WAGO Singapore’s Post

Class-Leading Features of the WAGO Pro 2 Power Supply: ◘ The efficiency champion – up to 96.3 % efficiency saves money and conserves resources ◘ A communication pioneer – the snap-on type communication modules allow continuous fieldbus communication while keeping you updated on all important status information and data ◘ Suitable for virtually any application – parameterization and a broad range of approvals (DNV / ATEX IECE / SEMI F47, etc.) open up a wide range of possible applications ◘ Intelligent load management – TopBoost or PowerBoost provides sufficient output current at all times Learn more: https://lnkd.in/grgHerGY #WAGO #Pro2 #PowerSupply #Pro2PowerSupply #Automation #Industry40 #IOLink #Modbus #Cloud #ControlTechnology

Class-Leading Features of the WAGO Pro 2 Power Supply: ◘ The efficiency champion – up to 96.3 % efficiency saves money and conserves resources ◘ A communication pioneer – the snap-on type communication modules allow continuous fieldbus communication while keeping you updated on all important status information and data ◘ Suitable for virtually any application – parameterization and a broad range of approvals (DNV / ATEX IECE / SEMI F47, etc.) open up a wide range of possible applications ◘ Intelligent load management – TopBoost or PowerBoost provides sufficient output current at all times Learn more: https://lnkd.in/gcmJUZcR #WAGO #Pro2 #PowerSupply #Pro2PowerSupply #Automation #Industry40 #IOLink #Modbus #Cloud #ControlTechnology

Why 3-Phase? Is it the Magic Number of Power Systems? When deploying a three-phase system, we eliminate the need for extra neutral wires (unlike using three single-phase systems, which would require six wires), while delivering the same amount of power more efficiently. This means reduced costs, minimized losses, and better voltage regulation. Additionally, a three-phase generator delivers constant power, translating to steady mechanical input torque and power. This reduces vibrations and noise, preventing mechanical failures. But why stick to three phases when higher-phase systems like six or twelve phases might theoretically offer more power? The answer lies in practical and economic realities. While six-phase and twelve-phase systems increase theoretical power transfer linearly, they also introduce greater complexity, higher costs, and increased losses due to more conductors and infrastructure requirements. Key Insights: Economic Efficiency: Increasing the number of phases requires significant infrastructure changes, leading to higher costs. Three-phase systems offer an optimal balance of performance and cost-effectiveness. Power per Conductor: for a balanced system, the power per conductor remains almost constant across three-phase, six-phase, and twelve-phase systems, meaning there's no real "gain" in power per conductor with more phases. #ETAP provides powerful simulations for three-phase, unbalanced, and single-phase systems, ensuring comprehensive and efficient power distribution. Its advanced capabilities offer precise load flow analysis and real-time monitoring, enhancing system reliability and performance. In conclusion, three-phase systems strike the perfect balance between efficiency, cost, and reliability, making them the industry standard for power transmission and distribution. #PowerSystems #ElectricalEngineering #ThreePhase #Efficiency #Reliability #ETAP24 #TransmissionDesign

The Sinamics G120X is a frequency converter from Siemens, designed for variable-speed drives in industrial applications. Here are some key features and benefits: Features: 1. High-performance control algorithms 2. Vector control for precise speed and torque regulation 3. Compatible with various motor types (e.g., induction, synchronous, and servo motors) 4. Integrated safety functions (e.g., STO, SS1) 5. Modular design for easy configuration and expansion 6. Communication interfaces (e.g., PROFINET, EtherNet/IP, Modbus TCP) 7. User-friendly commissioning and diagnostics via StartDrive software Benefits: 1. Improved motor efficiency and reduced energy consumption 2. Precise speed and torque control for demanding applications 3. Flexible and scalable design for various industrial applications 4. Enhanced safety features for operator protection 5. Easy integration into industrial networks and systems 6. Simplified commissioning and maintenance via user-friendly software Applications: 1. Industrial automation 2. Material handling and logistics 3. Pumping and fluid processing 4. HVAC and refrigeration 5. Power generation and distribution 6. Marine and offshore applications Please note that this is a general overview, and specific features and benefits may vary depending on the exact model and configuration of the Sinamics G120X frequency converter.

🚀 Unlock the Power of Variable Frequency Drives (VFDs) in Your Industrial Operations! 🚀 Are you looking to improve energy efficiency, enhance process control, and extend the lifespan of your motors? Understanding how VFDs work and their applications is crucial in today’s industrial landscape. I've put together a comprehensive guide on Variable Frequency Drives (VFDs) that covers everything from the basics to selecting the right VFD for your needs. 📄 This guide is perfect for anyone involved in industrial automation, engineering, or maintenance. 🔍 Key Topics Covered: ▪ How VFDs Work ▪ Applications Across Industries ▪ Energy Savings and Efficiency ▪ Selecting and Maintaining Your VFD 💡 Let’s connect and discuss how VFDs can optimize your operations! #IndustrialAutomation #Engineering #VFD #EnergyEfficiency #ProcessControl #Manufacturing #IndustrialMaintenance

Exciting News in Substation Engineering! AUCOTEC unveils a groundbreaking leap in substation engineering at the "Protection and Control Technology" congress (VDE) in Leipzig this March 2024. The Engineering Base (EB) software platform takes the lead with the world's first full integration of control technology definition for substations according to #iec61850 into plant engineering. Picture this - no more waiting for data transfers, no media disruptions, and zero transmission errors. The 2024 version of EB enables automation professionals to craft their standard-compliant data model directly within the platform. The result? A digital plant twin, seamlessly integrating hardware and software in a data-centered system. EB has been supporting IEC 61850, but this big step allows it to operate independently, directly linking the functional data models of Intelligent Electrical Devices (#ied ) to their hardware models. This streamlines the system landscape and reduces IT strain, offering project managers a clear advantage in data reliability. Read the full press release here: https://lnkd.in/eYHgmJ32 #EngineeringBase #IEC61850 #SubstationEngineering #Innovation #DigitalTwin #FutureEngineering #digitaltransformation #lovethedata #pressrelease

Industrial Plants Applications for Electric Power Distribution Guide by Siemens The series of #application #manuals on #electric #power #distribution is based on the general planning instructions as described in the #planning manuals. The application manuals substantiate the general concepts and descriptions regarding the specialments for #industrial #networks is created and implemented in sample networks, taking into account the #digitalization and #integration of embedded #generation…

I am excited to share that I have successfully completed the "Power System Analysis" course by Romero Engineering Company! This course has deepened my understanding of power systems and equipped me with the skills necessary to excel in the field. #PowerSystems #ETAP #TransmissionLines #PowerSystemStability

It's very modest to say ultra-fast speeds without mentioning it can scan 100k-step program in 1ms!

Introducing #ECO11 by EDIT AUTOMATION LTD., certified by Lloyd's Register for marine excellence!   This cutting-edge Advanced #PID #Controller & #Data #Acquisition #Recorder is tailored for marine applications, including #ENV2 & #ENV3.   Enhancing marine operations with seamless #measurement, #visualization, and #control.   Utilizing analog & digital signals, PT & Thermocouple sensors, and Modbus RTU, #ECO11 ensures precision, reliability, and a greener maritime future.   The portable case #ShaPoLi #ECO11 is harmonized with #EEXI & #CII regulations, offering standard and customized versions.   Connect any sensor on board for #control, #recording, #monitoring, #calibration, and #data #transfer to the shipping company without #annual #fees. Already compliant with #EPL regulation? Seamlessly transition to #CII regulation with our comprehensive offerings, including portable shaft power meter, flow meter, and pressure and temperature sensors.   Upgrade to #ECO11 for efficiency, compliance, and innovation in marine automation with EDIT AUTOMATION LTD.     We edit. You lead.  🌐 Learn more: https://edit.com.gr     #ECO11 #EDITAutomation #LloydsRegister #MarineExcellence #ENV2 #ENV3 #InertGas #OxygenAnalyzer #PressureMonitoring #TemperatureMonitoring #ManifoldPressureGauge #ExhaustGasTemperature #LevelTankMonitoring #VaporAnalyzer #GasMonitoring #Hourmeter #15ppm #PIDController #DataRecorder #AnalogSignals #DigitalSignals #PTsensors #Thermocouples #ModbusRTU #EEXI #CII #ShaPoLi #Compliance #Innovation #MarineAutomation