酷马Q9000英文版说明书.pdf酷马Q9000英文版说明书pdf,酷马Q9000英文版说明书ma

文件名称: 酷马Q9000英文版说明书.pdf

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详细说明：酷马Q9000英文版说明书pdf,酷马Q9000英文版说明书ma www.chgma,com 7.51/ F Control method[ Fixed curve0E]………………………37 7.66 Parameter Group….,.,.,..….,….39 7.7 T Parameter Group........,….,….,…,……,….240 7.8 Parameter Group ··········.===·==··=··· 7.81 Detection Act Description of Frequency Detection Relationship 57 7. o Parameter grou 60 7.91 Set value list of multifunction Input/ Output terminals 普,,鲁 63 7.92 Set values before Leaving Factory…… …64 7.93 The list of Specification Parameters...,.,.,.,.……….265 7.94 The list of Simple Parameters ……66 8. The description of malfunction and countermeasures of the frequency converter. 79 8. 1 External braking resistor selection.... 83 8.2 External physical dimension of converter 84 9. Form of standard specification……… 85 440 V Grade Spccification List 85 Oma Www. ChqmA. co 1. Product Introduction Thank you for purchasing Q-9000 Current Torquc Vector Control Gcncral-Purposc Invcrtcrs developed by Qma Technical Company, featuring high performance and low noise. Please read this manual thoroughly and carefully to make good use of the performance and functions of this inverter and to keep your safety in operation. Please contact our agents in your regions or technical personnel of engineering departnent in our company if any problem you cant solve by referring to the manual occurs in operation Our professionals are ready to hell You are welcome to use our products [Notice] Danger"Caution"in the manual prospect you the security precautions in moving, installing operating and checking [Danger ]: The misuse may lead to personal injury. Please don' t take down, install or change the internal parts circuitries or links of the inverter without permission [Caution]: The misuse may lead to the damage of the inverter or mechanical system Danger] Please dont touch circuit boards, parts or components after power-off before the"Charge led is off. Please don't take down, install or change the internal parts, circuits or links without permission in the inverter Please don't take wiring when power is supplied please dont check the components, parts or signals on the circuit board when the inverter is running Please correctly ground the earth terminals of the inverter: 220V terminal: the third grounding; 440V: special grounding [Caution] Please dont carry on withstand voltage test on internal parts or components of the inverter, because these semi-conduct parts or components are subject to be damaged by high You mustn't connect the output terminals of the inverter U,v, w to the input terminals AC (R,S, Pleas dont touch the main circuit board for the CmosiC component on the circuit board of the inverter is subject to affected or damaged by static electricity [Security Precaution in Operation Danger Please don' t take off the front cover when the inverter is powered for fear of electric shock Please don' t approach to the machine if you set the automatic restart function, because the motur will be restarted after the machine stop The" Stop"switch function is available after setting. It is different from urgent"Stop"switch in use, pleas It Caution Please dont touch the hot components such as radiator and brake resistor for fear of scald and ectric shock Plcasc input the permissible range of the motor and the machine, bccause it is casy for the inverter to rise speed from low to high Please pay attention to the relative settings when using the brake Please don't test the signal on the circuit board when the inverter is running Please dont discretionarily adjust the parameters, because the inverter was set well before leaving facto ( ma www.chgma,com 2. ProductⅠ spectio Every Q-7000-EC inverter has passed function test before leaving factory. The clients should carry out the following check steps upon delivery and unsealed If the type and capacity of inverter are the ones you want If the inverter was damaged during delivery, if so, please dont power it; Plcase inform the local agents, technical personnel of Qma Technical Company for any above problem Or contact service department for technical support. Thank you again for using our products 2. 1 Type description Nameplate Information:(Example: AC220V, L15HP, 11KW-49A) Type of the invert MODEL:Q-9000-1144 (AC220V/LI5HP Specification of input voltage Inverter Vollage Grade SOURCE: 3PH AC220V 50/60HZ 122 I. 220V Grade Specification of output voltage Series no OUTPUT: 3PH AC0-230V 11KW49A1144 H: 440V Grade SER. NO 3. Installation and Use 3. 1 Operating Environment The installation environment,, which has direct influence the functions and service life of the inverter should meet the following conditions environmental temperature: Panel inner opening:(+10-45C/+14-113F) Prevents from rain and moisture Avoids direct sunlight Prevents from oil spray or corrosion by salt Prevents from corrosive liquid or gas Prevents from the invade of dust, batt, and fine metal scraps Be far away from radioactive substance and combustible substance Prevents from EMI (from sealing machines or power machine for example) Prevents from vibrations Plcasc usc shims to absorb librations if ncccssary Several inverters are installed in a control board, please correctly lay out them for better heat emission. a fan should be equipped to keep the temperature below 45. The face of the inverter should face front for better heat ermission The installation space must comply with relative regulations(It the inverter is installed in the control board or the environment is permitted, the upper dust cover can be took off for better heat emission Oma www.chgma.com 4. Wiring Diagram 4. 