background image

AC310 Series Frequency AC Drive Manual 

1.3

 

Technical specifications 

Items

 

specifications

 

Power 

input

 

Voltage, frequency

 

Single phase :220V 50/60Hz;Three phase: 220V 50/60Hz; Three phase 380V 50/60Hz ,   

Allowable 

voltage unbalance rate:<3%; Frequency:±5%; aberration rate: as IEC61800-2 required 

Inrush current

 

Lower than rated current 

Power factor

 

≥0.94(with DC reactor) 

Efficiency

 

≥96% 

Output

 

Output voltage

 

Output under rated condition: 3 phase, 0

input voltage, deviation<5% 

Output frequency 

G type:0

600Hz 

Output frequency 

Max frequency ±0.5% 

Overload capacity

 

G type: 150% rated current/1 min, 180% rated current/10s, 200% rated current/0.5s 
P type: 120% rated current/1 min, 140% rated current/10s, 150% rated current/0.5s 

Main 

Control 

performance 

Motor type

 

Three-phase asynchronous motor;

 

Permanent magnet synchronous motor (sine wave) 

Control mode

 

V/F control, Open loop vector control, Closed loop vector control 

Modulation 

Optimizing Space Voltage Vector PWM Modulation 

Carrier frequency

 

1.0

16.0kHz 

Speed control range

 

VC without PG: rated load 1:100;    VC with PG: rated load 1:1000 

Steady speed 

VC without PG: ≤2% rated synchronized speed; VC with PG: ≤0.05% rated synchronized speed 

Starting torque

 

VC without PG: 150% rated torque at 0.5Hz; VC with PG: 0Hz, 200% rated torque at 0Hz 

Torque response

 

VC without PG:<20ms; VC with PG: <10ms 

Frequency accuracy

 

Digital setting: max frequency×±0.01%; Analog setting: max frequency×±0.2% 

Frequency resolution

 

Digital setting: 0.01Hz; Analog setting: max frequency×0.05% 

Basic 

functions

 

Torque control

 

Torque setting calculation, torque mode speed limit

 

DC braking capacity

 

Starting frequency:0.00

50.00Hz; Braking time:0.0

60.0s; Braking current:0.0

150.0% rated 

current

 

Torque boost 

Automatic torque boost 0.0%

100.0%; Manual torque boost 0.0%

30.0% 

V/F curve

 

Four modes: linear torque characteristic curve, self-set V/F curve, torque reduction characteristic 
curve (1.1 to 2.0 power), square V/F curve 

Acceleration/Deceler

ation curve

 

2 modes: linear Acceleration/Deceleration and S curve Acceleration/Deceleration. 4 sets of 
ACC/DEC, time unit 0.01s selectable, longest time: 650.00s. 

Rated output voltage

 

Using the power supply voltage compensation function, the rated voltage of the motor is 100%, which 
can be set within the range of 50 to 100% (the output cannot exceed the input voltage) 

Voltage 

auto-adjustment

 

While power supply voltage fluctuates, it can auto-keep constant output voltage. 

Auto energy-saving 

running

 

While under V/F control mode, according to load situation, auto-optimize output voltage to save 
energy. 

Auto-limit current

 

Auto-limit the current while running to prevent over current break trouble. 

Instant power off 

treatment

Uninterrupted operation through bus voltage control during instantaneous power loss 

Standard functions

 

PID control, speed track, power off restart, jump frequency, upper/lower frequency limit control, 
program operation, multi- speed, RS485, analog output, frequency impulse output. 

Frequency setting 

channels

 

Keyboard digital setting, Analog voltage/current terminal AI1, Analog voltage/current terminal AI2, 
Communication given and multi-channel terminal selection, Main and auxiliary channel combination, 
expansion card, supporting different modes switch 

Feedback input 

channel

 

Voltage/Current Terminal AI1, Voltage/Current Terminal AI12, Communication given, Low-speed pulse 
input PUL, extension card 

Running command 

channel

 

Operation panel given, external terminal given, communication given, expansion card given 

Input command 

signal

 

Start, stop, FWD/REV, JOG, multi-step speed, free stop, reset, ACC/DEC time selection, frequency 
given channel selection, external fault alarm. 

