Frequency Inverter mn series 220v 3.7kw high proformance

Frequency Inverter mn series 220v 3.7kw high proformance

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Loading Port:: Qingdao

Payment Terms:: TT OR LC

Min Order Qty:: 1 kg

Supply Capability:: 3000 kg/month

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Technical Specification

Control Characteristics		Control Mode		SPWM (Sinusoidal Pulse Width Modulation) control (V/F sensorless vector control)
		Freq. Setting Resolution		0.1Hz
		Output Freq. Resolution		0.1Hz
		Torque Characteristics		Including the auto-torque, auto-slip compensation, starting torque can be 150% at 5.0Hz
		Overload Endurance		150% of rated current for 1 minute
		Skip Frequency		Three zones, settings range 0.1~400Hz
		Acc/Dec Time		0.1~600s (Independent settings)
		V/F Curve		Arbitrary V/F curve setting
		Stall Prevention Threshold Frequency Setting		20~200%, Setting of Rated Current
		DC Injection Braking		Operation frequency 0.01~60Hz, output 0~100% rated current, start time 0~5s, stop time 0~25s
		Braking Torque		Approx. 20% (up to 125% possible with option brake resistor or brake unit externally mounted)
Operating Characteristics		Frequency Setting
			External Signal	Potentiometer 5kΩ/0.5W 0~+10VDC, 4~20mA, interface RS485; Multi-function Inputs (7 steps, Jog, Up/Down)
		Operation Setting Signal	Keypad	Set by RUN, STOP
			External Signal	S0~S5 can be combined to offer various modes of operation, RS485 serial interface (MODBUS)
		Multi-function input signal		Multi-step selection 0 to 7, Acc/Dec inhibit, two Acc/Dec switches, External Counter, Jog, PLC operation, External Base Block, auxiliary motor protection, auxiliary motor control is invalid, drive reset, UP/DOWN key settings
		Multi-function output signal		AC drive operating, frequency attained, zero speed, PLC operation, counter attained, over torque, base block, operation mode, fault indication, drive is ready, overheat alarm, emergency stop
		Analog output signal		Indicate output frequency, current, voltage, frequency command, speed, power factor output signal
Alarm Output Contact				Drive is fault, the contact will be ON (One form C contact or 3 open collector outputs)
Operation Functions				AVR, over-voltage, over-current stall prevention, 3 fault records, reverse inhibition, momentary power loss restart, DC injection braking, auto torque compensation, slip compensation, S-curve, auto tuning, adjustable carrier frequency, frequency limits, parameters reset, vector control, PID feedback control, external counter, PLC, MODBUS communication, abnormal reset, abnormal restart, digital frequency output, sleep/revival function, 1st/2nd frequency source selections
Protection Functions				Over voltage, over current, under voltage, external fault, overload, contact protection, overheating, electronic thermal, ground fault
Display Keypads				6-key, 4-digit, 7-segment LED, 4 status LED, master frequency, output frequency, output current, custom units, parameter values for setup, review and faults, RUN, STOP, RESET, FWD/REV
Built-in brake chopper				Built-in for all models
Environment Condition	Protection threshold			IP20
	Pollution Degree			2
	Installation location			Altitude 1000m or lower, keep from corrosive gasses, liquid and dust
	Ambient temperature			-10°C~50°C non-condensing and not frozen (-10°C~40°C for above 5.5KW)
	Storage/Transportation temperature			-20°C~60°C
	Ambient humidity			Below 90%RH (non-condensing)
	Vibration			9.80665m2(1G) less than 20Hz; 5.88m/s2(0.6G) at 20 to 50Hz
Approvals

Technical Parameter

VFD Capacity	Input Voltage (V)	Power Capacity (KVA)	Input Current (A)	Output Current (A)	Adapter Motor(KW)
3.7S/T2B	3 Phase 230V	5.9	19.6	18	3.7

Model Size

VFD Model	W1	H1	W	D	H	Installation Aperture	Weight (Kg)
SVF-MN3.7S/T2B	110.0	205	125	166	220		3.2

Accessories

Company Introduction

Shandong Chinsc Electric Technology Co., Ltd. is a manufacturer of professional inverters integrating research and development, production and sales. With advanced technologies, excellent quality, scientific management and perfect services, we are building a first-class inverter manufacturer gradually.

Currently, our company has introduced CHINSC inverter models such as SVF3000 series, SVF-M series, SVF-EV series, SVF-G7 Series 0.4 ~ 630KW, to the markets. With excellent product quality, excellent technology development capabilities and comprehensive after-sales services, CHINSC inverters have won praise among agents and customers across the country.

