 🔄 LVDAC-EMS supports the operation of various systems, including buck/boost choppers, solid state relays, three-phase inverters, and more complex AC/DC power electronics circuits.
• 🧰 The 9063, with its advanced data acquisition capabilities and versatile control interface, is an essential tool for classrooms and research involving power electronics and electromechanical systems.

Q & A

What is the purpose of the 9063 Data Acquisition and Control Interface?

The 9063 Data Acquisition and Control Interface is designed for data acquisition and analysis, real-time metering, and control in various applications, including power electronics, renewable energy production, and motor control experiments.

What are the key features of the 9063's front panel?

The 9063's front panel includes 4 voltage inputs rated up to 800 volts, 4 current inputs with 2 scales (4 amps and 40 amps), opto-isolation for each input, 8 fully customizable analog inputs, a digital encoder input, and several output options, including analog and digital outputs.

How does the opto-isolation of the power inputs benefit users?

Opto-isolation of the power inputs helps suppress problems related to common connections, ensuring more accurate and reliable data acquisition without interference from shared connections.

What types of data can the 9063 track?

The 9063 can track various data points such as motor speed, torque, phase shift, power factor, efficiency, frequency, and more.

What are the capabilities of the LVDAC-EMS software when connected to the 9063?

LVDAC-EMS acts as a multipurpose tool, functioning as a super multimeter with data acquisition and control capabilities. It includes customizable meters, an oscilloscope, a phasor analyzer, a harmonic analyzer, and a data table for recording and plotting experiment results.

How does the harmonic analyzer in LVDAC-EMS function?

The harmonic analyzer in LVDAC-EMS can display up to 40 harmonics from any voltage or current signal, allowing detailed analysis of waveform distortions in electrical circuits.

What is the significance of the data table feature in LVDAC-EMS?

The data table automatically records values from instruments and plots them in a graph. It is compatible with Excel spreadsheets, simplifying the process of saving and documenting experimental results, making it a time saver for students and researchers.

What are some of the control features available in LVDAC-EMS?

LVDAC-EMS includes control features for simple function generators, DC and AC power electronics circuits, and complex home energy production systems. It can operate systems such as buck/boost choppers, solid state relays, thyristor three-phase bridges, and more.

Why is the 9063 described as a 'workstation on its own'?

The 9063 is called a 'workstation on its own' because of its extensive data acquisition, analysis, and control features. It provides a comprehensive solution for conducting complex experiments in power electronics, electromechanical systems, and power management, all from a single device.

What future developments are expected for LVDAC-EMS?

LVDAC-EMS is under continuous development, with more functionalities and improvements expected in future versions, enhancing its versatility and capabilities in data acquisition and control.

Outlines

00:00

🔌 Introduction to the Data Acquisition and Control Interface

This paragraph introduces the 9063 Data Acquisition and Control Interface by Lab Volt. It highlights the broad applications of the device, such as data acquisition, analysis with oscilloscopes, harmonic analysis, and control of various electronics like IGBTs and thyristors. The paragraph emphasizes the tool's utility for educators, developers, and researchers working with both low-tech and advanced technology. The introduction sets the stage for exploring the 9063's capabilities.

🎛️ Front Panel Features of the 9063

This section details the features of the 9063’s front panel. It includes 4 voltage inputs rated up to 800 volts and 4 current inputs with dual scales (4 amps and 40 amps). The paragraph highlights the opto-isolation of power inputs, preventing common connection issues. Additionally, the 9063 offers 8 customizable analog inputs and a digital encoder input, allowing it to monitor various data such as motor speed, torque, and efficiency. The panel also includes 2 independent analog outputs, 2 digital outputs, and a multi-pin connector for direct control of IGBTs or thyristors.

💻 Powerful Software Integration: LVDAC-EMS

This paragraph explains how the 9063’s full potential is unlocked when connected to a computer running the LVDAC-EMS software. The software acts as a super multimeter with extensive data acquisition and control capabilities. It includes a metering section with 18 customizable meters, an oscilloscope that can track up to 8 channels, a phasor analyzer for real-time voltage and current analysis, and a harmonic analyzer that displays up to 40 harmonics. Additionally, a data table automatically records and plots instrument readings, saving time for students in documenting experimental results.

⚙️ Versatile Control Capabilities with LVDAC-EMS

This paragraph focuses on the control capabilities of the LVDAC-EMS software when paired with the 9063 module. It describes how the software can manage DC and AC power electronics circuits and complex home energy systems. Specific systems mentioned include buck/boost choppers, solid-state relays, three-phase thyristor bridges, four-quadrant choppers, and various inverters. The paragraph also notes that the software is continuously being developed to add more functionality and improvements, making it an essential tool for any classroom dealing with power electronics and electromechanical systems.