Summary of Contents for AC310

Page 1: ...5 F02 MOTORPARAMETER 16 4 6 F03 VECTOR CONTROLLING 18 4 7 F04 V FCONTROLLING 21 4 8 F05 INPUTTERMINAL 22 4 9 F06 OUTPUTTERMINAL 25 4 10 F07 OPERATIONALCONTROL 29 4 11 F08 AUXILIARY CONTROL 31 4 12 F0...

Page 2: ...nd confirm that the DCvoltage of the main circuit has dropped to Safety level wait 5 minutesbefore performing related work Thepowercable motor cable andcontrolcable must be tightly connected Theground...

Page 3: ...atic torque boost 0 0 100 0 Manual torqueboost 0 0 30 0 V F curve Four modes linear torque characteristic curve self set V Fcurve torque reduction characteristic curve 1 1 to 2 0 power square V Fcurve...

Page 4: ...192 155 149 65 65 193 5 5 4 3 M4 AC310 T3 1R5G 2R2P B AC310 T3 2R2G B AC310 T3 004G 5R5P B 100 242 231 155 149 84 86 5 231 5 8 5 5 3 M4 AC310 T3 5R5G 7R5P B AC310 T3 7R5G 011P B 116 320 307 5 175 169...

Page 5: ...uirements 150mm 150mm Externalkeyboard shape and opening size Note LCDkeyboard is fully compatible with LED keyboard size and opening size AC310 Series Externalkeyboard pocket shape and opening size L...

Page 6: ...electrical components instructions Name Installation andselection Function Definition DCreactor Installed between the EMC filter and thebraking resistor 132kWand above standard Increase thepowerfactor...

Page 7: ...ard shiftkeyfunction to quicklyselect Runmonitoringstatus view Note When using the external keyboard use the left shift button to cycle through the first line of monitoring parameters and use the righ...

Page 8: ...or usage modenumber 0 0 65535 RUN F00 08 0x0008 Free parameter 2 V F SVC FVC PMVF PMSVC PMFVC Whenusing multiple machines use the machine numberor usage modenumber 0 0 65535 RUN F00 10 F00 3 9 0x0010...

Page 9: ...ation time 3 V F SVC FVC PMVF PMSVC PMFVC Time required for the output frequency to decelerate from the reference frequencyto 0 00 Hz Modelrelated 0 01 650 00s RUN F01 28 0x011C Acceleration time 4 V...

Page 10: ...stator resistance standard value V F SVC FVC PMVF PMSVC PMFVC Setthe stator resistance valueofthe PM Modelrelated READ F02 26 0x021A Synchronousmachine D axis inductance standard value V F SVC FVC PMV...

Page 11: ...esponds to F01 10 maximum frequency 10 0 0 0 100 0 RUN F03 23 0x0317 Asynchronousmotor slip compensation V F SVC FVC PMVF PMSVC PMFVC Setthe asynchronousmotorspeed slip compensation 100 0 0 0 250 0 RU...

Page 12: ...l torque boost 0 0 0 0 30 0 RUN F04 02 0x0402 Torque boostcutoff frequency V F SVC FVC PMVF PMSVC PMFVC Set the effective range of the torque boost function When the output frequency exceeds this valu...

Page 13: ...l X4 transit from the active state to the inactive state 0 010 0 000 6 000s RUN F05 18 0x0512 X5 effective detection delay V F SVC FVC PMVF PMSVC PMFVC The delay time corresponding to the input termin...

Page 14: ...tthe lower limitofcurve 2 0 0 0 0 100 0 RUN F05 71 0x0547 Curve 2 lower limit corresponding setting V F SVC FVC PMVF PMSVC PMFVC Setthe corresponding percentage 0 00 0 00 100 00 RUN F05 72 0x0548 Curv...

