Vector frequency inverter YCB600 Series
Vector frequency inverter YCB600 Series
  • Product Overview

  • Product Details

  • Data Download

  • Related Products

Vector frequency inverter YCB600 Series
Picture
Video
  • Vector frequency inverter YCB600 Series
  • Vector frequency inverter YCB600 Series
  • Vector frequency inverter YCB600 Series
  • Vector frequency inverter YCB600 Series
  • Vector frequency inverter YCB600 Series
  • Vector frequency inverter YCB600 Series
  • Vector frequency inverter YCB600 Series
  • Vector frequency inverter YCB600 Series
  • Vector frequency inverter YCB600 Series
  • Vector frequency inverter YCB600 Series
  • Vector frequency inverter YCB600 Series
  • Vector frequency inverter YCB600 Series
  • Vector frequency inverter YCB600 Series
  • Vector frequency inverter YCB600 Series
Vector frequency inverter YCB600 Series Featured Image

Vector frequency inverter YCB600 Series

An inverter is an electronic device used to control the speed of a motor. It achieves precise control of motor speed by changing the voltage and frequency that the motor receives. 
Variable frequency drives are widely used in industrial applications for precise control of motor speeds, such as in fans, pumps, compressors, etc.
 

Contact Us

Product Details

General

An inverter is an electronic device used to control the speed of a motor. It achieves precise control of motor speed by changing the voltage and frequency that the motor receives.
Variable frequency drives are widely used in industrial applications for precise control of motor speeds, such as in fans, pumps, compressors, etc.

Operating conditions

1. Ambient temperature: -10°C~+45°C
2. Relative humidity: ≤20% at 40°C; ≤90% at 20°C
3. Altitude: ≤2000m
4. Environmental conditions: no harmful gases and vapors, no conductive or explosive dust, no severe mechanical vibration

Type designation

Vector frequency inverte Type designation

Technical data

Inverter Model
(A:Economy Type)
Input Voltage(V) Rated OutputCurrent (A) Adaptive motorPower(kw)
YCB600-2S0004G 220-240 2.4  0.4 
YCB600-2S0007G 220-240 4.5  0.75 
YCB600-2S0015G 220-240 7.0  1.5 
YCB600-2S0022G 220-240 10.0  2.2 
YCB600-2S0030G 220-240 11.0  3.0 
YCB600-4T0007G 360-440 2.1  0.75 
YCB600-4T0015G 360-440 3.7  1.5 
YCB600-4T0022G 360-440 5.0  2.2 
YCB600-4T0030G 360-440 7.0  3.0 
YCB600-4T0040G 360-440 9.0  4.0 
YCB600-4T0055G 360-440 13.0  5.5 
YCB600-4T0075G 360-440 17.0  7.5 
YCB600-4T0110G 360-440 25.0  11.0 

Technical Indications

ltem ltem Description
Input Rated voltage &Frequency Single-phase/3 Phase 200-240VAC,3 Phase 360-440VAC,50/60Hz
Allowable voltage working range Voltage fluctuation range:±10%Voltage unbalance rate:<3%,Frequency
fluctuation:≤5%
Ouput Rated voltage Frequency 3 Phase 0~Input voltage VAC
0.0~600Hz
Overload capacity 110%long-term,150%1        minute,180%5seconds
Control your performance Control mode V/F control,Simplevector control,Advanced vector control Torque contro
Frequency resolution Digital setting:0.1Hz
Analog setting:Maximum frequency×0.1%
Frequency accuracy Digital setting:0.1Hz
Analog setting:within 0.2%of the maximum output frequency
V/FVoltage frequency characteristic Three modes:the first is a linear torque characteristic curve,the second is a
square torque characteristiccurve,and the third is a user-set V/F curve.
Automatic limit current and limit
voltage
No matter in the process of acceleration,deceleration or stable operation,it
will automatically detect the motor stator current and voltage,and suppress
it within the allowable range according to the unique algorithm,minimizing
the possibilityof system fault tripping.
Vector voltage-frequency
characteristics
Automatically adjust output voltage-frequency ratio according to motor
parameters and uniquealgorithm.
Torque characteristics Starting torque:
100%rated torque at 5.0Hz(VF control)
150%rated torque at 1.0Hz(vectorcontrol)
Current and suppression Full current closed-loop control,completely avoid current impact,with perfect
overcurrent and overvoltage suppression function

