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.