Recenzje klientów dla Przetwornica częstotliwości VEVOR 4kW 18A 5HP AC 220-240V Regulator częstotliwości Regulator prędkości Przetwornica częstotliwości Falownik Silnik Falownik VFD Sterownik zmiennej częstotliwości w tym 20 cm kabel sterujący

Utilise pour pont triphasé sur une installation monophasé. Commande via le variateur de fréquence ainsi démarrage progressif possible. La notice est peu aisée à appréhender c’est un point à améliorer pour être accessible aux moins « acharnés ». Il reste à voir dans le temps…

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produit efficace , utilisé sur un po élévateur triphasée a l 'origine , remplace l 'armoire electrique d'origine sans probléme , petit bonus en plus , possibilté de regler la courbe d'arret du moteur , marche mieux qu'avec le branchement origine tri

Ottimo prodotto . Personale serio

Très bon rapport qualité/ prix

Matériel livré rapidement fonctionne nickel

Exactly as described. This unit was supplied in good condition and operated directly from the box. I would be haply to buy a other.

I'm very happy with the VFD, it powers my 3 phase 220 lathe and set up was straight forward. I height recommend it.

There is a word count limit so I am giving you the basics hope this helps mine now reads in RPM and it runs great I set up a lower limit of 12000 rpm so my air cooled spindle does not over heat.P01.10 has to be inputted first. Auto tune is required especially for a cnc spindle(otherwise it could damage it auto tune figures out your winding resistance and specs) My name plate Spindle settings(use your own to set up): Max freq:300hz Max Rpm 18000rpm Max Current:13.5amps Max Power 4kw Put settings in then do auto tune then put lower frequency limit in last if needed.. Switch two wires Of UVW to change rotation if required(verify rotation when doing auto tune and verify again after because it may need changing again bug maybe). Do not start motor until after auto tune done(auto tune requires you press run to start it though). In totality here are the settings(mine yours may differ): P01.10=300(Maximum output frequency 300hz in my case as on spindle name plate) ) P01.08=300(Preposition frequency 300hz in my case as on spindle name plate) ) P01.12=300(Upper Limiting Frequency 300hz in my case as on spindle name plate)) P01.01=0(Motor control mode in our case Speed Sensorless Vector Control) P01.17=10(Acceleration time in seconds) if set too low and you will trip on current overload P01.18=10(deceleration time in seconds) if set too low back emf will trip vfd P02.00=1(motor type variable frequency asynchronous motor) P02.01=4(rated power of motor 4kw in my case as on spindle name plate) P02.02=220(rated voltage of motor 220v in my case as on spindle name plate) P02.03=13.5(rated current of motor 13.5 amps in my case as on spindle name plate) P02.04=300(rated frequency of motor 300hz in my case as on spindle name plate) P02.05=18000(rated speed of motor 18000rpm in my case as on spindle name plate) P08.03=14(led displays parameter 1in Operation status load speed display) P08.03=14(led displays parameter 2in Operation status main frequency X display calculates rpm value for display) After programming start an auto tune: P02.37=2 (press enter then run button) To set a lower frequency/rpm limit(do this only after auto tune is done it needs the full range to tune): P01.14=200 (12000rpm/18000rpm X 300hz sets the floor at 200hz or 12000rpm) In case you need to start over and reset to factory defaults: P17.01=1 Leave a reply if this helps :) As for DI,Do, and PWN inputs that's going to be a you tube video..

rapport qualité prix convenable, je recommande