Q:What are the AC motor speed control methods? What are the characteristics of each: Pressure control speed, limited speed range is limited use of variable pole speed, change the motor internal wiring speed, speed is a very speed according to the motor factory set to brand speed to speed control, change the motor input Frequency to speed, are stepless speed is now more popular

Q:65w adapter and 90w laptop power adapter What is the difference?: 65W and 90W is mainly based on your laptop power configuration, the general integrated graphics with 65W, discrete graphics because of the need for additional power supply, so the general need 90W, of course, there are some low-power CPU, such as 25WCPU , 35W, 45W difference, these are the beginning of the manufacturer according to the notebook's power consumption count a maximum power, and then give your laptop with adapter 90W adapter can replace 65W, as long as the interface is the same, but 65W instead of 90W sometimes there may be insufficient power lead to automatic shutdown. In general, the greater the number of watts, the larger the head, because the adapter is actually a coil will be 220V into 19V, according to the power to determine the head, the larger the watt, the same 19V, then the output current will be greater

Q:Yasukawa inverter reported bb code that is the reason why the base blockade?: This should be the meaning of the drive block, that is, the drive signal is locked, there is no drive signal, and start a frequency change but no voltage output, you find someone to repair the circuit board can be used normally, this is generally the circuit board Problem, the module is less likely to be bad

Q:Laptop power adapter how to detect?: After opening to see what is burned, Estimated to be insurance and the like

Q:There is no inverter comes with simple PLC programming function: The inverter is an AC speed control device, like DC speed control device, DC speed is to change the armature and excitation current, and it is the input AC through the internal circuit into DC, DC and then DC, the last DC AC output, this is the original 50Hz frequency AC can output other frequencies of alternating current, because the speed v is proportional to the frequency f, so you can set the frequency of the inverter to change the speed of the control motor. It does not have its own programming function. But there are servo drives, in fact, is a frequency converter, but can handle some of their own signals, usually from the servo motor on the encoder, and then control the servo motor to achieve precise control.

Q:Laptop power adapter output voltage is not the same as the current? What's the effect?: I would like to elaborate on the basic principle of the large standard current power supply can replace the small standard current power supply. Some friends have misunderstood, that a large nominal current power will burn books, because the current big thing. In fact, how much current in the same voltage depends on the load, that is, the work of the books, when the books of high-load operation, the current larger, the books into the standby time, the current is smaller, in short, On the voltage divided by the equivalent resistance of the books. Large nominal current power supply has enough current margin, will not be replaced by a small standard current power supply after the overheating or output voltage is too low. On the contrary, with a small current power supply instead of high current power on the existence of the above risks. But some friends with 56w power supply instead of 72w with no problem, because the power adapter is usually designed to leave a certain margin, the load power should be less than the power supply,

Q:Laptop power adapter current is not the same alternative?: The adapter is the voltage source, the actual output current depends on the size of the load resistance,

Q:How can a variable speed multi - speed three - phase asynchronous motor be controlled by a frequency converter?: With the inverter control, then you do not need multi-speed motor, because the inverter can directly control the motor speed, if the two together, the formation of a waste.

Q:Inverter 0.2KW, the motor speed requirements down to 4 turn, the motor pole 4 pole. Can the drive drive the motor?: The first calculation: 4-pole motor, rated 1450r / min divided by 50HZ, then it is 29r / HZ. Your request is 4r / min, then the frequency of the inverter must be 0.1 less than 0.2HZ without load are compared Difficult to achieve. You can do the test, then you can try to play, if used to produce what is the best or reducer, so the inverter and the motor are good.

Q:Who knows how the frequency converter works: The inverter is actually an inverter, which first turns the alternating current into direct current, and then switches the DC power with the electronic components into AC power, and the inverter is equipped with a variable frequency The frequency is adjustable in a certain range, and it is used to control the number of revolutions of the motor, so that the number of revolutions can be adjusted within a certain range.The frequency converter is widely used in the speed regulation of AC motor. Technology development direction, with the development of power electronics technology, AC frequency conversion technology from theory to practice gradually mature. Inverter not only smooth speed, large range, high efficiency, start current is small, smooth operation, and energy saving effect is obvious. Therefore, the exchange frequency control has gradually replaced the traditional traditional slip speed, variable speed control, DC speed control system, more and more widely used in metallurgy, textile, printing and dyeing, smoke machine production lines and buildings, Water supply and other fields. Generally divided into rectifier circuit, flat wave circuit, control circuit, inverter circuit, and so on several major parts.

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