Categories include:

• Temperature
• Pressure
• Humidity
• Dew Point
• Flow
• Level
• Air Quality
• Gas Analysis

• Liquid Analysis
• Automation & Control
• Test & Inspection
• Data Acquisition
• Calibration
• Industrial Heaters
• Force & Strain

Very Expansive!

Explore the range of customisable process measurement and control instruments, including pressure switches, transducers, and protective components designed for specific industrial applications.

A compact (3U) regenerative AC/DC electronic load that returns power to the grid.

It supports up to 21 kVA per unit and can be paralleled (master-slave) to over 10 MVA. Features a touchscreen GUI for waveform editing, arbitrary waveforms, multiple operating modes (including CE mode simulating 14 circuit topologies), and full protection. Suited for R&D, testing, and system integration in applications such as V2G, EVSE, inverters, PCS, and UPS.

ITECH Electronics’s ROI Calculator

Try the interactive tool to calculate the Return on Investment (ROI) and financial savings achieved by replacing traditional resistive loads with ITECH’s regenerative DC electronic loads

ITECH’s regenerative DC electronic loads return absorbed energy to the grid with 95% efficiency. See how long it takes for them to pay for themselves!

The unique bipolar voltage/current output makes IT6400 series can be used as a bipolar power source or a bipolar electronic load.

The battery simulating function is especially applicable for development and high speed production testing of portable, battery-operated products. IT6400 has ultrafast transient time less than 20 μs and resolut ion up to 1 nA. Its new designed speed shift mode achieves volt age/current fast rising and without overshoot, the rising time up to 150μs. Meanwhile, the waveform display function let the test be visible and simple. IT6400 series can be widely used in portable battery-operated products test, mobile power pack test, LED test and other fields.

With the aging of the global population and the increasing number of sick people, there is an increasing demand for medical equipment. The rapid growth in demand for high-end medical equipment such as CT scanners, MRI, and high-end ultrasonic diagnostic instruments has driven the expansion of the global medical electronics market.

At the same time, the growth of market demand has greatly stimulated medical electronic equipment manufacturers to expand investment and create innovations in this field. ITECH has been following the development of the medical electronics industry, providing you with high precision, high speed, high power density battery simulators, AC/DC power supplies, AC/DC electronic loads, power analyzers and other test instruments.

Six Devices in One – Impressive!

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.

Curious what the Opto 22 factory and headquarters looks like? Now, you can take a virtual tour of Opto 22 Headquarters campus in Temecula, California, U.S.A., right from your desktop or mobile device!

• Virtual Tour Home
• Main Building
• Grounds
• Manufacturing

50+ Years in Business

In 1974, Opto 22 introduced a complete line of optically isolated solid-state relays (SSRs) for the Component OEM market. The manufacturing technique, developed by Opto 22, used liquid epoxy fill and greatly increased the reliability and reduced the cost of volume production. Opto 22 quickly became, and remains today, the world’s leading manufacturer of SSRs.

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.

Jenlogix General Manager Keith Swasbrook represented the company at AFAC26 conference, held a few weeks ago at the Melbourne Convention and Exhibition Centre in Victoria, Australia.

Keith, seen here with Reid Chen the International Sales Manager for Taiwanese company Sanlien, supplier of the pALERT range of seismic sensors and other ground monitoring solutions.

Australia is a growing market for Jenlogix with the supply of our sensors with some government and mining related clients.

Jenlogix has deployed solutions across the Asia Pacific region, including a recent deployment for a Light Rail network in Jakarta, this is setup provides earthquake early warning.

Whether you require a single seismic sensor or a fully networked array, Jenlogix can provide a solution tailored to your goals.

To protect your building, manufacturing processes and staff, get in touch with Keith to run through the options.

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.