3G8F5-CLK21

Description

Parameter Specifications

Power Supply: For the single-phase 200V version, it operates at 200 – 240V, 50/60Hz; for the three-phase 400V version, it works at 380 – 480V, 50/60Hz.
Power: 2.2KW
Maximum Output Voltage: The single-phase version outputs three-phase 200 – 240VAC; the three-phase version outputs three-phase 380 – 480VAC.
Carrier Frequency: 2 – 15kHz
Communication: Standard RS485 interface with Modbus bus communication function.

Functions

Speed Control: It can precisely control the speed of motors by adjusting the output frequency, enabling flexible control of production line speeds and equipment operation speeds.
Energy Saving: With its built-in energy-saving function, it adjusts power consumption according to the load, thus reducing overall energy consumption.
Brake Control: Has the function of controlling the external brake action, which can quickly stop the motor when needed to improve operational safety.

Weight and Dimensions

Weight: 1.9kg
Dimensions: Not provided in common data, but generally has a compact design for easy installation in control cabinets.

Characteristics

High Torque Output: Can provide more than 150% torque output at 3Hz, which is suitable for driving high-load equipment.
Silent Drive: The 2 – 15kHz carrier frequency can realize silent drive, reducing noise pollution in the working environment.
Compact Size: The unified and compact size allows for close side-by-side installation, saving space.

Application Areas

Industrial Manufacturing: It is widely used in the control of motors in production lines such as in the automotive and electronics industries, realizing speed regulation and energy saving of equipment.
HVAC Systems: In air conditioning and ventilation systems, it controls the speed of fans and pumps to adjust air volume and water volume, achieving energy-saving operation.
Water Treatment Industry: It is used to control the motors of water pumps and mixers in water treatment plants to ensure the normal operation of the water treatment process.
Textile Industry: It is applied to the speed control of spinning machines and looms, improving production efficiency and product quality.