Hamilton Process Analytics’ Post

💡Do you know #HowTo choose the right OneFerm Single-Use Sensor for your process or application? Hamilton's OneFerm Single-Use pH sensors mimics the offering provided by standard, reusable process pH sensors. There are products that output traditional analog (millivolt) pH signals as well as, provide Arc intelligent sensor technology. Read our article to help differentiate between products based on your application needs: https://hubs.li/Q02wfmsz0 #Hamilton #ProcessAnalytics #SingleUseSensor #ProcessSensor

🌟 Highlighting the Power of the Analog Inputs and Outputs of our echem-workstation! 🌟 Each analog input can be independently parameterized, allowing for flexible sensor connections using two-, three-, or four-wire technology. 🌐 Our analog outputs are equally versatile, with independent parameterization for controlling various actuators. Possible input/output variables include:  ·      ± 10 V ·       ± 5 V ·      0 … 10 V ·      0 … 5 V ·      2 … 10 V ·      1 … 5 V ·      0 … 20 mA ·      4 … 20 mA Unleash the potential of your systems with our robust analog capabilities! 🚀 #AnalogPower #SensorTechnology #AutomationInnovation #ZUMOLab

Five Sensors – One Operating Concept🌟 The philosophy behind the Fluid+ sensor platform is: Everything that can be designed uniformly is implemented uniformly. This creates resources for unique, innovative solutions that make each of the five sensors better than comparable individual devices. The jury for the iF Design Award also shared this opinion. Probably the Best Fluid Sensor Family for Pressure, Temperature, Flow and Level Sounds boastful? Judge for yourself. No other automation manufacturer has developed fluid sensor technology that detects all four measured variables—flow, pressure, temperature and level—with a sensor family from a single source: https://lnkd.in/ekmDY_R #Turck #GlobalAutomationPartner #FluidSensors #FluidPlus

SENSOR+TEST 2024: Unique to date in the field of #calibration is the possibility of multi-point adjustment, which can be carried out as part of a calibration of #ALMEMO measurement technology from Ahlborn Meß- und Regelungstechnik GmbH. By using intelligent #sensor plugs, it is possible to adjust the test item to be calibrated, i.e. the sensor and measuring chain, to the target value at each calibration point. Read more: https://lnkd.in/d-dynmdE

Our Q2X Laser Measurement Sensor may be small, but it’s packed with powerful precision for tough environments! Imagine a sensor even more compact than a standard AAA battery—at 31 mm in length, the Q2X is shorter and thinner, making it perfect for tight spaces without sacrificing performance. Built for high precision, the Q2X tackles challenging targets with ease. Its infrared laser can ignore temporarily stuck packages, and with delay timing over IO-Link, it waits for real jams before stopping the line. This small sensor handles big tasks, offering: 🔹 Reliable sensing of dark or shiny poly bags 🔹 Multiple sensing modes, from background suppression to dual mode 🔹 Seamless control system integration with real-time data over IO-Link 🔹 Visual feedback via Banner Pro lights without needing a PLC! ❓ Can you guess which movie this quote is from? Drop your answer in the comments! Check out all the capabilities packed into this small but mighty sensor: https://ow.ly/MpHL50U6e7l #Sensors #Manufacturing #Engineering #MovieQuoteTrivia

Typical analog pH sensors have a number of issues that can impact their dependability, including uncertainty as to when calibration should be performed and inaccurate measurement due to environmental factors affecting the signal that arrives at the transmitter. pH sensors with ISM technology inform operators when calibration will be required, and the digital output signal is unaffected by the operating environment. In addition, these sensors are designed for minimal zero-point drift after sterilization cycles Upgrade to ISM pH sensors

Ensure precise pH readings with the Rosemount™ 396VP Sensor, designed for harsh environments. With SMART calibration and low maintenance, it keeps operations smooth. Learn more: https://lnkd.in/g42RuggE #pHSensor #ProcessControl #WeValueYourNeeds

📊Upgrade your bioprocessing with ISM pH sensors! Our digital Intelligent Sensor Management technology gives you lower sensor calibration requirements, less pH measurement variability, and greater accuracy. 📈 📢Don't settle for less reliable analog pH sensors, upgrade to ISM technology today! #pHSensors #ISMtechnology #DigitalMeasurements https://okt.to/PDNsnt

While the automation industry increasingly adopts smart sensors like IO-Link, analog sensors remain essential, converting physical measurements like temperature and pressure into continuous electrical signals. In this week’s Automation Insights blog, Ballufff Product and Application Specialist Kyle Bause dives into the most common analog sensor outputs: ☑️ 4-20 mA Current Loop: The industry standard for noise resistance and long-distance transmission. ☑️ Voltage Signals (0-10 V, 1-5 V): Great for simpler, low-noise environments. ☑️ Bipolar Voltage (-10 to +10 V): Perfect for bidirectional measurements. ☑️ Resistance-based Outputs (RTDs and Thermistors): Known for temperature accuracy. ☑️ Millivolt Output (Thermocouples): Ideal for extreme temperatures. 👉 Read more to ensure you select the best analog sensor for your automation needs: https://fcld.ly/o986qpw #Balluff #blog #InnovatingAutomation #AnalogSensors

🛠 Challenge: Integrating multiple subsystems like sensors, motors, and controllers in automated industry devices can be a major headache for engineers. Different components, often from various manufacturers, need to communicate seamlessly for efficient operation. 🔍 Solution: Frequency control components like Crystal Oscillators and TCXOs provide precise clock signals to ensure synchronisation across devices, making integration smoother and more reliable. Components like VCXOs allow real-time tuning of frequency, further simplifying system alignment. 💡 Takeaway: Using stable and accurate frequency control components can drastically reduce system integration complexity in industrial automation. #IndustrialAutomation #FrequencyControl #Oscillators #SystemIntegration #EngineeringChallenges