Ready to Get Your VFD Solution?
Whether you need a single drive or a complete system, we have the VFD products and engineering support to ensure your project's success.
Harmonic Mitigation for VFDs: A Practical Engineer’s Guide
The best way to do harmonic mitigation for VFDs is to match the solution to the real power-quality problem: use…
VFD Commissioning Steps: A Field Engineer’s Startup Checklist
The correct VFD commissioning steps are: verify safety and installation, check supply and motor insulation, power up and enter motor…
Motor Compatibility with VFD: Can Any Motor Run on a Drive?
No. Not every motor can run with a VFD. Three-phase AC induction motors are the standard choice. Even then, the…
VFD Power Calculation: How to Size a Drive Correctly
A VFD power calculation tells you exactly how much drive capacity a motor needs so the installation runs reliably without…
VFD Installation Best Practices: A Complete Field Guide
Following VFD installation best practices is the difference between a drive that runs for 15 years and one that fails…
VFD Control Modes Explained: A Practical Engineer’s Guide
The four main VFD control modes are V/Hz (scalar) control, sensorless vector control, closed-loop vector control, and direct torque control…
VFD Selection Based on Load Type: A Complete Technical Guide
The five VFD load types are constant-torque, variable-torque, constant-horsepower, impact, and starting Correct VFD selection based on load type determines…
VFD Troubleshooting Common Issues: A Field Engineer’s Diagnostic Guide
This VFD troubleshooting guide covers the most common VFD troubleshooting issues: overcurrent, overvoltage, undervoltage, overtemperature, ground fault, output phase loss,…
VFD Parameter Settings Guide: Step-by-Step Configuration from Power-On to Production
To configure a VFD correctly, you must enter the motor’s rated voltage, current, frequency, and speed from the nameplate, then…