ADLEEPOWER INSTRUCTION MANUAL VARITORQUE INVERTER THANK YOU VERY MUCH FOR YOUR PURCHASE OF ADLEE INVERTER APxG5 SERIES. PLEASE READ THIS INSTRUCTION MANUAL BEFORE INSTALL THE INVERTER.
1. PREFACE Thank you for purchasing ADLEEPOWER Varitorque Inverter APXG5 . Please read this manual thoroughly before install and operate APXG5 . This manual should be stored by the user of the APXG5 for ref- erence of maintenance and inspection.
Page 5
o i t r i f a t l a t l i r i t i c . s l i d i ※ ) . t ± a t l ± ) s l ) s l o i t ) .
i t a s " " t r s " " p o i t ON - OFF power source (NFB) l a t t i c i t a 1-1 Acceptance Inspection and Precautions During product manufacturing, packaging, and shipment have been standardised.
Page 10
Unit : mm Fig 2 CHARGE ADLEEPOWER MODEL AP4G5-220 V ER V01 OUTPUT CURRENT CAPACITY 32.8KVA (22KW/30HP) 1. Do not conn ect power source t o 3. Do not conn ect powerfactor condensers af ter conf irm ation of condenser dis - out put termin als.
Page 12
Plastic upper CHARGE cover Operation keypad ADLEEPOWER Nameplate Plastic drive M ODEL A P4G 5-220 VE R V 01 O UT PUT CURRENT CA PA CIT Y 32. 8K VA (22K W/ 30HP ) 1.Do no t co nne ct po wer source to 3.Do no t conn ect p owe rfa cto r co nde nsers...
5. INSTALLATION 5-1 Installation environment To ensure proper performance and long operating lifetime, follow the recommendations below when choosing a location for installing the APxG5. Make sure the inverter is protected from the following condi- tions. Ambient temperature : -10 ~ 45 and a good venti- ℃...
6. DESCRIPTION OF TERMINALS AND WIRING 6-1 Wiring diagram External braking resistor (Note) MCCB Input power Motor Forward run / stop Reverse run / stop Ground Less than 0.1 Ω Multistage speed 1 Multistage speed 2 Multi function 1 Analog source Multi function 2 Analog input IN Reset...
6-2 Main circuit connection diagram and wiring POWER SUPPLY MOTOR Ground Power input External braking Ground resistor (★Note) Motor Ω ± ψ ± ψ ± i t a a t l t s i ★ NOTE : Remove the internal braking resistor in P1 and P2 before connect the external braking resistor to avoid the damage.
Note 1 : The control board “J14” for encoder power source select +5V or 15V. (Factory for +5V) 6-5 Main circuit’s breaker and magnetic contactor for wiring y t i t i u c i t For safety consideration, please install molded-case circuit breaker (MCCB) or magnetic contactor (MC) between AC power source and the inverter AC power input terminals RST.
2. If the total wiring distance between inverter and motor is excessively long and the inverter carrier frequency (main transistor switching frequency) is high, harmonic leakage current from the cable will adversely to affect the inverter and peripheral devices. If the wiring distance between in- verter and motor is long, reduce frequency can be set by constant F20.
Page 21
B. Control circuit wiring signal 1. Separate control circuit wires from power cables to pre- vent erroneous operation caused by noise interference. 2. Use shielded wires for control circuit wires. 3. To wire the external control signals, please refer to 6-3. C.
7. OPERATION TEST 7-1 Pre-check points All wiring are connected correctly. The motor power output is fit inverter’s specification. Wire clips or screws are not left in the unit. Screw-type terminals are screwed tightly. The cover of inverter’s is fixed tightly. 7-2 Cautions for operating test Avoid damaging the machine, please do the operation test by no load.
7-3 Setting for operation test (A) Operate by keypad The diagram below shows a operational pattern : Forward STOP 60Hz Reverse Power 60Hz STOP STOP Forward Reverse Forward Reverse t p i t i a □□□ r i f...
