1. Model Code Explanation

2. Electrical Specifications

• Rated Output Power: 2.2 kW

• Input Voltage: 3-phase AC 380~500 V

• Rated Frequency: 50 Hz / 60 Hz

• Rated Continuous Output Current: 5.9 A

• Output Voltage Range: 0~480 V 3-phase AC

• Output Frequency Range: 0~400 Hz

• Control Mode: V/F open-loop / Sensorless vector control

• Overload Capacity: 150% rated current for 60 seconds

• Adjustable Switching Frequency: 4kHz / 8kHz / 12kHz / 16kHz

• Standard equipped with STO Safe Torque Off function

3. Physical and Environmental Parameters

• Protection Class: IP20

• Cooling Mode: Natural air cooling

• Full-load Operating Temperature: 0°C ~ +45°C

• Storage Temperature: -25°C ~ +70°C

• Working Humidity: 5%~95%, non-condensing

• Installation Method: Vertical wall mounting

• Max applicable altitude: ≤1000m without power derating

• Approximate Weight: 2.8 kg

4. Standard Interfaces

• Onboard RS485 interface, support Modbus RTU protocol

• Dual analog input: 0-10V DC / 0-20mA

• 6 programmable 24V DC digital input terminals

• 2 programmable relay output terminals

• PTC motor over-temperature protection input

• Brake resistor connection terminal

• Multi-step speed control terminals

• Support external FBG31C operation panel for parameter setting

5. Main Functions

• Acceleration and deceleration time adjustable from 0.1s to 600s

• Built-in DC braking and dynamic braking for fast stopping

• Intelligent energy-saving running mode

• Three control modes: panel control, terminal control, communication control

• Slip compensation function for stable speed under load

• Soft start and soft stop to reduce impact current and mechanical vibration

• Integrated PID closed-loop control for constant speed and constant pressure

• Parameter save, copy and restore functions available

• Excellent low-speed high torque performance

6. Protection Functions

• Instantaneous overcurrent and thermal overload protection

• Overvoltage and undervoltage protection

• Input phase loss detection and protection

• Inverter internal overheat protection

• Electronic thermal motor overload protection

• Output short circuit and earth fault protection

• Anti-stall protection

• ESD protection for control terminals

• Hardware STO safety torque off protection

7. Installation and Wiring Requirements

1. Cut off power supply before wiring, commissioning and maintenance

2. Separate power cables and control cables to avoid interference

3. Ensure reliable PE grounding connection

4. Keep sufficient space around for heat dissipation

5. Avoid installation in dusty, humid, oily and corrosive environments

6. Use shielded dedicated frequency conversion cables for motor wiring

8. Basic Commissioning Steps

1. Check all wiring to eliminate wrong connection and short circuit risks

2. Confirm input voltage matches inverter rated voltage level

3. Set motor rated voltage, current, frequency and speed correctly

4. Select appropriate control mode according to on-site requirements

5. Set reasonable acceleration/deceleration time and frequency limit

6. Perform no-load test run to check motor running status

7. Put into formal load operation after stable operation

9. Daily Maintenance

• Clean surface dust every 3-6 months regularly

• Periodically check the tightness of all wiring terminals

• Monitor running current and internal temperature during operation

• All maintenance and fault inspection must be operated by qualified professional electricians

10. Application Scope

11. Compliance Standards