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VEIKONG, a trailblazer in industrial drive technologies, is thrilled to announce a momentous achievement: a successful collaboration with a discerning South European customer. This partnership has not only led to the implementation of a state-of-the-art control solution but also underscores VEI KONG’s unparalleled R&D prowess and commitment to delivering tailor-made services. Faced with the South European customer’s high standards and specific operational requirements for a unique industrial application, VEI KONG’s engineering team sprang into action, leveraging the company’s deep – seated expertise. Central to the solution was VEI KONG’s advanced variable frequency drive (VFD) technology. VEIKONG’s VFDs are equipped with cutting-edge features. The manual speed control via digital inputs exemplifies its customization capabilities. When DI5 closes, it triggers the inverter to start. Pressing DI1 sets the frequency to 30 Hz, and releasing it reverts to the start state; DI2 sets it to 40 Hz, and DI3 to 50 Hz, with the same release – to – start functionality. Moreover, DI4 enables sequential operation, cycling through 30 Hz, 40 Hz, 50 Hz, and then turning off, all through programmed internal logic. These functions were carefully crafted and implemented to precisely align with the customer’s operational needs, vividly demonstrating VEI KONG’s ability to adapt its technology to even the most specialized requirements. The technical aspects of this project further highlight VEI KONG’s R&D strength. The use of the company’s internal logic controller ensures seamless multimode control, allowing the system to operate efficiently across various scenarios. PC tools and macro parameter tailored configuration were crucial in optimizing the solution, enhancing the system’s reliability, flexibility, and energy efficiency—a key concern in modern industrial applications. What truly distinguishes VEI KONG is its comprehensive service experience. From the initial consultation to final deployment, the VEI KONG team collaborated closely with the customer. The customer highly commended VEI KONG’s responsive technical support, which played a vital role in swiftly resolving problems during implementation. This collaborative approach ensured that the solution was not only developed but also seamlessly integrated into the customer’s existing operations. This achievement is a testament to VEI KONG’s continuous investment in R&D. The company’s capacity to take on diverse customer requirements, develop customized solutions, and provide top-notch service clearly positions it as an industry leader. Whether dealing with complex industrial challenges or new application areas, VEI KONG has proven its expertise, technological edge, and dedication to exceeding customer expectations. Looking ahead, VEI KONG remains unwavering in its mission to empower global clients with cutting-edge drive technologies and world-class service. This successful collaboration with the South European customer is just one milestone in VEI KONG’s ongoing journey of driving industrial innovation worldwide. With a focus on continuous improvement and customer satisfaction, VEI KONG is ready to embrace more challenges, develop revolutionary solutions, and solidify its position as a global leader in the industrial drive technology sector.

Single-phase frequency drives are an excellent tool to control motor speed. Although VFDs now have strong safety features that ensure the safety of personnel and equipment, proper care is required to use them without mishaps or damage. A few safety precautions will prevent mishaps and damage. Here are a few safety tips: Go through the user manual provided with the single-phase frequency drive. It helps specify how the installation and application can be made accordingly. Through reading, mistakes from the side of installation and applications can be ruled out when applying or installing the drives. Others too can be made aware of practicing safety using it. Always put on gloves and safety glasses whenever you use the drive. The protective wear shields you from shocks and debris. Before you can install or repair the drive, switch off the power. This ensures that you stay away from electrical shocks. Always ensure that all wiring is correct. Faulty or loose wiring can lead to breakdowns. You can find all the information regarding wiring in the user manual. It is important to have the drive free from moisture and damp areas. Moisture triggers short circuits, so it would be essential for the drive when in use should be kept moisture-free. When installing one-phase to three-phase VFD, make sure that the setting matches the voltage and frequency of the motor. Some incorrect settings may annihilate the system. All the screws and terminals shall be well-tightened. Connections improperly secured might bring overheating into the system. Avoid obstructing the vents on the drive. Proper ventilation eliminates overheating and ensures safe operations. Some VFDs feature built-in temperature sensors and operate safely in extreme temperatures. Always check the drive and wiring for wear or damage. Thorough checks regularly can often pick up problems before they occur. Do not allow the drive to fall. Low-intensity impacts can damage parts. This variable frequency drive carries some component pieces that might easily get damaged while being handled. Taking proper care lets you enhance safety in the place of work so that you will welcome the motor control future. A single-phase VFD would be ideal in this regard. In this scenario, the unit can be mounted directly into the panel with an overload protection function to safeguard the motor and drives. The VFDs identify fault conditions; thus, they halt the drive operation of the motor and prevent further damage in the form of overvoltage/short circuits, etc. Avoid overloading the drive. Breakdowns arise from overloading. Remove the drive from direct sun or extreme heat. Extreme temperatures could affect operations Conclusion Single-phase frequency drives can be operated safely and efficiently by following these simple precautions. Always have a safety viewpoint when working with electrical equipment.