Page 25
(B) Operation external terminal signal The diagram below shows a operational pattern : Power REV off FWD on FWD off Turn VR to REV on Max. speed i r c □□□ r i f...
Page 26
r i f r i f r i f F " " " " V " " F " " " " " " V " " " " V " "...
8. CONTROL MODE SETTING 8-1 Control mode selection APxG5 provides 5 different control modes : 1. v/f open loop control. 2. v/f close loop control with PG (pulse generator). 3. v/f sensorless close loop control. 4. Current vector with PG close loop control. 5.
8-3 Control mode change Example of changing V/F open loop control to vector close loop control with PG. t p i t i a □□□ . t i l l i d i l . t r 8-4 Motor parameter Auto tunning procedure "...
Page 30
[Auto inspection of operation procedure] . y r i t o . e l i t a . y l l o i t o i t i r c □□□ i t t y l t " " 0 "...
Page 31
[Mechanical inspection of operation procedure] . y r i t o . e l l l a o i t o i t . y l l o i t o i t t p i t i a □□□ i t t t i a y l t...
9-2 Functional Parameters To consider users’ understanding and to make ADLEE vector inverter work more efficiently, this chapter will introduce the func- tions as a whole and will divide them into 9 sub-parameters. In most application, users can accomplish the installation before start-up, based on the functions related from the following param- eters.
9-2-2 Basic parameters i n i a t l a t l a t l a t l a t l 9-2-3 Operating method parameters - i t l...
Page 43
Follow 9-2-3 parameter - i t l c i f a t l 9-2-4 Input / output function parameters - i t l l s ( t / t i - i t l a t l s f f i t l y t i i g i...
Page 44
9-2-5 Multi-step speed and auto tunning parameters o i t o i t i t t t n i i t t t n i i t t t n i i t t t n i i t t t n i t n i i t t...
Page 45
Follow by 9-2-5 parameter i t t t n i t n i i t t i t t 9-2-6 Protection parameters i h t z i t a t l a t l i l t r i f l a t 9-2-7 Motor parameters n i l...
Page 46
Follow by 9-2-7 parameter f l e t s i t s i 9-2-8 Special parameters a t l a t l a t l p i l t l u i t - i t n i 9-2-9 PI control parameters...
9-3 Parameter descriptions 9-3-1 Motor nameplate description(F00~F06) Example of 380V 5HP motor nameplate ADLEEPOWER Poles POLES TYPE 5043 Horse power Rated frequency OUTPUT Rated line voltage (rms) VOLTS BEARING 380V Rated line current(rms) DATE AMP.S 8.1A Rated R.P.M SERIAL NO.
Page 48
9-3-2 Motor parameter(F07~F12) Motor parameter can be either-manually assigned, or values are available to be identified by the Auto turnning process. Auto tuning function is setting by F23. i r c × √ t s i π × × × t s i ×...
Page 49
o i t o i t a t l a t l 9-3-4 PWM parameter(F19~F22) o i t o i t i t t c i f , t n c i f i t t i t t High carrier Low carrier frequency frequency...
Page 50
o i t o i t c i r i t t . l o h t i . l o h t i . l o . l o ※ h t i n i t ※ h t i n i t 9-3-6 Operation mode parameter(F24~F31) o i t...
Page 51
t p i t i g n i l , l a . y l l l i . t i (HZ) (HZ) Search motor stop stop speed command command when F27=1 when F27=0 command Acceleration time F28=0 (U.V.W output signal) Deceleration time F28=1 F28=2...
Page 52
o i t o i t i t t i t t (HZ) setting range 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1...
Page 53
o i t o i t i t a " l " 2 o i t i t t i t t i t t i t s . t i i t t i t t 400HZ setting range i t t i t s .
Page 54
o i t o i t Frequency setting 30HZ 0.5HZ TIME Running TIME command 9-3-8 Speed mode and multi-speed(F36~F47) i t l & Operation signal Output frequency speed 1 speed 1 speed 4 speed 2 speed 3...
