Dale Power Solutions’ Post

*7 MISCONCEPTIONS AND FACTS ABOUT AMF, ATS & SYNCHRONIZING PANELS** 1. Automatic mains failure (AMF) panels, often referred to as Automatic transfer switch (ATS) panels. *Though, different terminology but the same in the sense they both make the power switch to emergency standby generators in the event of a significant loss of mains power or total blackout. 2. Without AMF/ATS panels, generators need to be operated manually and that can mean lost data, potential damage to electrical equipment, and huge amounts of disruption. 3. AMF /ATS panels monitor the incoming AC mains supply, activate the standby generator when mains power fails, and make an automatic electrical transfer of the building’s load from the mains to the generating set. When the mains supply returns, the AMF/ATS panel controls a return to the mains supply and shuts down the generator after a suitable cooling run time. 4. Monitoring a building’s incoming AC mains supply, AMF panels instantaneously activate the standby generator when mains power fails, automatically transferring a building’s load from the mains power supply to the backup generator after a warm-up time. When the mains supply returns, the AMF/ATS Panels control the return to the mains supply and shuts down the generator after a suitable cooling run. 5. Synchronization is the process of running two or more Gen sets in parallel on common bursar, while matching the characteristics of each system as closely as possible. This is accomplished by minimizing the phase-angle difference, frequency difference, voltage difference & matching phase sequence between the two systems. *Similarities* 6. They all have more than 1 (one) or multiple incomers(inputs) as electrical panel. *Differences* 7. Only Synchronizing Panel uses more a source at a time while AMF/ATS panel uses only a source at time though different sources are housed in a single enclosure but one source is used at a time. That is syn panel could use more than a source at a time whereas AMF/ATS could not. *Today's Technology (Nig)Ltd, designs and manufacturers , operate, maintain and repairs AMF/ATS & Sync panels, ensuring that there is continuous power solutions to building, offices, factories, data centres, UPS and inverters... For more visit: www. todaystechnologyltd.com 2348088404053 _If you find it interesting please share. Thank you_

*7 MISCONCEPTIONS AND FACTS ABOUT AMF, ATS & SYNCHRONIZING PANELS** 1. Automatic mains failure (AMF) panels, often referred to as Automatic transfer switch (ATS) panels. *Though, different terminology but the same in the sense they both make the power switch to emergency standby generators in the event of a significant loss of mains power or total blackout. 2. Without AMF/ATS panels, generators need to be operated manually and that can mean lost data, potential damage to electrical equipment, and huge amounts of disruption. 3. AMF /ATS panels monitor the incoming AC mains supply, activate the standby generator when mains power fails, and make an automatic electrical transfer of the building’s load from the mains to the generating set. When the mains supply returns, the AMF/ATS panel controls a return to the mains supply and shuts down the generator after a suitable cooling run time. 4. Monitoring a building’s incoming AC mains supply, AMF panels instantaneously activate the standby generator when mains power fails, automatically transferring a building’s load from the mains power supply to the backup generator after a warm-up time. When the mains supply returns, the AMF/ATS Panels control the return to the mains supply and shuts down the generator after a suitable cooling run. 5. Synchronization is the process of running two or more Gen sets in parallel on common bursar, while matching the characteristics of each system as closely as possible. This is accomplished by minimizing the phase-angle difference, frequency difference, voltage difference & matching phase sequence between the two systems. *Similarities* 6. They all have more than 1 (one) or multiple incomers(inputs) as electrical panel. *Differences* 7. Only Synchronizing Panel uses more a source at a time while AMF/ATS panel uses only a source at time though different sources are housed in a single enclosure but one source is used at a time. That is syn panel could use more than a source at a time whereas AMF/ATS could not. *Today's Technology (Nig)Ltd, designs and manufacturers , operate, maintain and repairs AMF/ATS & Sync panels, ensuring that there is continuous power solutions to building, offices, factories, data centres, UPS and inverters... For more visit: www. todaystechnologyltd.com 2348088404053 _If you find it interesting please share. Thank you_

