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Sensoteq Gateway is a communication device that has been specifically developed to connect with all Sensoteq sensors, including the Kappa X sensors. Sensoteq Gateway connects through Wi-Fi, Ethernet, or 4G and 5G mobile connections, and is equipped with high gain antennas. Features of Sensoteq Gateway Waterproof with IP65 ingress protection rating Rugged metal enclosure Easy setup and installation Input voltage: 12VDC nominal, 7VDC minimum, and 24VDC maximum Current: 1amp peak (Wi-Fi), 2amp peak (cellular) Connection: 2-pin IP65 Power Supply: Standard 1.5m cable with plug and multi-region

Sensoteq Analytix is the associated software that is especially designed for the Sensoteq Kappa X and Tau sensors, as well as the Sensoteq Gateway communication device. Analytix is considered the most powerful value-add in the whole Sensoteq vibration sensor ecosystem for conditional monitoring and predictive maintenance range. This platform provides a clean and organised interface where you can view data generated by the sensors, which are transmitted by Sensoteq Gateway or any existing programmable logic computer (PLC) over ModBus TCP/IP. With the Analytix platform, you can break down data

Learn about the new features of the Eurotherm Data Reviewer version 5 update.

The Vaisala Indigo80 Handheld Indicator is new to ADM Instrument Engineering, enabling onsite engineers and technicians to plug & play accessibility. The Indigo80 is designed for portable onsite monitoring, sampling & calibration, data logging & analysis and diagnostic troubleshooting across the Vaisala sensor range.

The RDP Group has, for more than 45 years, been at the forefront of precision measurement technology. The British company has established itself as a premier designer and manufacturer of high-quality transducers and instrumentation. RDP's focus on innovation and reliability has allowed it to become a trusted name over various industries ranging from nuclear and renewables to aerospace and automotive. RDP's Linear Variable Differential Transformers (LVDTs) are an electromechanical sensor used to measure linear displacement and positioning. RDP’s LVDT converts linear motion into corresponding

The Eurotherm E Power is an advanced Thyristor (SCR) designed to control system power load management within high-powered applications, such as electrified furnaces and heating applications.

Monitoring individual equipment in massive industrial spaces or those hard-to-reach locations can be a tedious and time-consuming process that may involve numerous man hours to complete.These industries include agricultural sites, mining facilities, environmental monitoring, and construction.

A common misconception that arises from time to time is a misunderstanding of the relationship and function of Programmable Logic Controllers, or PLC, and Proportional Integral Derivative Controllers, PID controllers. These two systems will monitor and control industrial automation; however, it is often assumed that both systems can perform the same function. Although this is true in some instances, the output quality can differ significantly where precision and quality control are required. So, what’s the difference between a PLC & a PID controller? PLC: Programmable Logic Controllers

A load cell is a device that converts force into electrical signals. They are considered transducers as they convert one form of energy into another. CURIOTEC manufactures and designs different types of load cells listed below, which ADM stocks. There are, however, industrial and heavy-duty types of CURIOTEC load cells that are only available via special order. Please contact our team if you cannot find a suitable type for your requirements. S-type Load Cell Sometimes referred to as S type, S beam or S load cells, are used to measure both tension and compression forces, and are named after

A linear potentiometer is a type of position sensor that measures and converts mechanical movement into electrical output. CURIOTEC designs and manufactures linear potentiometers, such as the CLPS series, that are suitable for industrial applications where precise placement input is critical. They are useful in automotive, medical, agricultural, robotics, railway, manufacturing, and more. How does a Linear Potentiometer Work? Linear potentiometers have two elements that enable measurement of displacement – the sliding element (potential divider or voltage divider), and the resisting element