Page 55
o i t o i t i t t o i t h t i . l a i t t i t t Frequency setting TIME Jogging TIME command y r t n i t When F46=400 When F46=200 VR adjust to Max.
Page 56
o i t o i t s f f o i t n i t When F47=5HZ, the real output curve constantly more then input command 5HZ Analog input signal (IN, FA1, FA2) When F47=-5HZ, the real output curve -5HZ constantly more than input command 5HZ o i t...
Page 57
o i t o i t o i t . t n i t t i t t i h t o i t . t n i t t i t t jump 1 jump 3 jump 2 Fset 9-3-10 Acceleration/Deceleration control parameter(F52~F68) o i t o i t...
Page 58
o i t o i t when F54=50% when F54=100% T(sec) T(sec) o i t o i t . e t l a t s ' t o i t o i t l a t o i t o i t .
Page 59
o i t o i t o i t o i t o i t o i t 9-3-11 Digital terminal input(F69~F73) o i t o i t - i t l o i t - i t l o i t i f e - i t l o i t...
Page 60
o i t o i t n i t i t c i t c i t c o i t o i t o i t o i t a t l . y l a t l . y l a t l o i t , y l...
o i t o i t a t l o i t a t l o i t a t l a t l c r i t i u o i t i t t FWD(REV)command Stop command Inverter output General wiring Setting F24=1 (terminal control) FWD(REV)command...
Page 62
t p i c t i when FT1 & COM are short circuit. The inverter will stop. FT2=7(Thermistor) NTC/PTC ★ J5(FT2) Resistance < 1K Ω , STOP Ω Resistance > 1K , STOP 5-10HP Resistance < 1K Ω , STOP Ω...
Page 63
o i t o i t +10% Setting frequency1 -10% +10% Setting frequency2 -10% Output ARR Terminal Open collect wave form × o i t 10K Ω 1 cycle...
Page 64
9-3-12 Analog terminal input(F74~F75) o i t o i t - i t l o i t , l a i t t o i t o i t - i t l o i t i t t o i t .
Page 65
9-3-13 Voltage/Frequency limit and flux parameter(F76~F82) o i t o i t a t l a t l i t t a t l a t l t i n o i t F " " 0 a t l t a l ×...
Page 66
o i t o i t F81=0 ( for constant torque use ) F81=-1 ~ -10 ( for reduce torque use ) ※ c i f o i t u l f o i t t I . c i f l l i y t i i t t...
Page 67
o i t o i t a t l o i t i t t i t t c i t . y l 9-3-15 Speed control bandwidth(F85~F91) o i t o i t . n i . n i .
Page 68
o i t o i t . l o i t t . l o Speed F92=0 Torque F92=1 Time Time i t t . t u i t t o i t e l i o i t i t t o i t , t u , l o...
Page 69
o i t o i t Torque When F97=1 that is actual output curve Analog input signal (IN) When F97=-1 that is actual output curve Time 9-3-17 Current mode control parameter(F98~F100) o i t o i t i t e o i t i f e i t e...
Page 70
o i t o i t > real speed real speed < real speed adjust from 100 adjust from 100 9-3-19 Keypad display setting parameter(F104~F105) o i t o i t o l l o i t o i t i t t i t s p i l...
Page 71
9-3-20 Analog signal output display setting parameter (F106~F111) o i t o i t o i t i t t i t s p i l a t l t i l i t e o i t a t l a t l t i l i t e...
Page 72
o i t o i t F107=1, R.P.M=0 Voltage its output voltage is 2.5V Anode pole 2.5V Negative pole Time i t t s ' r a t l ÷ ∵ ∴ × s ' r a t l l u f .
Page 73
o i t o i t . e l t n i i t t × a t l × × o i t o i t t n i i t t h t i 9-3-22 Error records(F155~F159)
Page 74
i r c ' s t r i f r i f i h t i h t i h t Error F155 F156 F158 F157 Loss occur 9-3-23 Over load(F160~F161) o i t o i t o l r i t s o l r o i t...
Page 75
o i t o i t Current (A) F160 Reach F161 time limit Time (T) F160 start to count 9-3-24 Stall prevention(F162~F164) o i t o i t l a t o i t . e l i t t .
