1.Product Overview:
The GD290 series three-phase 380V high-performance universal vector frequency converter features a heavy load capacity of 15kW and a light load capacity of 18.5kW. It is an industrial high-power wall-mounted model with strong vector control performance, sufficient low-frequency torque, stable and reliable operation. It is suitable for the speed regulation of medium and large industrial power equipment. The cabinet is installed stably, taking into account both heavy-load driving and light-load energy-saving speed regulation. It has extremely strong versatility in industrial scenarios.
2. Product Advantages:
a. Super low-frequency torque, smooth heavy-load startup, no shock during large-load startup
b. Wide voltage tolerance design, stable operation even when the factory grid is unstable
c. Three-proof coated circuit board, dust-proof, moisture-proof and oil-proof, suitable for harsh production environments
d. Exclusive fluid equipment energy-saving algorithm, significant power saving during long-term operation of fans and pumps
e. Large-screen visual operation panel, simple parameter adjustment, clear and easy-to-find fault codes
f. Standard Modbus communication, seamless connection with PLC and industrial control systems for intelligent control
g. Full-dimensional electrical protection, comprehensive protection against overload, overvoltage, undervoltage, phase loss and overheating
h. Increased heat dissipation air duct design, stable heat dissipation during full-load long-term continuous operation without high temperature
3.Technical Specifications (GD290-015G/018P-4)
| Parameters | Specification |
|---|---|
| Model | GD290-015G/018P-4 |
| Power | Heavy load: 15kW / Light load: 18.5kW |
| Input voltage | Three-phase AC 380V - 480V 50/60Hz |
| Output frequency | 0–400Hz |
| Control mode | V/F, Sensorless Vector (SVC) |
| Overload capacity | Heavy load: 150% for 60s; Light load: 120% for 60s |
| Communication | Modbus RTU |
| Protection | IP20 |
| Cooling method | Mandatory forced air cooling for heat dissipation |