🔧 Conclusion: The 9063 as a Complete Workstation

In conclusion, this paragraph summarizes the strengths of the 9063 Data Acquisition and Control Interface. It emphasizes the speed, simplicity, and precision it brings to experiments involving power electronics, electromechanical systems, and power management. With its extensive data acquisition features, flexible analysis tools, and comprehensive control interface, the 9063 is portrayed as a standalone workstation that is indispensable for any advanced toolkit.

Keywords

💡Data Acquisition

Data acquisition refers to the process of collecting and measuring electrical signals from various sources to analyze and monitor system performance. In the context of the video, data acquisition is a core function of the 9063 module, which can measure and track various parameters like voltage, current, speed, and torque. This functionality is essential for experiments in power electronics and electromechanical systems, as it allows for precise data collection and analysis.

💡Control Interface

The control interface is a user interface that allows users to manage and manipulate various electronic devices and systems. In the video, the control interface of the 9063 module, in conjunction with LVDAC-EMS software, provides users with tools to control DC and AC power electronics circuits, solid-state relays, and other components. This interface is highlighted for its user-friendly design and versatile capabilities, making complex system management more accessible.

💡Oscilloscope

An oscilloscope is an electronic instrument used to display and analyze the waveform of electronic signals. The video mentions that the LVDAC-EMS software includes an oscilloscope feature capable of tracing up to 8 channels simultaneously. This is particularly useful for monitoring voltage, current, or instantaneous power in single-phase or three-phase circuits, aiding in the visualization and analysis of electrical signals in real time.

💡IGBT (Insulated-Gate Bipolar Transistor)

IGBT stands for Insulated-Gate Bipolar Transistor, a semiconductor device commonly used in power electronics for switching and amplifying electrical power. In the video, the 9063 module includes a multi-pin connector that can directly control the gates of IGBTs or power thyristors, enabling users to perform complex AC or DC power electronics experiments. This capability is critical for educational and research purposes in power electronics.

💡Harmonic Analyzer

A harmonic analyzer is a tool used to identify and measure the harmonics in an electrical signal. The video explains that the LVDAC-EMS software includes a harmonic analyzer feature capable of displaying up to 40 harmonics from any voltage or current signal. This is vital for understanding the quality of electrical power and diagnosing issues related to harmonic distortion, which can affect system performance and reliability.

💡Phasor Analyzer

A phasor analyzer is a device or software feature used to visualize the relationship between different electrical signals, particularly voltage and current, in terms of their magnitude and phase. The video highlights the phasor analyzer in the LVDAC-EMS software, which provides an instantaneous view of voltage and current phasors, showing phase differences in single-phase and three-phase networks. This helps users understand the dynamic behavior of electrical circuits.

💡Analog Inputs and Outputs

Analog inputs and outputs refer to the channels on the 9063 module that can measure or output continuous voltage or current signals. The video specifies that the 9063 includes 4 voltage inputs and 4 current inputs, as well as 2 analog outputs. These inputs and outputs are essential for interfacing with various sensors and actuators, allowing for comprehensive data acquisition and control in power electronics experiments.

💡LVDAC-EMS Software

LVDAC-EMS is a multipurpose software platform used in conjunction with the 9063 module for data acquisition and control in electrical engineering experiments. The video describes it as a 'super multimeter' with extensive data acquisition and control features, including customizable meters, an oscilloscope, harmonic analyzer, phasor analyzer, and data table. The software enhances the module's capabilities, enabling complex analyses and system management.

💡Solid State Relay

A solid-state relay (SSR) is an electronic switching device that switches on or off when an external voltage is applied across its control terminals. The video mentions that the 9063 module can control SSRs, which are commonly used in power electronics to switch high power devices without moving parts, offering faster switching times and greater reliability than mechanical relays.

💡Renewable Energy Production

Renewable energy production refers to the generation of electricity from renewable resources, such as solar, wind, and hydroelectric power. The video briefly mentions that the 9063 module is suitable for experiments related to renewable energy production, highlighting its versatility in handling both traditional power electronics and modern renewable energy applications, thereby supporting education and research in sustainable technologies.

Highlights

The 9063 is a highly advanced data acquisition and control module designed for various applications including oscilloscope, harmonics analyzer, and real-time metering of electronic circuits or motors.

It features 4 voltage inputs rated up to 800 volts and 4 current inputs with two scales each for high versatility in data acquisition.

The power inputs are opto-isolated to suppress issues related to common connections, ensuring reliable data acquisition.

The module includes 8 fully customizable analog inputs and a digital encoder input for tracking a wide range of data such as motor speed, torque, and efficiency.

The 9063 is equipped with 2 independent analog outputs, 2 digital outputs, and a multi-pins connector for direct connection to IGBTs or Power thyristors.

