1 Applicating in a variety of industrial fields
2 Built-in brake unit
3 Built-in EMI filter
4 With mutipleprotection function

Product Features

Magnetic flux vector control mode is more accurate;Optimization of flux control to further enhance the low frequency output torqueOutput frenquency 0.50-650.0Hz, resolution is 0.01HzSetable V/F curve and customized curveLow noise, carrier frequency can be adjustable during the range of 3K-12KTimely and reliable control and protection, high stability of the systemOptional built-in filterCompatible with European-level interface standard

Main Functions

Can achieve reliable industrial application in a variety of occasionsBuilt-in brake unit and EMI filterLinear, flat ways, and customized line-type torque commpensation can be adapted to the load of a variety of waysMany a speed-adjustable mode  such as jog, multi-speed, analog and PC etc.Standard RS485 communication interface, Modbus PC control can be realised, can make multiple inverters run simultaneouslyOther combinations of speed-adjustable such as given digital, analog and Modbus etc.Two input modes with NPN type and NPN, PNP bipolarSix digital input terminals, each terminal can be defined seperately from the correspoding function, two analog input terminals, one for voltage input (0-10V), one can choose the voltage signal (0-5V or 0-10) or  current signal input (0-20mA, 4-20mA)One digital output terminals, one multi-function relay output terminal, two analog output terminals.With the function of default frenquency blinking display, especially in analog speed-adjustable, the operating frequency can be easily set before running.Current stall preventionDC braking during the process of starting and stopping.Real-time current and voltage detection, when the grid voltage changes, can automatically ensure the stability of output voltage.The corresponding voltage of output frequency can be customized.With multiple protection functions in Inverter overload and motor overload ,high responsiveness.

Technical  Specification

 

Items		Contents
Input	Rated Voltage Range	3-phase 400V±15%;single-phase 230V±15%
	Rated Frequency	50/60Hz
Output	Rated Voltage Range	3-phase 0-400V;3-phase 0-230V
	Frenquency Range	0.00-650Hz
Control Capability	Carrier Frenquency	2000-10,000Hz; Fixed Carrier-wave and Random Carrier-wave can be selected
	Input Frenquency Resolution	Digital Setting: 0.01Hz.Analog Setting: Max Frequency EMBED Equation 3 0.1%
	Control Mode	VVVF Control/Flux Vector Control
	Overload Capacity	150% Rated Current. 60 Seconds
	Torque Elevating	Manual Torque Promotion 0.1%-30%(VVVF)
	V/F Curve	3 Kinds of Modes: Beeline Type, Square Type and Under-defined V/F Curve
	DC Braking	DC Braking Frequency: 1.0-5.0Hz, Braking Time 0.0-10.0s
	Jogging Control	Jogging Frenquency Range: Min Frenquency- Max Frenquency, Jogging Acceleration/Deceleration Time: 0.1-3000.0s
	Auto Circulating Running and Multi-stage Speed Running	Auto Circulating Running or Terminals Control Can Realise 15-stage Speed Running
	Built-in PID adjusting	Easy to Realise a System for Process Closed-loop Control
Operation Function	Frenquency Setting	Potentiometer or External Analog Signal(0-5V,0-10V,0-20mA);Keypad(Terminal) Keys.External Control Logic and Automatic Circulation Setting
	Start/Stop Control	Terminal Control, Keypad Control or Communication Control
	Running Command Channels	Three Kinds of Channels from Keypad Panel, Control Terminal and Series Communication Port
	Frenquency Source	Frequency Sources: Given Digit, Given Analog Voltage, Given Analog Current and Given Series Communication Port.
	Accessorial Frenquency Source	Flexible Implementaton of 5 Kinds of Accessorial Frequency Fine Adjustment and Frequency Compound
Optional	Built-in RFI Filter,Built-in Braking Unit, Modbus Communication, Local Operation Panel with Potentiometer, Telecontrol Panel
Pretection Function	Input Out-phase,Output Out-phase,Input Under-voltage, DC Over-voltage, Over-current, Over-load,Current Stall,Over-heat, External Disturbance
Display	LED Nixie Tube Showing Present Output Frequency, Present Rotate-speed(RPM),Present Output Current,Present Output Voltage, Present Linear-velocity, Types of Faults, and Parameters for the System and Operation;LED Indicators Showing the Current Working Status of Inverter.