• V350 Series High Performance Vector Control ac Frequency Converter 50hz 60hz System 1
  • V350 Series High Performance Vector Control ac Frequency Converter 50hz 60hz System 2
V350 Series High Performance Vector Control ac Frequency Converter 50hz 60hz

V350 Series High Performance Vector Control ac Frequency Converter 50hz 60hz

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
10 unit
Supply Capability:
100 unit/month

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Specifications

Single phase 220V,380V; 
Vector control, 
cost efficiency 
small

 

Product Description

  

V350 series low-power closed-loop vector inverter

  To satisfy the needs of equipment like machine tool, printing, textile and chemical fiber, V350 series inverter is designed on the basis of new hardware platform. Characterized by the excellent performance, compact structure, perfect protection function and various peripheral interface, V350 series inverter can be used for the secondary development in accordance with process

requirement in all kinds of field.


Basic function

Open/closed-loop vector control

Torque control

Motor parameter’s self-identification

Wobbling

Excessive current, voltage inhibition and low voltage inhibition

MODBUS/Profibus-DP communication

Synchronous communication linkage

Three-phase balance protection

Short circuit of protection

Function highlights

Setting simplification

One-click setting of common parameters

Virtual I/O port

Timer

Counter

Specifications

Input&output

Rated voltage/freq.

Three phase(4T****)380V 50/60Hz

Single phase(2S****)

220V~50/60 Hz

Output voltage

0~380V

0~220V

Output freq

Low freq running mode:0.0~300.0 Hz. high freq running mode: 0.0~1000.0 Hz

Digital input

V350-4T0030/2S0022 model below: standard five-way (DI), V350-4T0040 above:standard six-way(DI)

Digital output

V350-4T0030/2S0022 model below: standard one-way (DO),V350-4T0040 model above: standard two-way DO

Impulse input

0.0~100.0K Hz impulse input, connect optional NPC OC output

Impulse output

0.0~100.0kHz impulse  output NPC OC output available, support choosing PWM output method as the expansion analog output terminal

Analog input

Standard configuration:0~10V voltage input(AI1), 0~20mA current input (AI2); standard expansion I/O card: -10V~10V voltage input

Analog output

V350-4T0030/2S0022 model below: one-way 0~10V analog output signal ( optional 0~20 mA current output mode)

V350-4T0040 above: two-way 0~10V analog output signal ( optional 0~20 mA current output mode)

 

Contactor output

Standard one pair of frequent open/closed AC 250V/2A  contactor, allowing for expanding one to six pairs of contactors

 

 

 

control characteristics

Control method

Close-loop vector control

Open-loop vector control

V/F control

Starting torque

 220% at zero speed

200% at zero speed

180% at zero speed

Adjustment range

1:1000

1:200

1:100

Speed stabilization accuracy

±0.02%

±0.2%

±0.5%

Torque control accuracy

±5%

±5%

Torque response time

<5ms

<25ms

Freq resolution ratio

Low freq running mode: 0.01 Hz: high freq running mode: 0.10 Hz

Freq accuracy

 Low freq running:digital set—0.01Hz analog setting-the highest freq 0.1%

High freq running: digital set-0.1 Hz, analog setting-the highest freq 0.1%

Loading capacity

110% for long term; 150% for 60s, 180% for 2.5s;

Carrier freq

Three-phased voltage vector synthesis mode: 1.5~10.0 k Hz, two-phased voltage vector synthesis mode : 1.5~12.5 k Hz

Acceleration/deceleration time

0.01~600.00Sec./ 0.01~600.0 Min

Magnetic flux brake

Increase the motor magnetic flux(30%~120% optional) to realize the fast brake for acceleration and deceleration

DC brake/ clasp brake

DC brake/clasp brake starting freq:0.0~upper rate limit, brake/clasp injection current 0.0~100.0%

Starting freq

 0.0~50.0Hz







 

 

Typical function

Multi-segment running

16 freq/speed running, independent setting of direction, time acceleration and deceleration of each part, 7 PID setting


Built-in PID

Built-in PID controller which can be used as external equipment


Sleep

Simple sleep and wake up function


MODBUS communication

Optional standard  MODBUS communication protocol, flexible parameter reflexive function


Dynamic braking

Dynamic voltage: 650~760V, braking rate: 50~100%


General function

Failure restore, power to restart, motor parameter dynamic.static self detection, starting delay, current inhibit over voltage low voltage inhibit,V/F self defining curve

 

 

Function highlights

Virtual I/O port

Eight-way virtual output/input port with no need to combine any external wiring to realize the complex application

Synchronous communication linkage

Synchronous driving between different motors with no limit to communication linkage, freely choose linkage balance according to current, torque and power

