900-0022G1 M Driver VFD 2.2KW Single phase 220V

Description

The 900-0022G1 M Driver VFD 2.2KW Single phase 220V (3 HP) Variable Frequency Drive, compatible with single-phase 220V AC input. This model is a reliable choice for larger motor applications that need precise speed and torque control, suitable for automation, HVAC, pumps, and other industrial machinery, If need M Driver VFD 2.2KW Single phase 220V price, you can Contact BAT Power Solution.

Key Specifications 900-0022G1 M Driver VFD 2.2KW Single phase 220V

1. Power Rating: 2.2 kW (3 HP)
2. Input Voltage: Single-phase 220V AC
3. Output Voltage: Adjustable up to 220V AC, depending on motor requirements
4. Output Frequency: 0 to 400 Hz, adjustable to support a broad range of motor speeds
5. Control Modes:
   • V/F (Volts per Frequency) control for general applications
   • Sensorless Vector Control for better dynamic response and torque control

Others VFD

Features

• Compact Design: Efficient for use in space-constrained control panels.
• Digital User Interface: Typically includes a keypad and display for convenient parameter settings.
• Integrated Protections: Includes overload, short-circuit, and overvoltage protections for operational safety.
• Energy-Saving Operation: Optimizes motor function to reduce power consumption, especially beneficial for variable loads.
• Automatic Diagnostics: Built-in diagnostics provide error codes for quick troubleshooting.

Typical Applications

• HVAC Systems: Enables variable fan and pump speed control for energy savings.
• Pumps: Suitable for water, wastewater, or irrigation systems requiring adjustable flow rates.
• Conveyor Belts: Ensures controlled motor speed for smooth material handling.
• Machine Tools: Adjusts motor speed and torque for precision operations in small-to-medium machines.

Installation and Configuration 900-0022G1 M Driver VFD 2.2KW Single phase 220V

1. Mounting: Install in a ventilated enclosure with adequate clearance for airflow.
2. Wiring:
   • Connect the single-phase 220V AC input power to the VFD input terminals.
   • Connect the VFD output to the motor, ensuring voltage and current compatibility.
3. Programming:
   • Set the motor’s rated voltage, frequency, and current based on specifications.
   • Configure acceleration/deceleration times, and select the appropriate control mode.
4. Testing and Adjustment:
   • Test the motor operation to verify setup and make adjustments for optimal motor performance.

Maintenance Tips

• Dust and Debris: Regularly clean the cooling fan and heat sink.
• Secure Connections: Periodically check that all connections remain tight.
• Parameter Backup: Keep a backup of configuration settings for quick restoration if needed.

This VFD is designed for applications that require efficient, precise motor control, making it versatile across various industrial and automation uses. Feel free to reach out if you need more detailed configuration assistance!