Page 15: ...y default range Adjustable properly F06 50 0x0632 Comparator 1 monitor selection V F SVC FVC PMVF PMSVC PMFVC UnitsandTensdigits Set yyvalue ofthe Cxx yy 00 63 Hundredsand thousands Setxxvalue ofthe C...

Page 16: ...0 command isinvalid 1 command isvalid 0000 0000 1121 STOP F07 06 0x0706 Powerfailurerestart action selection V F SVC FVC PMVF PMSVC PMFVC 0 Invalid 1 Valid 0 0 1 STOP F07 07 0x0707 Powerfailurerestar...

Page 17: ...0 Second 1 Minute 2 Hour 0 0 2 STOP F08 08 0x0808 Timersetting V F SVC FVC PMVF PMSVC PMFVC Setthe timersetting 0 0 65000 STOP F08 3x Swing Frequency Control Parameter Address Name Content Factory def...

Page 18: ...and outputphase loss protection options V F SVC FVC PMVF PMSVC PMFVC Setwhether the inputand outputphase lossprotection functionsare enabled Unit Outputphase lossprotection 0 off1 on Tens inputphase l...

Page 19: ...MFVC Setthe waiting time fromfaultto reset 1 0s 0 100 0 STOP F10 52 0x0A34 Number offault recovered V F SVC FVC PMVF PMSVC PMFVC This value indicates the number of self recovery that have been perform...

Page 20: ...cation 0000 0000 FFFF RUN F11 24 0x0B18 Monitoring parameter filtering selection V F SVC FVC PMVF PMSVC PMFVC Unit Outputcurrentdisplayfilter 0 F the largerthe value the deeper the filter 0002 0000 00...

Page 21: ...X A monitoring frame addressgroup 3 V F SVC FVC PMVF PMSVC PMFVC Ditto 0007 0000 0763 RUN F12 56 0x0C38 Expansion portEX A monitoring frame addressgroup 4 V F SVC FVC PMVF PMSVC PMFVC Ditto 0011 0000...

Page 22: ...x0D1E Sleep frequency V F SVC FVC PMVF PMSVC PMFVC Setsleep frequency 10 00Hz 0 00 Max frequency RUN F13 31 0x0D1F Sleep delay V F SVC FVC PMVF PMSVC PMFVC Setthe timeofsleep delay 60 0S 0 0 3600 0S R...

Page 23: ...nning direction ofthissegment compared with the running command 0 same direction 1 reverse Ten digits acceleration anddeceleration time ofthissection 0 Acceleration deceleration time 11 Acceleration d...

Page 24: ...and Revcommandgiven C02 01 0x2301 PIDgiven C02 09 0x2309 Jog commandgiven C02 02 0x2302 PIDoutput C02 60 0x233C Expansion cardAversion C02 03 0x2303 PIDcontrolstatus C02 61 0x233D Expansion card B ve...

Page 25: ...tion Fault A SPD 134 Speed warning Warning E COP 43 Parameter copyfailure Fault A GPS1 135 GPS locked Warning E PG1 44 PGparameter settingerror Fault A GPS2 136 GPS disconnection Warning E PG2 44 Enco...

Page 26: ...o need to replace it please contact the agent where you purchased the product or the salesdepartmentofthe company 5 3 Product Warranty 1 The productduring the warrantyperiod isfaulty Fordetails please...

Page 27: ...erse maximum frequency limit 0x3007 or0x2007 0 1000 correspond to 0 0 100 0 W R Communication given PID set value 0x3008 or0x2008 0 1000 correspond to 0 0 100 0 W R Communication given PID feedback va...

Page 28: ...In thismode the three wireoperation controlterminal Xi isthe stop operation terminal and therunning command isgenerated bythe forward rotation operation terminal X1 forward rotationoperation and the d...

Reviews: