Dos and Don’ts for Using a Surge Protector
Electrical surges silently destroy valuable electronics, leading to downtime, costly repairs, and data loss. The right surge protective device (SPD) is…
Industry News
How to Determine the Load Capacity of Your Circuit Breaker?
Overloading your breaker can cause overheating, equipment failure, or even fires. Many users ignore load calculations until a trip occurs—by…
How Do VFDs Integrate with AC and DC Systems?
When motor control lacks precision, energy is wasted, equipment fails early, and production efficiency drops sharply — Variable Frequency Drives…
How to Test Surge Protection Device Equipment?
When surge protective devices fail silently, they leave systems exposed to costly power damage. Ignoring SPD testing risks equipment failure…
Surge Protector VS Fuse Key Differences Explained
Electrical surges or overcurrents can destroy valuable solar or industrial equipment in seconds. Without proper protection, downtime, equipment failure, and…
Tripped Circuit Breaker Won’t Reset? Try This
When your circuit breaker refuses to reset, it can disrupt your entire day. Persistent tripping not only halts appliances but…
Why Do Charging Resistors and Energy Storage Capacitors Cause Faults in a VFD?
When charging resistors or energy storage capacitors fail, the VFD may experience sudden power loss, blown rectifier bridges, or complete inverter…
Market Forecast for the Low-Voltage General-Purpose VFD Industry in 2025
Global automation faces stagnation from slowing industrial demand; this threatens productivity and energy efficiency. Fortunately, variable frequency drives (VFDs) provide…
What Is an Appropriate Starting Frequency for the Frequency Converter?
When the variable frequency drive is set incorrectly, motors fail to start smoothly, causing high inrush current, overheating, and equipment…