Andy L. Cuadra’s Post

Variable Frequency Drives (VFDs) are often requested components in the construction of premium high-flow lube oil transfer systems. Typically, a pump and motor setup is measured in revolutions per minute (RPM), which can be converted to hertz (Hz). This means that a standard pump operating at 60 Hz can be effectively slowed down by reducing the output frequency setting on a VFD. This adjustment allows for greater control over the pump speed, enhancing efficiency and prolonging the equipment's lifespan. More to come on these type of set ups.

36 pulse Rectifier transformer Maintenance the transformer feed Medium VFD ACS5000

Among its numerous parts and components, every electrical system has some parts that simply have to keep working in order to avoid downtime, or a stoppage of normal operations. This can include the power quality components of your variable frequency drive (VFD). Read more: https://hubs.li/Q02WjWj-0

Variable speed drives (VSDs) are used to control electrical submersible pumping (ESP) systems and surface pumps. They enable adjustments to be made to production parameters and ESP output when downhole conditions change. Increasing and decreasing motor speed can be used to optimize pump performance, speed or slow production, and avoid gas locking and system cycling. VSDs protect pumps and motors by reducing electrical stress on startup and by adjusting to dynamic conditions as they change. The ability to vary the drive speed reduces the need to replace components, cuts downtime, and lowers costs while improving system runlife. VSDs can help improve the performance of a system by matching the speed to the load. VSDs are made up of a converter, DC link, inverter, and logic control. They can produce an AC output with a variable frequency and voltage to control the motor's speed. Thanks to Muhammad Dias Fahlevi for the insight.

A great example of leveraging AI insights to manage risks effectively. Get in touch to discuss AI in operations and maintenance. #Turbit #AImonitoring

LiFePO4 Batteries testing and commissioning in very cold weather conditions. We analyze recorded data on temperature, voltage, and battery performance to ensure that the battery is charging and discharging properly at low temperatures. Also how the heater inside the battery pack works. The operating temperature range for these types of batteries is wider, but heaters usually activate at temperatures below -10°C.

💧 #WidePumpRange: Compatible with various #pump types including single-stage single suction centrifugal, horizontal multi-stage, single-stage double suction, and #longshaftpumps, covering a wide range of flow rates and pressures. 🔧 Automatic Operation: Automatically starts and operates upon receiving remote control commands or signals like power outages or electric pump failures. Features automatic program control, data acquisition, display, fault diagnosis, and protection. 📊 Parameter Display: Shows the current status and parameters of the pump set, including start, run, acceleration, deceleration, and stop. Displays process parameters such as speed, oil pressure, water and oil temperature, battery voltage, and cumulative operating time. #XBCSeries #AutomaticPumps #WideRangePumps #IndustrialPumps

Vacuum circuit breaker dominates the MV industry. Will it also dominate the HV? 🎙️Part 2 of TheElectricalGuy Power Panel (TPP) is here! In this episode, we continue our exciting discussion on Vacuum Interruption Technology with industry expert Mr. Sandeep Kulkarni 📌 Topics Covered in Part 2: 1️⃣ Why vacuum circuit breakers dominate the MV switchgear industry. 2️⃣ How vacuum interruption is entering the HV and EHV switchgear industries. This is a must-watch for anyone looking to understand the evolving role of vacuum technology in modern power systems. 👉 Watch Part 2 here: https://lnkd.in/gVXTg_R6 Let me know your thoughts, and feel free to share your takeaways in the comments! #ElectricalEngineering #VacuumInterruption #Switchgear #PowerSystems #TheElectricalGuy #TPP #IndustryInsights

💧 #WidePumpRange: Compatible with various #pump types including single-stage single suction centrifugal, horizontal multi-stage, single-stage double suction, and #longshaftpumps, covering a wide range of flow rates and pressures. 🔧 Automatic Operation: Automatically starts and operates upon receiving remote control commands or signals like power outages or electric pump failures. Features automatic program control, data acquisition, display, fault diagnosis, and protection. 📊 Parameter Display: Shows the current status and parameters of the pump set, including start, run, acceleration, deceleration, and stop. Displays process parameters such as speed, oil pressure, water and oil temperature, battery voltage, and cumulative operating time. #XBCSeries #AutomaticPumps #WideRangePumps #IndustrialPumps

Due to an error in the valve of the gearbox oil cooling system this turbine needed to be throttled in power. Turbit could detect this problem early on the valve could be fixed in the next maintenance event, without additional costs.