#Reliable • Equipped with a backfeed contactor – no need for an additional installation. • Equipped with an internal maintenance bypass for safe and easy serviceability. • HotSync® technology makes it possible to parallel up to 4 UPSs for increased capacity or redundancy allowing maximum availability. • Advanced Battery Management testing and charging cycle preserves and prolongs battery service life. • Eaton’s Intelligent Power Manager® software allows you to remotely monitor and manage your UPS. • A multilingual graphical LCD display easily provides the UPS status. #Efficient • One of the most energy-efficient UPSs in its class with up to 94% efficiency in double conversion mode and up to 98% efficiency in High-efficiency mode. #Compatible • Optimized for protecting modern 0.9 p.f. rated IT equipment without the need to oversize. • Enhanced compatibility with generators and with other critical equipment in the same network via active power factor correction (PFC) that provides 0.99 input power factor and <5% ITHD. #Compact • Up to 30% smaller than similar competitive solutions. • 600 mm wide UPS cabinet enables seamless “in-row” integration with IT racks. • Optional internal batteries in the 15-40 kVA models, in addition to the possibility to connect external batteries for all models. #eaton #mtcdubai #Eaton93E #ups #IT #Networking #Healthcare #Telecommunications #datacenters #Infrastucture #Industrial #FinancialServices #Government Chandan Das Shilpa Jelkey Seby VC

A recent news report by Sky News Australia stated that Data Centres are fast becoming the centre of our universe, with expectations they may become as common as shopping centres! With the increase in the development of high-tech data centres comes the ongoing demand and insatiable need for energy/electricity to run servers and cooling systems. CS performance louvres are a passive and proven robust solution in providing a zero ongoing cost solution (no moving parts, maintenance or running costs) in delivering high volume ambient air in cool and temperate climate locations, while maximizing protection against wind driven rain. Adding security makes it an impenetrable barrier and protective feature of the build.   Our innovative solutions allow organisations to reduce energy usage by maximising airflow for downstream cooling systems, filtration, HVAC and air handling units, delivering operational and environmental savings. Find out more on how our CS Performance Louvres can help facilitate data centres and reach out to a member of our expert team today. https://lnkd.in/gaZZEzED #constructionspecialties #datacentres #innovation #coolingsystems #newtechnology #hvac #louvres #airflow #energyefficiency

Looking for a dry-type transformer that is as flexible as your project needs? Our dry-type transformers are the perfect fit. Install them indoors or outdoors without the need for special fire protection. Plus, with minimal maintenance required, they're a cost effective solution for your operations. With a high K-factor design to handle non-linear loads, they're ideal for the demanding environments of data centres. And the modular design? It's a gamechanger for rapid construction and efficiency, keeping energy consumption in check. Find out more here: https://lnkd.in/e6YbJttk #DataCentre #DataCentres #DryTypeTransformer #DryTypeTransformers #Transformers #TransformerTechnology #PowerEfficiency #SustainablePower #FireSafe #EcoFriendly #ReliableEnergy #Trafo

🔒 Introducing Our 1U Rack Mountable High-Frequency Online UPS! 🔒Maximize power efficiency without sacrificing space with our revolutionary 1U Rack Mountable High-Frequency Online UPS! 🚀⚡️ 🌐 Space-Saving Design: Say goodbye to bulky power solutions! Our 1U rack UPS is engineered with a sleek design, ensuring it snugly fits into your server rack without monopolizing valuable space. Compact, efficient, and ready to power up your equipment! 🔧 Easy Integration: Seamlessly integrate our high-frequency UPS into your existing setup. The 1U form factor is designed for hassle-free installation, allowing you to optimize your rack space effortlessly. ⚡️ Continuous Power Assurance: Experience uninterrupted power with our high-frequency online UPS. Perfect for critical applications, it keeps your systems running smoothly during power fluctuations, ensuring your operations stay online without a hitch. 🚨 Built-In Protection: Rest easy knowing your equipment is shielded from potential harm. Our UPS comes with overload and short circuit protection, acting as a reliable fortress against unexpected electrical issues. Your gear is in good hands! 🌟 Efficiency Redefined: High-frequency technology means higher efficiency. Enjoy reduced energy consumption without compromising on performance. It's not just a UPS; it's a smart power solution designed for the demands of modern technology. 📈 Cost-Effective Power: Save on both space and costs! Our 1U rack mountable UPS offers a powerful punch without breaking the bank. It's the budget-friendly solution for businesses that demand top-tier performance. 🔐 Trust in Reliability: With our 1U Rack Mountable UPS, reliability is non-negotiable. Experience peace of mind with a power solution that's engineered to meet the demands of today's dynamic and ever-evolving IT environments. 🌐 Maximize Efficiency, Minimize Space - Power Up with Confidence! 🌐 #RackMountUPS #SpaceEfficientPower #ReliablePerformance

