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HIGH PERFORMANCE VECTOR INVERTER

HIGH PERFORMANCE VECTOR INVERTER


  • Three-phase 380~460V; fluctuation does not exceed ±10%, imbalance rate <3%
  • 50/60Hz土5%
  • 0~inputvoltage
  • 0-500Hz
  • V/F control, SVC control
  • 150% rated output current for 60 seconds; 180% rated output current for 10 seconds
  • Digital setting: 0.1Hz;Analog setting: 0.1%x maximum frequency
  • +10v,load capacity100mA
  • +24V,load capacity200mA
  • Al1:Voltage 0~10V; Al2: (voltage/current optional) 0-10V/0~20mA;
  • AO1~AO2(voltage/current optional)0~10V/0~20mA
  • DI1~D15,0ptocoupler isolation input;*Dl5 can be selected as high-speed pulse input
  • DO1/FM,Optocoupler isolation output, *FM can be multiplexed with high-speed pulseoutput
  • TA1/TB1/TC1,TA2/TB2/TC2;Contact rating: 250VAC/3A OR 30VDC/1A

Track the motor speed in a short period of time to achieve smooth restart of the running motor. 0.5HZ/150%(Open loop loss control)HZ/180 %(Closed loop loss control) The frequency converter monitors its output current at all times. When the current exceeds theprotection value, it quickly limits the current to a safe point to protect the _Equipment safetyavoids frequent overcurrent alarms and shutdowns caused by sudden load or interference. In the event of a momentary power outage or a sudden sharp drop in voltage, the inverterimmediately reduces the transmission frequency and uses the energy fed back by the load.Compensates for voltage drops to keep the inverter running continuously.... V/F control, open loop vector control, closed loop vector control Standard network cable external keyboard, various styles (can be customized) I/o exhibitioncard, warious PG Card optional Built-in five groups of virtual DIDo, Simple logic control can be realized. Two sets of motor parameters can be set, and motor switching control can be achieved throughexternal terminals or built-in parameters.

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