Technical Indications(continued)

ltem ltem Description
 Control your
performance
Under voltage suppression
    during operation
Especially for users with low grid voltage and frequent grid voltage fluctuations,even
if the voltage is lower than the allowable range,the system can maintain the longest
possible running time according tothe unique algorithm and residual energy allocation
strategy
Slip compensation Setting range:0~100%,can automatically adjust the output frequency of the inverter
according to the motor load,and reduce the rotation speed change of the motor caused
by the load change
Carrier frequency 2.0~20.0KHz
          Automatic
  voltageregulation operation
Dynamic voltage stabilization,static voltage stabilization,and no voltage stabilization
can be selected according to the need to obtain the most stable operation effect.
Built-in PID It can easily constitute a closed-loop control system,suitable for process control such
as pressure control and flow control
Running Acceleration and deceleration
            time
0.1~999.9s Continuous can be set
Running command Operation panel control,external terminal control,serial communication control
Frequency setting Panel potentiometer setting,panel key setting,external control terminal increase/
decrease setting,analog voltage or current signal setting,terminal combination setting,
serial communication setting,etc.
Output signal One programmable relay output,one analogoutput
Brake Energy braking Energy braking initial start voltage,return voltage andenergy braking rate are
continuously adjustable
DC braking Start and stop can be selected separately,action frequency 0.0~upper limit frequency,
action current level 0~50%,action time 0~30s,continuous can be set
Other functions Frequency upper and lower limit,reverse running limit,jog function,counter,skip
frequency operation,instantaneous power failure restart,fault automatic reset,etc.
Protection function Overcurrent,overload,overvoltage,undervoltage,overheating,short circuit,etc.
LED Display Can display the real-time of inverter running status,monitoring parameters,function
parameters,fault codes and other information
Optional Parts Brake components,remote operation panel and connecting cable
Structure Cooling method Forced air cooling
Installation method Wall-mounted,rail-mounted

 

 

Wiring diagram

Basic Wiring Diagram of Inverter
Basic Wiring Diagram
Dynamic voltage stabilization, static voltage stabilization, and no voltage stabilization can be selected according to the need to obtain the most stable operation effect.
Vector frequency inverte YCB600 Wiring diagram

Main terminal

Vector frequency inverte YCB600 Main circuit terminal diagram 1
Vector frequency inverte YCB600 Main circuit terminal diagram 2

Control terminals

Control circuit terminals are shown in
Vector frequency inverte YCB600 Control terminals

Control circuit terminals

Control circuit terminal
Category Terminal label Function Description Electrical Specifications
Analog power terminal 10V External analog given power supply,
and GND,AL terminals connected to
potentiometers,frequency setting can be
performed
OUTPUT,10V/10mA DC voltage
Public end GND Signal common terminal  
Analog input terminal Al Analog voltage signalinput,reference
ground isGND
INPUT,0~10V DCvoltage
Analog output terminal AO Programmable analog voltage output,the
function is set by parameter F2.10,the
reference ground is GND
 OUTPUT,0~10V DC voltage Or
     0~20mA DC current
Communi cation terminal 485+ Positive end ofcommunication signal  
485- Communication signaln negative terminal  

 

 

Control circuit

Category Terminal label Function Description Electrical Specifications
Multi-funct
ion inputterminal
X1 It is valid when Xn(n=1,2.3.4)-GNDis
short-circuited,andits
functions are respectively
set by parameters F2.13~F2.16
INPUT,0~5V  levelsignal,
Active low,5mA
X2
X3
X4
Programmable
outputterminals
TA Relay contact output,Normal:TA-TC
disconnected;When in action:TA-TC is
closed;The function is set
byparameterF2.20
Contact Rating:NO:240VAC-3A
TC
J1
 G Indicates that the main control board is grounded
OFF Indicates that the ground of the maincontrol board isdisconnected
J2
 
AVO Indicates analog AO output voltage signal,0-10V
ACO Indicates analog AO output current signal,0-20mA

                                          J4

P-I

P-E

Indicates that the built-in keyboard potentiometer is selected

Indicates the selection of an external keyboard potentiometer

                                          J5

AVI Indicates analog Al input voltage signal,0-10V
ACI Indicates the analog Al input current signal,0-20mA

 

Overall and mounting dimensions(mm)

Vector frequency inverte YCB600 Overall and mounting dimensions(mm)
inverter Model Power(kg) Dimension(MM)
H H1 W W1 D d
YCB600-2S0004G 0.4  146  136.5  72  63  105  φ4.5
YCB600-2S0007G 0.75 
YCB600-2S0015G 1.5 
YCB600-2S0022G 2.2 
YCB600-4T0007G 0.75 
YCB600-4T0015G 1.5 
YCB600-4T0022G 2.2 
YCB600-4T0030G 3.0 
YCB600-2S0030G 3.0  182  172.5  87  78  127  φ4.5
YCB600-4T0040G 4.0 
YCB600-4T0055G 5.5 
YCB600-4T0040G 4.0  240  229  118  106  155  φ5.5
YCB600-4T0055G 5.5 
YCB600-4T0075G 7.5 
YCB600-4T0110G 11 

Keypad Outline Dimension& Mounting holes Dimension

Vector frequency inverte YCB600 Keypad Outline Dimension& Mounting holes Dimension
Dimensions of keypad base holes Keypad thickness
W W1 H H1 D D1
53mm 49.4mm 79mm 75.4mm 15.9mm 14.5mm

Tips:

• It needs to be equipped with an external display panel,WVhen the YCB600 series operation panel is led out.
• The opening size of the external display panel is:width 49.4mmx height 75.4mm.

 

 

 

Write your message here and send it to us

Related Products