General-Purpose Inverter

Why choose our General-Purpose Inverter?
Choosing our frequency converters means choosing a reliable, efficient and environmentally friendly energy conversion partner. We are committed to providing customers with the highest quality products and services through technological innovation and jointly promoting the global energy transformation.
Universal frequency converters are pivotal in numerous industrial and commercial applications, offering a range of benefits that include energy efficiency, reduced mechanical stress, and enhanced operational smoothness. These converters are designed to modulate motor speeds according to varying operational demands.

 

Key Features:

 

(1)Speed Regulation Function: Universal frequency converters provide precise control over motor speeds, catering to specific operational requirements.
(2)Energy Saving: By optimizing motor speeds, these converters substantially cut down on energy usage, particularly in fan and pump applications.
(3)Start and Soft Stop: They minimize mechanical shocks during the start and stop phases, prolonging the lifespan of motors and associated equipment.
(4)Protection Functions: Comprehensive protection against overload, overheating, overvoltage, and undervoltage ensures motor and operator safety.
(5)Multiple Control Modes: Including V/F control, vector control (with sensorless options), and direct torque control, these modes accommodate different motor types and applications.
(6)User-Friendly Interface: Equipped with LCD or LED displays, these converters facilitate easy parameter setting and status monitoring.
(7)Communication Capabilities: Support for industrial communication protocols like MODBUS, Profibus, and EtherNet/IP facilitates seamless integration into automation systems.

 

Application Scenarios:

 

(1)Fans and Water Pumps: Used for precise flow and pressure control, contributing to significant energy savings.
(2)CNC Machine Tools: Essential for accurate speed control of spindles and feed axes, enhancing machining precision and productivity.
(3)HVAC and Refrigeration: Regulate fan and compressor speeds to optimize energy use and maintain consistent temperatures.
(4)Packaging Manufacturing: Control conveyor and packaging equipment speeds to accommodate varying materials and production rates.
(5)Plastics and Rubber: Manage the speed of extruders and injection molding machines to ensure product quality and boost production efficiency.
(6)Woodworking Machinery: Control the speed of sawing, planing, and drilling operations to improve accuracy and material utilization.
(7)Steel Smelting: Govern the speed of rolling mills, fans, and pumps to enhance energy efficiency and production flexibility.
(8)Textile Printing and Dyeing: Manage the speed of looms and finishing equipment to increase production efficiency and product quality.
(9)Other Applications:
Food Processing: Control the speed of mixing, cutting, and packaging equipment to guarantee food quality and safety.
Chemical Industry: Regulate the speed of pumps, mixers, and compressors to suit diverse chemical reactions and production processes.

 

 

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