1 Basic Wiring Diagram Braking resistance(optional) CCB Motor Thrcc phases input powor V(T2) M 50/60r Q-9000 E FWD/Stop The third type grounding FWD ocher+12 Power DV MS1 ase B pulse input(+)i JOG Phase A pulse monitor input (+) o Phase A pulic monitor input( g Phase B pulse monitor Input (+) o phase B pulse monitor input ( -) MA Multifunctional analogue cutput AM (Factor preset autput curren Multifunctional analogue output Moc· (Factor preset output current Shielding lcad terminal etting Abnormal joint outp EB,SAC 250V 5Amax EC.DC30V ma FIC unctional joint output oV 5A max factory preset running signal Power for setting frequency Multifunctional open collector output 1 Power for setting frequency DC 40V 58mAmax factory preset zero speed signal unctional open collector output 2 The common terminal of the multifunctional na harness Note 3: refers to wiring display cables or doublet cord and twisted pair cables Note 4: a Only shield twist pair cable is used as signal cable b. Max length of PG is 100m C The turning direction of PG may beselected by parameter 61-05 and the factory preset value is the phase advancer during the motor is running forward al Blocks Wiring Diagra CM E FIVFIC+15 MF1|Y2 EA EBEC FWD REV EF RST MS1MS2JOG BX MV+ MOC MA+ RARC ma www.chgma,com 4.2 Terminal Blocks Wiring Diagram Functions of terminal blocks of main loop Terminal Function R Terminals for power input of main loop T B1(P) DC power source of main loop (C+ positive voltage) DC power source of main loop (- negative voltage) B2 Connection point of brake resistor U—vw Output terminals of the inverter Functions of terminal blocks of main loop Terminal Functi R Terminals for power input of main loop BI(P) Connection point of brake resistor DC power source of main loop (DC-negative voltage Connection point of brake resistor Output terminals of the inverter E Grounding terminal(Especially the third grounding) RS TB(P)O B2 UV W Take 15HP, 20HP as examples R INPUT OUTPUT Extemal brake resistor 6 Oma Www. ChqmA. co 4.3 Control Loop Terminal Blocks Function Description Functions of the control loop terminal blocks (leaving factory settings Sort No Name Function of the terminal Signal Level FWD Forward/Stop ON Forward, OFF Stop REV Reverse/Stop on Reverse, oFF Stop EF External Fault Input on Fault, OFF Normal A RST Fault reset on Reset Terminal ef-BX g/MS7Main/Auxiliary speed are multifunction DC24V, SInA on Auxiliary frequency reference terminal optical coupling a/MS2 Multi-terminal speed JON Multi-terminal speed reference referring to insulation reference 2 available T1-0l~T106 JoG Inching Reference on Run with inching method BX External Stop Running oN Inverter stop output CM Comnon Terminal Signal output when shortening with FWDBX +15 Powcr sourcc for Power sourcc terminal for spccd rcfcrcncc sctting, +15 +15V,20MA speed reference +15v Ipower source Power source for Power source terminal for speed reference setting, -15 -1 speed reference -15v power source 15V.20MA 12 Power source for Power source terminal for speed reference setting, +15 speed reference -15v power source +12V20MA G9 FIV O-10V/100a% frequency Main speed 0-10VQ20K9) frequency reference -10-+10V/-100%-+100%frequency 10,+10V(20Kg) 4-20MA/100%frequency 4-20mA2(20.) Accessorial MFI Auxiliary frequency 0-10V:100% frequency 0-10VC209 referene 10-+10V/-100%-+100% frequency 01-03Input T3 0-20m^,(25092) ov Common terminal Thc spccd rcfcrcncc common terminal for terminal FIV.FIC, and mFI E STP terminal Connect the shield of jacket of isolated twisted line Ra Signals output during The terminal is connected during Capacity of the connection point running RC I(5A connection point running AC250V 5A Multifunction DC30V 5A YI Zero speed detection The lowest frequency is lower than 01-loutputT2 sIgni 51-09. LOW level Y2 Speed arrival Within +1% of the set frequency Open set output, below 48V dctection LOW Icvcl 50mAbelow YC Common terminal of lerminal y1y2 Ea Fault output signal Grounding EB EA-EC, A connection when fault EA-EC is off ECEB-EC,B EB-EC is on AC2S0V 5A connection DC 30V 5A point M+ requency meter output 0-10V/100% frequency Multifunction 1(0-10v/100% current can be sct) analog output 3 MOC Common terminal l(T401,T403)0~+10VMax5% 20ma below Multifunction MA+ Output current control 5V/inverter determined current analog output 2(T404,T4061) ma www.chgma.com 4. 