VEVOR frequency converter VFD 5PS, 4kW, 8.5A, 3-phase AC, 380V input to 3-phase AC, 0-380V output, frequency converter, 50/60 Hz input, 0-2000Hz output, VFD for speed control of the spindle motor
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Key parameters: Power: 4 kW, Horsepower: 5 hp, Input current: 8.5 A. Input phase: Three-phase AC 380 V; Output phase: Three-phase AC 0 ~ 380 V. Input frequency: 50/60 Hz; Output frequency: 0–2000 Hz.
Intuitive display and buttons: Our variable frequency drive (VFD) features an intuitive display and user-friendly buttons, allowing users to get started quickly. The detachable control panel can be connected to the appropriate interface for remote control, providing added convenience and flexibility.
Safe and durable: The VFD features a comprehensive protection system that safeguards against overcurrent, overload, overvoltage, phase loss, and more. These features prioritize your safety and increase the VFD's lifespan.
Efficient heat dissipation: This VFD features a powerful cooling fan and a multi-hole design that ensures efficient heat dissipation and improved ventilation. It offers stable, long-lasting performance with reduced noise, making it the ideal choice for demanding industrial applications.
High versatility: Our VFD is ideal for driving three-phase motors in various machines, including CNC milling machines, CNC machining centers, milling machines, drilling machines, compressors, pumps, grinding machines, centrifuges, and other speed-controlled machines. For higher motor loads and optimal results, choose a higher-powered VFD.
The input of the VFD is three-phase AC 380 V, and the output is three-phase AC 0 ~ 380 V, the input frequency is 50/60 Hz and the output frequency is 0-2000 Hz.
The frequency inverter is user-friendly, featuring an intuitive display and easy-to-use buttons for quick start-up. It also has a detachable control panel.
Our VFD is equipped with an intelligent protection system that offers protection against overcurrent, overload, overvoltage, and phase loss. It is primarily made of flame-retardant plastic, ensuring high performance and quality from the inside out.
Stable and efficient operation relies on large cooling fans and a design with multiple heat dissipation holes, which prevents overheating and overload during prolonged operation.
Installation tips: 1. Turn off the power. 2. To protect the VFD, press the red "Stop" button and turn off the power. 3. Avoid installation in humid or hot environments. 4. For optimal performance, choose a VFD with higher power.
Buongiorno, è possibile collegare GND e morsetti x e y in comune tra più inverter in maniera da utilizzare funzioni di comando (ad esempio pulsanti di avvio arresto) con pulsanti esterni comuni
Ad esempio funzionamento a 3 fili:
GND inverter 1 e invert 2 uniti > pulsante di arresto NC >
- X3 inverter 1, X3 inverer 2 uniti
-pulsante avvio inverter 1 > X1 inverter 1
-pulsante avvio inverter 2 > X2 inverter 2
In questo caso per ottenere avvio indipendente e un arresto comune
Grazie
No, non è consigliabile collegare in comune i terminali GND e X/Y di più inverter. Utilizzare contatti isolati separati (o relè/PLC) per ottenere un arresto condiviso e un avvio indipendente in tutta sicurezza.
By vevor
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Vedo in descrizione "uscita trifase ac 0-380v", é plausibile poter usare questo azionamento per alimentare un motore asincrono trifase 48v oppure 80v, esempio a 48v: https://www.cfritaly.com/en/products/amx125-100/ ?