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If you are looking to replace or upgrade your existing Pulsar Ultra 4 control box for Pulsar dB or dBr level sensors, Pulsar Ultra 5 is a suitable option that offers enhanced features. What is a Pulsar Control Box? Both Pulsar Ultra 4 and Ultra 5 devices are control boxes used for measuring and controlling levels, flow rates, volumes, and pumps. The Ultra 4 is a fully functional advanced controller for level, flow, volume, and pump control. It is UK-Monitoring Certification Scheme (MCERTS) Class 1 certified, and offers open channel flow measurement for stormwater overflows, and event duration

The Invertek Eco drive has a built-in Proportional-Integral-Differential (PID) controller, making it suitable for precise control applications like pressure, temperature, and flow rate management. This article will explain what PID control is, how to set it up on the Eco drive, and how to integrate external sensors and other useful features. What is PID Control? PID control is a closed-loop system where the drive adjusts motor speed based on the difference between a measured value (feedback) and a desired setpoint. The three components are: Proportional (P): Reacts to the immediate difference

Eurotherm understands that your Process data needs to be kept secure. Therefore, they continually update their instruments to conform to the latest Cyber Security requirements (Certified to Achilles® CRT Level 1 Cybersecurity).The Eurotherm Nanodac & Eurotherm 6000 series recorders force a password creation on initial power-up, which is incredibly difficult to recover if you forget it or get locked-out of the account. With previous firmware a Service User Account was available as a backdoor to remedy the situation. However, the latest revisions of the firmware have deleted these accounts to

Are you finding it difficult to find a replacement for your old K-Patents refractometer? That is because K-Patents is now part of Vaisala, hence these refractometers are now called Vaisala K-Patents refractometers.Now that we have it sorted… What are Refractometers and How Do They Work? Refractometers work based on Snell’s principle of light refraction. They measure how much light bends, or refracts (index of refraction), when it passes through a liquid. Each compound has a specific index of refraction depending on its composition and on its temperature. As the concentration of a particular

The Invertek Optidrive P2 Variable Frequency Drive (VFD) features a master-slave network function, allowing up to 63 drives to operate in synchronisation on a single communications network.

Reliable technical support is a crucial part in helping customers with specialised systems like variable speed drives (VSDs), whether it be resolving a simple system error or implementing a customised installation. Therefore, for every customer inquiry we receive, our technical support team is dedicated to finding a solution. In this article, we explore how ADM ensures an efficient customer experience for Invertek customers. Extensive Product Range ADM are proud distributors of Sumitomo Drive Technologies, featuring Invertek Drives. These high-quality variable speed drives offer solutions for

Electrical systems, whether in industrial, commercial, or residential settings, can encounter issues like Electromagnetic Interference (EMI) and Harmonics. Both can cause significant disruptions, but they originate from different sources and require distinct solutions. In this article, we will explore the differences between EMI and harmonics, how they are caused, and effective strategies to mitigate these problems. What is EMI? Electromagnetic Interference (EMI) refers to disruptions in electrical systems caused by external electromagnetic fields. These disturbances can degrade performance

It's important to conduct a comprehensive check before commissioning an Invertek Variable Frequency Drive to guarantee safe and efficient performance. This article outlines 10 steps that ADM recommends you complete before starting a Invertek VSD installation. 1. Pre-Installation Checks Read the Manual: Familiarise yourself with the specific model of the Invertek VFD you are installing. The manual will contain details about electrical connections, parameter settings, troubleshooting, and safety guidelines. It is important to follow these instructions to avoid damaging the VFD or motor. Verify

ESI pressure sensors are renowned for their high-quality performance and reliability, particularly in demanding industrial applications. Their innovative technology and robust design make them suitable for a wide range of critical systems where precision and durability are paramount. ESI Pressure Sensors Silicon-on-Sapphire Technology ESI's pressure sensors utilise innovative Silicon-on-Sapphire (SOS) technology, which provides outstanding performance and excellent stability across a wide temperature range. The SOS design in the ESI HP1000 series allows these sensors to endure high

When selecting an Invertek VFD (Variable Frequency Drive) for your application, it’s important to consider key factors that will ensure the drive meets your operational needs.