Exciting News! 🚀 We've developed a groundbreaking modular design for our DC charger. Now, you can effortlessly increase its capacity by adding a rectifier and a few electrical components. Stay tuned for more details on how this innovation can benefit your charging infrastructure! #DCCharging #ModularDesign #Innovation #EnergyEfficiency #TechAdvancements #FutureOfCharging #EFUELChargers #Hindustansys

Busbar systems are an essential component in modern data centres. They offer numerous benefits that enhance the efficiency and reliability of these facilities. Firstly, busbar systems provide a highly efficient method of power distribution. By eliminating the need for multiple cables and connections, they minimize power losses and improve overall energy efficiency. Additionally, busbar systems offer a flexible and modular design, allowing for easy scalability and future expansion of the data centre. This ensures that the power distribution infrastructure can adapt to the changing needs of the facility. Furthermore, busbar systems provide enhanced fault tolerance and reliability. With their robust construction and redundant design, they minimize the risk of power interruptions and ensure continuous operation of critical equipment. Moreover, busbar systems offer improved safety features, such as built-in protection against electrical faults and short circuits. This not only safeguards the data centre infrastructure but also protects the valuable equipment and data housed within. In conclusion, the implementation of busbar systems in data centres brings numerous advantages, including increased energy efficiency, scalability, reliability, and safety. These benefits make busbar systems an indispensable component for clients seeking to optimize the performance and resilience of their data centres. Contact us today for more information: https://sabusabr.com Asogan Moodley #busbarinstallationsandmanufacturers #globalelectricalsolutions #transparency #safety #honesty #innovation #electrical #engineering #manufacturing #sans614396 #sabusbar #polybar #electrics #installations #manufacturer #busbarinstallations

What is a Voltage Conditioner? A voltage conditioner is a device used to maintain a constant output voltage, regardless of fluctuations in the input voltage. These devices are essential for protecting sensitive equipment and ensuring that the quality of the power supplied to electrical systems is optimal. Advantages and Benefits of a Voltage Conditioner: Protection of Sensitive Equipment: Voltage fluctuations can damage sensitive electronic equipment, from computers and servers to industrial machinery. A voltage conditioner provides a protective barrier, ensuring that this equipment receives a constant voltage within safe parameters, preventing damage and extending its lifespan. Improvement in Operational Efficiency: Interruptions and failures in the electrical supply can lead to unexpected shutdowns and costly downtime. By stabilizing the voltage, voltage conditioners help keep operational systems running continuously, improving the overall efficiency and productivity of the industry. Reduction in Maintenance and Replacement Costs: By protecting equipment from voltage variations, the incidence of faults and breakdowns is significantly reduced, which in turn decreases maintenance costs and the need for frequent replacements. This represents substantial long-term savings. Optimization of Energy Consumption: Stable voltage ensures that equipment operates more efficiently, which can lead to a reduction in energy consumption. This is not only beneficial for the environment but can also result in lower energy bills for the business. Prevention of Data Loss: In environments where large volumes of data are handled, such as data centers and offices, power interruptions can result in the loss of important data. A voltage conditioner helps prevent these losses by ensuring a continuous and stable power supply. The Reality of Electrical Supply: It is well known that utility companies cannot always guarantee the stability of the voltage supply. Fluctuations can be due to multiple factors, including aging infrastructure, system overload, and adverse weather conditions. Given this reality, it is imperative that industries take proactive measures to protect their installations and ensure the continuity of their operations. Incorporating a voltage conditioner into an industry's electrical infrastructure is not just a protective measure but a strategic investment. By ensuring a stable power supply, businesses can operate more efficiently, reduce costs, and protect their valuable assets. Don't wait for a voltage fluctuation to cause significant problems for your business. Act now and ensure that your electrical installation is prepared to face any challenge. Layer Electronics s.r.l. Antonino Culcasi #ElectricalStability #VoltageConditioner #EquipmentProtection #EnergyEfficiency #ElectricalSafety #madeinitaly