Reduced mechanical stress is necessary in motor-intensive industries which require vital core operations to be carried on. Overstressing leads to breakdown, can be very costly to repair, and above all, considerable downtime. One of the more important controls involved in the effort to minimize that overstress is on Variable Recurrence Drives. Let’s get into the particulars now- how VFDs reduce overstress on motors and related machinery. A sudden rush of unknown quantity during the beginning time is encountered from the classic starters. Wearing and tear of the engines along with accessories take place from the sudden actions the above causes. Instead, the speed of the engines can be steadily raised by using a slow and uniform advancement as is provided through VFD controllers. It further reduces the work to be exerted by mechanical elements during this duration. Variable speed drives for three-phase motors enable very precise acceleration and deceleration. This is effective in reducing mechanical shock of the sort experienced in sharp acceleration and deceleration. Smoother changes reduce stress in both the engine and associated equipment; therefore, both function much more efficiently with less strain. Motors running at a maximum speed unnecessarily cause undue stress. VFDs enable the motors to perform at the appropriate speed for the job, thereby decreasing wear and eliminating mechanical fatigue. Without a VFD, motors tend to apply sudden, unexpectedly high forces to equipment such as pumps, conveyors, or fans. This creates problems such as belt slippage, gear wear, and other types of damage. A VFD, by gradually building up the force, minimizes these shock loads and protects the entire system. Running motors at maximum speed generates a lot of heat, which can have an adverse effect on components in the long term. The VFDs reduce heat generation by adjusting the engine speed according to the requirements. This way, motors and other equipment can be kept cooler and last longer. This happens due to the lesser wear experienced by belts and shafts when motors are operating properly. Single-phase to 3-phase variable frequency drives decrease the stresses that often make these parts fail suddenly and therefore increase general life expectancy for equipment. This implies less breakdown and reduced need for maintenance. Hence, it minimizes the costs as a whole and makes motor operations cost-effective. A small investment in VFDs will eventually help return by saving money on maintenance costs and lowering the consumption of energy. Unpredictable motor on-off cycles pose a potential danger to both laborers and equipment. This means that smoother operations, contributed by VFDs, guarantee a safer environment for work. Conclusion Variable Frequency Drives are not only about energy efficiency but are basically devices that reduce mechanical stress on motors and equipment. By providing smooth new companies, exact speed control, and reduced wear, VFDs improve the reliability of a system, increase the life of equipment, and decrease maintenance costs. The installation of VFDs is one of the most prudent decisions an industry can make to improve operations and protect its hardware.