Page 76
i r c Current F164 Output HZ Constant frequency Time ( / ) ( / ) 1 " " 0 9-3-25 Other item(F176~F180) o i t o i t i n I a i t s ' r i t t i n i a i t i n i...
Page 77
※ 1 " , " l l i Start CPU ROM Missing Setting 0~175 parameter to CPU Finish F177 setting on 1 , the internal parameter of CPU will be record c i f y f i r i f n i l...
10. MAINTENANCE AND FAILURE ELIMINATE Maintenance and inspect regularly, which can make your inverter keep working for long period in right status. 10-1 Attention points of maintenance and inspection 1. During the maintenance and inspection, please turn off the power supply of your inverter (R.S.T.) 2.
10-3 Trouble shooting In case of the inverter failure cannot be remove by following methods, please contact with your agent or factory. o i t o i t a t l a t l e l i - t r r i c .
Page 80
o i t o i t a t l . y t o i t h t i i t t a t l u l i , r i o i t n i t i f i o i t / t i l u l i i t t...
Page 81
o i t o i t o i t u l i n i t o t t i t t i a t , r i . r i g i l . r i g i l i a f r u l , y l l y l t...
11. APPLICATION Example 1 : Use 2 external variable resistor for multistage speed command input. DESCRIPTION : F24 = 1 (External terminal control) F25 = 1 (Select speeds by external digital terminals) F74 = 1 (Set FA1 for 1 speed input terminal) F75 = 2 (Set FA2 for 2 speed input terminal)
Page 83
Example 2 : Normal / Jog operation DESCRIPTION : F36 = Master speed ; User setting F45 = Jog speed ; User setting F24 = 1 ; Terminal command (For external) F69 = 1 ; Define FT1 terminal=JOG (Foward) function FT1(J0G) S1 = FWD SW S2 = REV SW...
Page 84
Example 3 : Basic external control setup DESCRIPTION : F108 = 60 ; See Maximum value on the meter F25 = 3 ; External analog signal 0~10V F24 = 1 ; External command 10V GND WHITE BLACK START 10V/1mA Full scale...
Appendix 2 : Inverter capacity calculation formula Inverter capacity requirment for multidriving i r c K Pm nT + nS ( kS - 1 ) η ψ y t i = Pc1 1 + ( nS / nT )( ks - 1 ) ≦...
Page 91
i r c K Pm nT + nS ( kS - 1 ) ψ η 1 + ( nS / nT )( ks - 1 ) ≦ Inverter capacity [KVA] nT lm 1 + ( nS / nT )( kS - 1) Inverter capacity [A] ≦...
Appendix 3 : Motor selection reminder Standard Motor Please pay attention to the following when using inverter to drive standard motor(3 phase induction motor) : 1. When using inverter to drive standard motor, its power loss is higher than using commercial power. 2.
Appendix 4 : Remote operator F306 For cable connect 63.5 63.5 63.5 63.5 UNIT : mm Options Please order “R” models for remote control inverters as APxG5-37R, APxG5-55R and APxG5-75R etc., and mark the extension cord length as above table shown. ★...
Appendix 5 : Optional braking resistor Braking resistor value, are refered to the following table and re- sistor value should be higher than list below. When connect ex- ternal braking resistor, the internal braking resistor must be re- leased. Please see the diagram. (P1.P2 terminal wiring) Braking resistor value table UNIT : Ω...
Page 98
Printed in Taiwan 2004 API. 1ST Edition ADLEE POWERTRONIC CO., LTD. TAIWAN HEAD OFFICE CHINA GUANG DONG OFFICE Tel No : 886-4-25622651 Tel No : 86-757-26656498 Fax No : 886-4-25628289 E-mail : guandongo@adlee.com E-mail : webmaster@adlee.com URL : http://www.adlee.com CHINA SHANGHAI OFFICE CANADA OFFICE Tel No : 86-21-64843529 Tel No : 1-604-324-6578...