Loading dynamic balance

Realize several motors’ dynamic balance and torque motor characteristics

Powerful starting torque

Support setting powerful starting torque in a certain time to deal with the load of large inertia and static friction

Priority setting

Freely choose prior sequence according to the freq, rotating speed setting channel, adjust to all kinds of field

Portfolio setting

More than one hundred of freq, rotating speed and torque

Timer

 Three built-in timers: five kinds of clocks, five kinds of starting trigger mode,,several gated signal and working mode, seven output signal

Counter

Two built-in counters : the choose of clocks, four kinds of starting trigger mode, seven output signal

Macro parameter

Application macro: convenient to set several paris of fixed parameters and simplify the parameter set of general field

System macro: convenient to switch the working mode,such as the switchover between the high and low freq., and automatically define parts of parameter

Parameter debugging

Any unsaved parameters in the spot can be saved, abandoned and restored into the original value

Parameter display

Automatically shield the parameters of unused module or selectively display the parameter altered, saved and changed

Environment

Installation environment

Vertical installation with no direct sunshine, dust, corrosive and combustible gas, smoke and steam 

Altitude

0~1000 meter . 10% reduced output current for each 1000 meter rise

Temperature

Working environment: -10°C~ +45°C   storage environment: -20°C~ +60°C

Moisture      

95% below (no frosting)

Vibration

<20m/s

FAQ

Q 1. what's the payment term?

A. We accept T/T, L/C, WEST UNION

Q 2. What's the delivery time ?

A. Normal model,0-3days,

For big order(more than 10,0000 usd),it takes about 7-15days. Customer make will be longer but with not over 15 days.

Q 3. What is the standard of package?

A. Export standard package or special package according to customer requirement


Q: In the official website to buy ThinkPad notebook, to the power adapter?
Hello, generally there will be a power adapter with Kazakhstan, unless there is a special note bare metal
Q: What is the number of parameters of the motor frequency of the Siemens inverter?
Siemens inverter motor pole number parameter code is r0313 motor pole pairs. Note that the number of pole pairs.
Q: I have a 5.5 kilowatts of 4-pole motor, want to pass through the inverter, slow down to 130 per minute use, eliminating the need for speed,
Second, the use of low-speed inverter motor. Ordinary motor running for a long time, heat is certainly not work.
Q: What is the laptop adapter
3, classification: according to the use of points (AC, such as home, office use AC are called AC; DC, such as the car, the aircraft are used DC are called DC); by the output voltage current (12V series, ASUS more commonly used, such as ASUS 12V3A; 15V series, TOSHIBA more commonly used, such as TOSHIBA 15V3A, 15V4A, 15V5A; 16V series, SONY, IBM more commonly used, such as SONY 16V4A, IBM 16V4.5A; Series, HP, such as HP 18.5V3.5A; 19V series, such as ACER 19V3.42A, TOSHIBA 19V3.42A; 19.5V series, such as DELL 19.5V3.34A, SONY 19.5V4.1A; 20V series, such as DELL 203.5A , LENOVO 20V3.25A; 24V series, such as APPLE 24V1.875A; 9.5V-24V series, such as Acharger ALS-185A35C).
Q: What is the single axis of the inverter and multi-axis applications
Inverter is mainly used for AC motor (asynchronous motor or synchronous motor) speed adjustment, is recognized as the AC motor the best and most promising speed control program, in addition to excellent speed performance, the inverter is also significant Energy-saving effect, is the enterprise technological transformation and product upgrading of the ideal speed control device. Since the introduction of China since the 80s of last century, the frequency converter as energy-saving applications and speed of process control more and more important automation equipment, has been rapid development and wide application.
Q: Will the asynchronous motor pole change the number of speed control can also be combined with the frequency converter
but the use of the inverter is based on changes in the load by changing the frequency of power into the motor at any time speed control, you can achieve a smooth and accurate stepless speed control is Now widely used in a speed control method, especially for the load often change or often in the light load operation of the motor.
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: The motor is 2 pole with the inverter frequency to 50hz why the speed is only 1500 rpm
Motor speed formula: N = 60f / p In the above formula N - the speed of the motor (r / min); 60 - per minute (s); F - power frequency (hz); P - pole pairs of motor rotating magnetic fields.
Q: What is the difference when using inverter frequency conversion ordinary motor and variable frequency inverter motor
2, the ordinary asynchronous motor is the cooling fan and motor spindle connection, the motor speed determines the cooling fan speed, low frequency when the motor rotation is slow, so the motor temperature rise is the principle.
Q: Variable frequency conversion frequency difference characteristics based on,
Frequency conversion is better, you can smoothly change the synchronous speed. Change the difference is relatively poor, also known as "energy consumption slip" speed. Synchronous speed unchanged, the slip rate has changed, so the speed changed.

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