The USB port connects the 9063 to a personal computer running the LVDAC-EMS software, unlocking its full potential.

LVDAC-EMS software functions as a super multimeter with outstanding data acquisition and control capabilities.

It includes 18 fully customizable meters for tracking various data points such as speed, torque, voltage, current, and power.

The oscilloscope feature can trace up to 8 channels simultaneously, ideal for monitoring voltage and current in multi-phase circuits.

The phasor analyzer provides an instantaneous view of voltage and current phasors and phase differences in single and three-phase networks.

The harmonic analyzer can display up to 40 harmonics at once from any voltage or current signal.

A data table feature automatically records and plots results from the instruments, saving time and effort in data management.

LVDAC-EMS is compatible with Excel spreadsheets, allowing for easy data export and analysis.

The control interface in LVDAC-EMS is user-friendly and capable of controlling various power electronics circuits and home energy production systems.

The 9063 can operate complex systems such as buck/boost chopper, solid state relay, and three-phase PWM inverter.

LVDAC-EMS is continuously developed to offer more functionality and improvements in the future.

The 9063 is a powerful tool for classrooms, enabling faster, simpler, and more precise experiments in power electronics, electromechanical systems, and power management.

With its unmatched data acquisition properties and flexible tools, the 9063 is a standalone workstation and an essential system for any toolkit.

Transcripts

Welcome to this presentation of the Data acquisition and control interface.

Whenever it comes to data acquisition and data analysis with oscilloscope, harmonics analyzer,

real-time metering of electronic circuits or motors, control over IGBTs, thyristors,

Solid state relay, renewable energy production and

more, we have exactly what you need. In an endless quest to create the best tools for

teachers, developers and researchers that work both

with low-tech or cutting-edge technology, Lab Volt proudly presents you the most advanced

Data acquisition and control module we've created so far, the 9063. Do not get tricked

by its clean and streamlined finish as you will soon

realize that this module packs quite a punch.

Let's get to it starting with the front panel. The 9063's front panel includes 4 voltage

inputs rated up to 800 volts and 4 current inputs with two scales each; 4 amps and 40 amps.

Unlike a standard oscilloscope, each of these

power inputs is opto-isolated from each other which suppress any problem related to the

common connections. Adding 8 fully customizable analog inputs along with a digital encoder input,

the Data acquisition and control interface can track various data such as motor speed,

torque, phase shift, power factor, efficiency, frequency and more. Looking for some outputs?

The 9063 is equipped with 2 independent analog outputs, 2 digital outputs and one multi-pins

connector used to directly connect 6 IGBTs or 6 Power thyristors, giving instant control

over the thyristor's or IGBT's gate for complex

AC or DC power electronics experiments. However,

the real power of the 9063 truly gets revealed as soon as this USB port gets connected to

your personal computer running our multipurpose

software LVDAC-EMS. Assisting you in various experiments,

LVDAC-EMS can be described as a super multimeter with outstanding data acquisition and control

properties. For instance, the metering section alone regroups nothing less than

18 fully customizable meters used to track data such as

speed, torque, voltage, current, frequency, power, efficiency, phase angle and more.

It also features an oscilloscope able to trace up

to 8 channels at once ideal to keep an eye on voltage,

current or even instantaneous power of a three-phase or single phase circuit, a phasor analyzer

built exactly as a phasor diagram used for instantaneous view of voltage and current

phasor or phase difference between them on single phase

and three phase networks, an harmonic analyzer able to display up to 40 harmonics

at once from any voltage or current signal and finally

a Data table that automatically records all the values found in any instrument previously

described and plots those results in a graph. This last tool, compatible with any Excel

spreadsheet, is an incredible time saver for students when it comes to writing down various

results of a given experiment as the 18 meters previously set can be instantaneously saved

in a single click of a button.

Beside his versatile Data acquisition properties, LVDAC-EMS also features an impressive

and user-friendly control interface. From small function such as simple function generators,

LVDAC-EMS is also capable of controlling DC and AC power electronics circuit along with

complex home energy production system. The 9063 in conjunction with LVDAC-EMS can operate

system such as buck/boost chopper, solid state relay,

thyristor three phase bridge with feedback,

four quadrant chopper, single phase stand alone inverter,

three-phase volt per hertz drive, three phase PWM inverter,

three-phase AC power control and much more. If you're still

not convinced, please note that LVDAC-EMS is on continuous development for even more

functionality and improvement in the future. With the 9063 in your classroom, experiments

involving power electronics, electromechanical systems or power management are achieved faster,

simpler and with precise results. Thanks to its unmatched data acquisition properties,

its complete set of flexible acquisition and analyzing tools and his remarkable

control interface, the 9063 truly is a workstation on its own and imposes itself

as the perfect system you definitely want to have in your toolkit.