Variable Frequency Drive is an electrical panel designed to protect control the speed of the motor through its running. However, proper installation is critical to get the optimized results. It is important to understand that taking its installation lightly can cause a number of troubles. Here are common problems you may face due to the improper installation of the VFD: 1. Damage the Motor: A 3 phase VFD is a type of motor controller and if it is not installed properly, it can damage the motor and affects its operations as well. Loose parts, wrong connections or any other carelessness during the installation may cost serious losses. The simple way to prevent this damage is a proper installation. Following the guidelines given by the manufacturers can help you secure your motor and prevent any loss. 2. Loss of Productivity: Another thing that gets affected due to the improper installation is your production level. How does the production work take place if the motor is not working as it supposed to be. Hence, it is critical to assemble the device properly to reap its benefits at the optimized level. 3. Loss of Cost: During the time the production work is hampered due to the damage to the motor, your per day labor cost is wasted. Apart from the loss of labor cost many other aspects also get affected because of the one mistake. Therefore, you should install the device properly and take expert assistance that will cost much lesser than the other losses. Here are common mistakes to avoid when setting up VFDs to ensure a successful installation. 1. Choosing the Wrong VFD Analyze motor specifications and operating environment before selecting a VFD for motor control. Selecting the wrong VFD that doesn’t meet the requirements of your application is a mistake. 2. Ignoring Environmental Conditions Adequate protection is needed for installing in extreme environment conditions. Choose a 1 phase to 3 phase VFD rated for specific environmental conditions. 3. Skipping Proper Wiring Practices Using proper cable sizes and types helps avoid electrical noise and failures. Follow the manufacturer guidelines to ensure proper wiring. 4. Failing to Set the Correct Parameters Leaving parameters like acceleration, deceleration, and overload protection to default settings is a common mistakes. These parameters need to be adjusted according to the specific application for optimal performance. 5. Ignoring EMI Shielding: Electromagnetic interference can lead to issues with nearby sensitive equipment. Using shielded cables and ensuring proper grounding can help prevent EMI. 6. Skipping Initial Testing: Assuming the VFD is ready for operation after installation is a mistake. Performing initial tests can help detect issues early. Conclusion: In short, installing the VFD panel properly is important to avoid loss of time, money, and material as well. Remember that safety begins with you and your attentiveness matters. Therefore, don’t risk your safety and install the device properly to take all its advantages, considering all the factors including VFD motor control and everything else. With proper installation you can unlock the full potential of a VFD in any application.

Veikong Electric Seeks to Connect with Potential Partners at the Industrial Automation Show Shenzhen Veikong Electric Co., Ltd is excited to participate in the upcoming Industrial Automation Show, taking place from September 24-28, 2020. The company is looking forward to connecting with industrial professionals and decision-makers at the event and to explore potential collaborations and partnerships. As a leading producer of power transmission and distribution equipment and solutions, Veikong Electric is committed to providing innovative and reliable products and services to industrial customers worldwide. The company firmly believes that establishing long-term partnerships with like-minded businesses will enhance market success for all parties involved. The Industrial Automation Show provides an excellent platform for Veikong Electric to showcase its latest range of low-voltage inverters and soft starters, as well as to interact with potential partners and discuss the latest developments in the industry. The company is excited to engage with visitors at the event, sharing its extensive knowledge and experience, and learning about their needs and requirements. At Veikong Electric, the primary objective is to develop long-term collaborations with customers, creating partnerships that are built on trust, innovation, and mutual growth. By working together, Veikong Electric aims to deliver customized solutions that meet customers’ specific needs, combining cutting-edge products with technical support and aftersales services to maximize their productivity, efficiency, and overall success. The company’s commitment to innovation, efficiency, and customer service has established Veikong Electric as a reliable and trustworthy partner for businesses looking to enhance their automation processes. With a proven track record of success and partnerships with over thirty countries worldwide, Veikong Electric looks forward to developing new collaborations and expanding its global reach. If you are looking for a dedicated and reliable partner that can provide innovative solutions and customized products tailored to your specific needs, then Veikong Electric is the ideal choice. Visit the company’s booth at the Industrial Automation Show, located in Hall 8.1 F213, to explore the latest range of low-voltage inverters and soft starters, and engage with the expert team to discuss how Veikong Electric can support your business’s growth and success.

