The IT2800 Series are compact and cost-effective bench-top Source Measure Units (SMUs) with the capability to source and measure both voltage and current.

The IT2800 Series combine the capabilities of a voltage source, a current source, a voltage meter, a current meter and an ohmmeter (along with the capability to switch easily between these various functions).This ensures the independent measurement of IV characteristic in 4-quadrant.

With a current range of 10fA to 10A and a voltage range of100nV to 1000V, the IT2800 series SMU has capabilities that allow it to perform more than just simple DC and pulsed measurements to prevent errors inmeasurement results due to the device’s own heating.

IT-N2100 series solar array simulator is a high performance DC power supply with fast change of IV curve. It can simulate the IV output characteristics of various solar panels under different environments (temperature, light, shadow decay, aging). It can be applied for the tests of solar micro-inverter, power optimizer, sail power array and so on.

IT-N2100 solar array simulator has low ripple, low noise and fast MPPT, supports multi-channel synchronous control and high voltage topology.

In the context of carbon neutrality, the electric vehicle market is growing rapidly. Along with the decay of power battery life to less than 80%, the electrochemical performance of the battery will decline significantly, making it difficult to fully meet the normal power needs of the car, and the battery will enter the end-of-life stage.

Comprehensive environmental factors and economic factors, recycling of used power batteries is a necessary task.

IT8200E series regenerative AC/DC electronic load can efficiently feed power back to the grid. In a 3U rack, it can input up to 21kVA at most. Through master-slave paralleling connection, its power can be easily expanded to more than 10MVA.

Its touch screen and GUI allow the editing of various waveforms. Combined with arbitrary waveform editing functions and full protection, IT8200E is a good choice for R&D, testing and system integration.

MQTT/Sparkplug B capabilities are built into groov EPIC edge programmable automation controllers and groov RIO edge I/O. See step by step how to activate and use MTQQ and Sparkplug in these workshop videos.

Here’s how to use Node-RED, included in the groov EPIC and groov RIO, to build simple logic flows and work with data.

Check out these videos about groov EPIC.

Inductive Automation’s Ignition Edge OPC-UA drivers are built into groov EPIC and the groov RIO MM2. Learn how to activate and use Ignition Edge in these workshop videos.

Check out Opto22 Case Studies about Agriculture, Energy Management, Facilities and Water Management.

Earthquake Early Warning System

Every second counts. The Earthquake Early Warning System (EEWS) developed by Sanlien can detect earthquakes before they arrive. The advance warning allows people to take action to escape from disasters.

Building Structural Health Monitoring (SHM) is a vital discipline in civil engineering, focusing on assessing and monitoring the safety, condition, and performance of structures like buildings and bridges. SHM uses real-time data, including factors like vibrations and strains, to detect issues, predict problems, and inform maintenance decisions for these structures, ensuring their longevity and safety in an ever-advancing technological landscape.

Enhancing Foundation and Deep Excavation Monitoring for Safer Infrastructure

Geotechnical monitoring is vital for slope and landslide safety, and the integration of Narrowband Internet of Things (NB-IoT) technology has transformed this field. NB-IoT enables efficient real-time data collection and analysis, ensuring early detection and rapid response to geotechnical challenges. Explore the significance of NB-IoT in safeguarding communities and infrastructure from natural terrain instability threats.

Introduction to Vibration Control Curve in Industrial Plants

The Vibration Control (VC) curve is a vital tool used in the analysis of vibration-sensitive instruments, particularly in industrial settings. It represents the vibration response of instruments or machinery across different frequencies. By plotting vibration amplitude against frequency, engineers and researchers can understand how different components within a system respond to varying frequencies of vibration. This information is critical for ensuring the proper functioning and longevity of sensitive equipment.

In summary, the VC curve and the broader practice of monitoring industrial plant vibrations are indispensable for maintaining efficient, safe, and reliable operations. Through continuous monitoring and analysis, industries can prevent disruptions, enhance productivity, save costs, and ensure the safety of both equipment and personnel.

The signal generator X-Conn PWM generates a digital pulse sequence with configurable output voltage. Depending on the device design, it is possible to operate consumers with varying power consumption. This makes the X-Conn PWM extremely versatile. For example, it can be used for:

• Component tests in the automotive industry
• Simulation of control devices, pumps, fans, etc.
• Operation and testing of directly connected, PWM-controlled loads (such as vehicle interior lighting) 

The broad frequency range from 1 to 5 kHz with consistently high resolution of the PWM signal and intuitive parameterization and operation are particular strengths of the signal generator.

