ELECTRICAL SWITCH GEARS | VFD PANEL | AUTOMATION
Variable Frequency Drives are responsible for controlling the speed of electric motors. Without a VFD, it would be difficult to control the speed of an electric motor because they tend to run at one constant speed. With a VFD, you can easily change speeds by adjusting frequency. This allows you to have more precise control over how fast or slow your machine runs which is beneficial in many different situations.
VFD CONTROL PANEL
Variable Frequency Drives (VFD) are the most efficient way to control AC motors. They use less electricity and reduce energy costs by up to 30%. VFDs also increase motor life, improve performance and reliability, and enable remote monitoring of your equipment. You’ll see immediate benefits from using VFDs in your facility. And they can be easily integrated into existing systems with minimal downtime or disruption.
The best part is that there’s no need to replace any of your existing equipment! With our panels, you can upgrade without replacing anything on-site – just add a panel where needed and enjoy the savings immediately! Our panels are easy to install anywhere in your facility – even if it’s already running at full capacity! All you have to do is plug them into an outlet – it’s that simple! And we offer free installation support so you don’t have to worry about hiring anyone else. We’ll take care of everything for you so all you have left is more money in your pocket every month! That’s what we call peace of mind…and savings too!
HOW VFD CONTROL PANEL WORKS?
A variable frequency drive (VFD) is a motor speed adjustable controller that uses pulse-width modulation to control the speed of AC motors. VFDs are used in HVAC systems, elevators, and other applications where precise speed control is necessary. The most common type of VFD operates by varying the frequency of the power supplied to the motor while maintaining a constant voltage. This results in variable torque output from zero up to rated torque at maximum input voltage and minimum input current. In this way, energy efficiency can be improved beyond that afforded by simple PWM without additional hardware or software controls.
If you’re looking for a new drive system for your application, contact us today! We have years of experience designing drives for all types of applications and we’d love to help you find one that fits yours perfectly! Our team will work with you every step of the way so there are no surprises along the way – just success! Contact us today at [phone number] or visit our website at [website]. You won’t regret it!
FUEL MANAGEMENT SYSTEM CONTROL PANELS
WATER TREATMENT SYSTEM
We offer all kinds of water treatments systems. It includes reverse osmosis, effluent, sewage water treatment systems and so on. Our engineers experienced to design automated and cost effective water treatments systems. Systems for seawater and brackish water used for high flow rates. The system assembled in a single skid and split skid systems. containerized reverse osmosis plat for portable purpose. Water treatment systems controllers suitable to watch and control from remote locations.
PUMP STARTER PANEL
HVAC CONTROL PANELS
One of the most important areas of an HVAC system is the pump control panels and monitoring systems. Experienced control panel supplier understand not only the aspects of the electrical part. They also understand the fluid dynamics. It includes the pumps operation to provide flow and pressure to function the system . We have experienced the entire design and able to conduct commissioning.
Capacitor panels, generally known as capacitor banks are devices that can be used in place of traditional outlet boxes to increase house current. These special electric components work by boosting the power factor correction, which reduces losses due to reactance for more efficient use and reliable operation when loads vary from device to device or room type.
Capacitors are essential in the powering of infrastructures that require a lot of energy. This is because they can help save power by preventing wasted electricity from getting lost. Capacitor panels are used for improving power factor; hence it is suitable for power distribution in shopping malls and buildings. Capacitor banks are also commonly used in substations as a source of reactive power that can be supplied much closer to the load value, to maximize the current capacity of transformers, transmission lines, and so on.