News
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The Application of Vekont Textile Inverter in Textile Industry
Features of the Vekont Textile-specific inverter: The textile-specific inverter is designed to reduce power consumption and lower costs. Textile factories heavily rely on air conditioning equipment, and by implementing inverters to control the air conditioning motors, significant reductions in power consumption are achieved, resulting in substantial savings on electricity expenses.
Details2024-04-27
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When using Vekont variable frequency drives in machine tools, the following issues should be noted:
1. Electromagnetic compatibility: Ensure that the variable frequency drive does not interfere with surrounding equipment and systems. 2. Heat dissipation and ventilation: Maintain good heat dissipation for the variable frequency drive to prevent overheating. 3. Maintenance and upkeep: Regularly inspect and maintain the variable frequency drive to ensure its proper operation. 4. Overload protection: Prevent damage to machine tools due to excessive loads....
Details2024-04-27
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The main features of Vekont variable frequency drive applied in CNC machines
1. Vekont has the capability to provide 150% load torque at low frequencies, ensuring stable output. 2. Offers 150% overload protection (for 60 seconds), meeting the requirements of the equipment.
Details2024-04-27
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The requirements for the application of technology in CNC machine tools.
Requirements for motors: 1. Typically, a variable-frequency drive-specific motor or a standard motor equipped with a fan is necessary to fulfill the cooling requirements of the motor at low frequencies. Moreover, it is essential for the motor to possess a wide speed regulation range. 2. Technical requirements for inverters: 1) High torque at low frequencies: A vector inverter should be chosen as it can deliver 150% of rated torque at low frequencies (1-10...
Details2024-04-27
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Application of Vekont Inverter in Plastic Packaging Factory
The implementation of Vekont variable frequency drives for controlling the vacuum pumps in a plastic packaging factory has resulted in substantial benefits, including significant energy savings and reduced equipment maintenance costs. This is attributed to the utilization of variable frequency technology for the transformation of the vacuum pumps, leading to notable improvements in efficiency at a major domestic plastic packaging film production plant.
Details2024-04-27
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The application of Vekont variable frequency drives on the separator in a sugar factory
1. The operation of the separator prior to the technical upgrade. The sugar refining and separation process at a sugar factory in Yunnan Province is conducted utilizing the centrifugal dewatering method. The centrifugal dewatering method is employed, with the separator comprising a conical rotor and a driving motor. The motor shaft is directly connected to the rotor. Within the conical rotor, solid sugar crystals that have crystallized from high-concent...
Details2024-04-27
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Classification and frequency conversion application of packaging machinery
Packaging machinery can be categorized into different types based on their specific functions, including filling machines, sealing machines, labeling machines, and wrapping machines. Variable frequency drives (VFDs) are widely utilized in packaging machinery to regulate motor speed and optimize operations according to precise production demands. This enables accurate control over the packaging process, resulting in energy efficiency, enhanced productivity,...
Details2024-04-27
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Variable-frequency Drive Application in Food Machinery
The application of variable frequency drives in food machinery involves the use of these drives to control the speed of electric motors, enabling precise regulation of equipment such as conveyors, mixers, and screw conveyors during the food production process. By adjusting motor speeds, it becomes possible to better adapt to different processing requirements and production demands, thereby enhancing production efficiency and conserving energy. Additionally...
Details2024-04-27
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Application of frequency converter in constant pressure water supply
The constant pressure water supply refers to a method of supplying water in which the outlet pressure is maintained at a constant level despite fluctuations in water demand. This is achieved through the organic integration of frequency converters, PID controllers, microcontrollers, PLCs and other devices to form a control system that regulates the output flow of water pumps. The application of frequency converters in achieving constant pressure water suppl...
Details2024-04-27