The X-Conn PWM can be operated manually, has an electrically isolated serial RS232 interface and can also be entirely controlled and queried remotely, making it perfectly suited for automated measurement and test procedures.

Your benefits:

• Precision: Generates signals with high precision.
• Flexibility: Individual housing variants and customer-specific additional functions are possible.
• Easy to use: X-Conn PWM offers intuitive parameterization and operation.
• Efficiency: Measurement and test processes can be conveniently controlled.

e service life of shafts depends significantly on their true running characteristics, but material damage can also lead shaft failure. measX has developed a mobile, easy-to-use test system that can measure and depict the true running, surface roughness and, if an inductive sensor is used, material alterations in the of shafts.

The system can be used for quality control of the runout tracks during production and assembly as well as for preventive maintenance at the installation site of a shaft. The measurement system is highly precise: even the smallest deviations and damage are detected.

The portable design also makes it easy to use on large shafts that are monitored for runout during operation with no-contact vibration sensors in specific measurement tracks. These measurement tracks are ground into the shaft, polished to minimal roughness and feature the highest surface quality. The high precision of X-Conn Runout of < 1 µm enables precise information to be acquired even from these runout tracks.

Your benefits:

• Information: Even the smallest damage can be precisely identified and documented.
• Cost savings: Early information makes early intervention possible.
• Flexibility: The compact device is portable and can also be used directly at the installation site.
• Simplicity: X-Conn Runout is convenient to calibrate and easy to use. 

Modern vehicle headlights with many individually controllable LEDs are complex systems with high safety requirements. Irregularities can be caused by the control electronics or the interaction of the LEDs in the headlight network. The X-LED modular precision measurement system provides you with a reliable diagnostic tool.

Precise brightness measurements where you need it:

• Function tests
• Durability tests
• Aging tests
• Quality control

Detects brightness with high accuracy
With X-LED, you can measure LEDs in headlights with extremely high accuracy and detect minimal changes in brightness. The control of each individual LED is visible down to the details of the pulse width modulation (PWM). This depth of information is a major advantage over measurements using camera technology and is crucial for evaluating the control electronics..

Your benefits:

• Modular system: Freely scalable, with customised form factor.
• High-precision detection: Irregularities in the amplitudes of the luminous flux are reliably detected.
• In-deep analyses: PWM signal behaviour of the control electronics can be detailed assessed.
• Fully integrable: Suitable interfaces for restbus simulation, test and evaluation software.
• Easy handling: Convenient connection via fibre optics with plug-in system.

Rapidly changing measurement, control and regulation tasks require flexible systems. With the Windows-based DASYLab software, you can easily develop and put into operation a wide range of applications in a very short time.

Easy to use: Data acquisition applications can be created graphically and interactively in the form of a data flow chart without any programming at all. The user simply places the function modules required for a task in the worksheet and links them with other modules using connecting lines that represent the signal flow.

Monitor, control, analyze: More than 120 analysis, control and visualization modules are available to you, ranging from individual data acquisition functions to preconfigured standard sequences. You only need this single tool to reliably record, analyze, visualize and process signals of all types. 

• Efficiency: With just one piece of software, you can quickly and precisely solve practically any task.
• Ready to use: As standard software, DASYLab is ready for immediate use.
• Convenience: Operation and navigation are as simple as could be, the possibilities are nearly endless.
• Flexibility: DASYLab supports a wide range of measurement hardware.
• Individuality: DASYLab can be easily adapted to individual requirements and expanded.  

Reach your goal faster with measX software.

Diadem – Data-based decisions require reliable tools for the analysis of collected measurement data. One such tool is the standard software DIAdem from NI. 

Based on software solutions that have proven themselves particularly well in various applications, measX develop their own software products and continue optimizing them over time.

This software can either be used directly on a turnkey basis, or it forms the foundation for customer-specific specifications.

Oxygen-Go App – Mobile app for remote configuration

The OXYGEN-GO app connects your smartphone or tablet directly to OXYGEN running on a DEWETRON data acquisition system via SCPI. View analog hardware channel data in real time, review and modify channel settings and start, stop or pause recordings remotely.

Microstar Laboratories makes xDAP (Data Acquisition Processor) systems for the USB bus and PCI-bus Data Acquisition Processor (DAP) boards for PC systems.

A unique1 product feature – onboard intelligence – may make all the difference in the world to you and your application. That and anti-aliasing. They provide you with easy expansion and plenty of application engineering help on top of that.