In recent years, the agricultural sector has been increasingly turning to renewable sources of energy to power vital operations, with solar energy leading the charge. Among the various applications, using solar frequency inverters in irrigation systems has shown great promise in improving efficiency and reducing operational costs. This guide is designed to provide you with a detailed walkthrough on installing solar frequency inverters for agricultural irrigation systems, ensuring you harness the maximum potential of solar power in your farming practices. Why Choose Solar Frequency Inverters for Irrigation? Before diving into the installation process, let’s briefly discuss the advantages of integrating solar frequency inverters into your irrigation systems: Step 1: Assessing Your Requirements The first step in installing a solar frequency inverter is to assess your irrigation system’s requirements. Consider the size of the area that needs irrigation, the type of crops grown, and the water source. This assessment will help in determining the capacity of the solar inverter needed. Step 2: Choosing the Right Solar Frequency Inverter Selecting an inverter that matches your system’s requirements is critical. Look for inverters that offer: Step 3: Solar Panel Installation Install solar panels in a location that receives maximum sunlight throughout the year. Ensure the panels are mounted securely, tilted at the right angle for your latitude, and free from shading. Step 4: Wiring Solar Panels to the Inverter Connect your solar panels to the solar frequency inverter. This involves running DC cables from the panels to the input terminals of the inverter. It’s crucial to ensure that the wiring is done correctly to avoid any electrical faults. Step 5: Connecting the Inverter to the Irrigation Pump Once the solar panels are connected to the inverter, the next step is to connect the inverter’s output to your irrigation pump. Ensure that the AC output from the inverter matches the input requirements of your pump. Step 6: Grounding the System Grounding your solar system is a critical safety step. It protects the system from lightning strikes and reduces the risk of electric shocks. Follow the manufacturer’s guidelines and local regulations for proper grounding. Step 7: Testing the System Before the full-scale operation, test the system to ensure everything is working correctly. Check the inverter’s display for error messages and make sure the irrigation pump is operating smoothly under solar power. Final Thoughts Switching to solar-powered irrigation systems with the incorporation of solar frequency inverters can lead to substantial benefits for agricultural practices. Not only does it make irrigation more sustainable and cost-effective, but it also contributes to a greener planet. Remember, while the installation process may seem daunting at first, following these steps and adhering to the manufacturer’s instructions can simplify the task. For complex installations, don’t hesitate to seek professional help to ensure your system operates efficiently and safely.

Solar water pumping is a sustainable and cost-effective solution for meeting agricultural and domestic water needs. In such systems, the choice of pump technology plays a crucial role in ensuring efficiency and reliability. Three-phase AC pumps have gained popularity in solar water pumping applications due to their numerous benefits over traditional single-phase pumps. Advantages of Using 3-Phase Solar Pump Inverters Let’s look at the advantages of using 3-phase solar pump inverters for water pumping, including improved motor efficiency, enhanced starting torque, and increased overall energy yield. 1. Improved Motor Efficiency One of the significant benefits of three-phase AC pumps for solar water pumping is their superior motor efficiency. Compared to single-phase pumps, three-phase AC pumps are designed to operate with higher efficiency rates. This increased efficiency results in reduced energy consumption. To making them more environmentally friendly in the long run. The higher efficiency also means less strain on the solar panels and batteries, maximizing their lifespan. 2. Enhanced Starting Torque Another advantage of three-phase AC pumps is their enhanced starting torque. Starting torque is crucial for pumps. As it determines their ability to start and operate under challenging conditions. Such as when the water level is low, or pump is required to lift water to higher elevations. Three-phase AC pumps provide higher starting torque than single-phase pumps. For ensure reliable performance even in challenging situations. This feature is particularly advantageous for solar water pumping systems where consistent water supply is critical. 3. Increased Overall Energy Yield Three-phase AC pumps contribute to increased overall energy yield in solar water pumping systems. As mentioned earlier, their improved motor efficiency reduces energy consumption. This efficiency, combined with their ability to provide enhanced starting torque, allows three-phase AC pumps to pump larger volumes of water with the same amount of energy input. This increased water output ensures that the system can meet higher water demand or irrigate larger areas without requiring additional solar panels or batteries. Not only does this benefit agricultural applications, but it also ensures more reliable water supply for domestic usage. Conclusion: 3-phase solar pump inverters offer several advantages over single-phase pumps in solar water pumping systems. Their improved motor efficiency, enhanced starting torque, and increased overall energy yield. Make them a preferred choice for those seeking reliable and cost-effective water pumping solutions. When designing or upgrading a solar water pumping system. Considering the use of three-phase AC pumps can result in improved performance and increased efficiency.

