900-0015G1 M Driver VFD 1.5KW Single phase 220V

The 900-0015G1 M Driver VFD 1.5KW Single phase 220V Variable Frequency Drive designed for single-phase 220V AC input. It’s well-suited for various motor control applications, offering efficient speed and torque control, making it ideal for small to medium-sized machinery, HVAC, and automation systems. If you need M Driver VFD 1.5KW Single phase 220V price, you can contact BAT Power Solution via CALL/WhatsApp: +8801713722455

Key Specifications M Driver VFD 1.5KW Single phase 220V

1. Power Output: 1.5 kW (2 HP)
2. Input Voltage: Single-phase 220V AC
3. Output Voltage: Adjustable, typically from 0 to 220V AC, matching motor requirements
4. Output Frequency: 0 to 400 Hz, allowing for flexible motor speed control
5. Control Modes:
   • V/F (Volts per Frequency) control for basic applications
   • Sensorless Vector Control for improved torque and response (if applicable)

Features

• Compact Size: Fits easily into control panels with limited space.
• User-Friendly Interface: Equipped with a digital keypad/display for adjusting settings.
• Built-in Protections: Overload, short-circuit, and overvoltage protections ensure safety and reliability.
• Energy Efficient: Optimizes motor operation to reduce energy consumption, especially useful in applications with variable loads.
• Fault Diagnostics: Error codes are displayed for easy troubleshooting.

Applications

• HVAC: Ideal for adjusting fan and pump speeds to save energy.
• Pumps: Provides variable-speed control for fluid pumps in water treatment or irrigation.
• Conveyor Belts: Controls motor speed to match conveyor requirements in industrial automation.
• Machine Tools: Allows for precision speed and torque adjustments, ideal for small machines.

Installation and Configuration 900-0015G1 M Driver VFD 1.5KW Single phase 220V

1. Mounting: Ensure adequate ventilation in the control cabinet, with sufficient clearance.
2. Wiring:
   • Input Power: Connect to the single-phase 220V AC input terminals.
   • Output Power: Connect to the motor’s input, verifying voltage and frequency compatibility.
3. Programming:
   • Set motor parameters such as rated voltage, frequency, and current.
   • Configure control modes, start/stop ramp times, and acceleration/deceleration profiles as needed.
4. Testing:
   • Test to verify correct operation, adjusting parameters to achieve the desired motor behavior.

Maintenance Tips

• Regular Cleaning: Clear dust from the cooling fan and heat sink.
• Check Connections: Ensure all power and control connections are secure.
• Backup Parameters: Save configuration settings for quick recovery if needed.

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