In April 2023, Veikong was delighted to welcome clients from India to our factory for a comprehensive tour. The trip allowed our guests to witness our perfect production system, rigorous testing process, and advanced testing machines. The Indian clients were warmly welcomed to our factory and were treated to seaside tours around Shenzhen, which gave them a chance to relax and experience the natural beauty of the region. During the factory tour, the clients were taken to our R&D room, where they had the opportunity to see how Veikong identifies weaknesses in their products and how we continuously strive to improve them. This demonstration demonstrated our commitment to innovation and product quality. Our clients were impressed by the meticulous attention to quality control, which cemented their confidence in Veikong and strengthened their desire to continue doing business with us. Following the tour, our clients decided to proceed and make payment for new machinery after the face-to-face meeting. VEIKONG is committed to building long-lasting and meaningful relationships with our clients. The tour provided the ideal platform for both parties to develop a deeper understanding of each other’s business operations, which brought us closer together. The tour was a great success, with the guests thoroughly impressed by Veikong’s perfect production system, rigorous testing process, and advanced testing machines. We are looking forward to a continued business partnership that delivers quality results for both Veikong and our Indian clients. Welcome to visit us VEIKONG in Shenzhen.

A variable frequency drive is basically a category of motor controller that initiatives an electric motor by fluctuating the frequency and voltage of its influence supply. The VFD also has the dimensions to rheostat ramp-up and ramp-down of the motor during start and stop, correspondingly. VFD is also used for phase conversion to save money, hassle, and space. It is ideal to find a well-known 3-phase variable frequency drive manufacturer for buying the best quality product for your applications. Below, I’m going to share how to use VFD for phase conversion.  Using VFDs to Renovate Single Phase to Three-Phase Single-phase AC power is usually used in housing and farming settings, while it can also be seen in some manufacturing sectors. It has generally two phases and possibly a neutral. It is very communal to see single-phase power for 120, 240, and rarely 480 VAC systems. Three-phase supplies generally come with three phases and it is basically 240 and 480 VAC systems. There are many individuals that run into difficulties with phase alteration when they get a new motor and find that the three-phase motor doesn’t work well with their single-phase power. A VFD can control a three-phase motor with a single-phase input power source, but phase adaptation presents many contemplations that usually don’t feature in purchasing a VFD. Single-Phase Input VFDs There are many manufacturers that have lines of VFD constructed to input single-phase power and output three-phase power. VFDs that derive from the factory are ready for functioning on single-phase input power and creating three-phase output power to run an induction motor. In fact, the VFDs that are considered this way aren’t able to effort three-phase power at all. This is for the reason that the AC power input only has two obtainable terminals for the hot wires and so can’t take the extra wire required for three-phase input. If what you need is a VFD that is prepared off the shelf to alter single-phase to three-phase, this is frequently a great choice for you. These VFDs are esteemed and sized grounded on the output three-phase current assessment of your motor, creating them unassuming to size appropriately and easier to mount. Using Standard VFDs for Phase Conversion If your motor is too huge for VFDs constructed for phase adaptation, it is conceivable to use a normal VFD for your single-phase power source. This is completed by stroking the two hot wires for a single-phase on the AC input for the VFD and parting one input terminal open and unexploited. This does increase a few glitches that you have to influence. Because you are now focused on the same amperage on two phases in its place of three, a letdown of your VFD’s input diodes is possible to happen. To resolve this problem, you have to oversize the VFD to interpret for larger ampacities. A conventional rule of thumb is dual the size of the VFD you need. For instance, if your motor Full Load Amps (FLA) is recorded at 15, dual that and size a VFD as if you are required to influence a 30-amp motor. If you’re opposed to this condition, you should call the experts who can support walk you through this sizing procedure and find the right VFD for you. Each electrical system has several features to look at when you twitch venturing into phase conversion. What’s most imperative is that you recognize what you need and what matters to you, then create a system around that. You can find one of the most recognized 3-phase variable frequency drive manufacturers for purchasing the right product for your application.