4 The application of peripheral equipment and precautions Power source Please pay attention to if the voltage is correct to avoid damaging the inverter No-fuse switch must be installed between AC power source and inverter. No-fuse switch Please adopt no-fuse switch that meets the rated voltage and current of the inverter to control ON/OFF. The inverter should be protected Plcasc dont adopt no-fuse switch as RUN/STOP switch for the inverter Residual current circuit breaker Residual current circuit breaker should be added to avoid misact led by electric leakage and to protect the safety ofoperators Electromagnetic contactor The electromagnetic contactor needn 't be used in general condition except being used in external control or auto restart function after power break or brake controlle Electromagnet contactor can not be used as RUN/STOP switch of the inverter AC Reactor for improving the power AC reactors can be added to improve the power of power source with large capacity(600KVa and above) for inverters of 220V/440 15 Kw and below Noise filter at input side Noise filter must be added if inductive load is used in the peripheral of the inverter Inverter There is no phase sequence between terminal r, S, T on input power source terminal blocks phasc change connection is availablc Connect terminal U, v,w on Input terminal blocks to terminal U, v,w on the motor. If the inverter is forward running but the motor is reverse running, you only need to exchange the connection between two terminals ofu.v or w on the terminal blocks Please dont connect AC power source to the terminal u, v, w on the terminal blocks to avoid the damage of the inverter The grounding terminal e should be connected correctly: 220V grades: the third groundin 440V grade: special grounding Noise filter on the output side Reduce the higher harmonics generated by the inverter to avoid affecting the communication equipment around. Motor Please adopt three-phase inductive motor meeting capacity of the inverter The value of the current when the all motors work at the same time should be less than the capacity of the inverter if one inverter drives more than one motor Please dont add to capacitance between inverter and motors Invcrtcr and motor(s) should bc grounded respectively The followings should bc abided by in cxtcrnal wiring. It should bc checked up if the wiring is correct Tier wiring (Control loop buzzer should not be used to check up the wring (A)The loop wring of main power must be isolated and parted from other high voltage or power line with large current to avoid the disturbance of noise The inverter should use independent power source branch The common noisc filter can not guarantee the cffcct. The noise filter special for the inverter or isolating transformer should be equipped if the inverter hares power source loop with other machines transmission. To prevent noise transmission, please add to metal bushing on the loop and the hoise The noise filter special for the inverter should be added to the main loop output side to restrain distance apart from other lines conveying signal controlling machines should be moved than 30 cm. Please take account of the voltage drop of the circuitry if the wire between the inverter and motor is too long. The voltage drop between phase is (v)=w3 wire resistance( /km)xline length (excurrent 10-. The amount of carrier wave should be adjusted according to the wiring distance. ma Www. ChqmA. co Inverter and the distance Less than 100 m of wiring for the motor Less than 50m More than 100 M Permitted carrier wave 15KHz and below 10 KHz and below 5KHz and above Sctting valuc of 150 10.0 5.0 parameter 36-01 (B)The wiring of control loop must apart from main loop control wire and other high voltage lines or power lines with large current to avoid noise disturbance. The wiring terminal Ra, RC, ea, eB or EC (connection output)of control loop should be wired apart from other terminals To avoid noise disturbance and misact, the control loop should wired with shield isolating twisted wires. The shield twisted wires should be connected to terminal E. The wiring distance should not than 50 meter (C) The grounding terminal should be correctly grounded: 220V grade: the third grounding; 440V grade special grounding. The grounding wiring should be according to awG the grounding wire should be as short as poss the grounding wirc should bc grounded scparating from othcr load with largc current(such as welding machines, large power motors) The grounding loop shouldnt be formed if several inverters are grounded at the same time D) Please select the specifications of wires, the diameters of main power source loop and control loop according to electrical engineering rules to guarantee security (E)After the wiring, please check up the wiring quality such as if the wiring is correct, if the wires are broken or damaged, if the screws of the terminals are turned tightly 4.5 Application Examples This section introduces the functions and applying occasions of the inverter Function apply Purpose N Occasion Function Description Relative paramete Common 11-03 wIre ire occasion Istop, one connection control the start, stop and forward/reverse run by wiring[ T1-01 Ipoint controls forward/reverse run Sclcction of Common iclcct thc sourcc of Sclcct thc extemal terminals of thc inverter or controlled[21-01-02 operation signal occasion control signal by the numerical digit operator T1-01-06 Setting of Common Reduce noise The frequency of carrier wave of the inverter can be calmer wave occasion regulated freely to reduce the metal noise of the motor 36-01-03 Showing the Common The motor rotation speed (rpm), machine rotation speed load rotation occasion Show the run stratus((rpm)and machine leaner speed(m/min) can be shown 01-03 on the digital operator ommon In-operation occasion, Provide run status This signal is put out during the motor is running; the signal output mechanical signal signal will disappear after the mechanical brake is T2-0l~03 brake released and the inverter stop running. Common Zero-speed when the output frequency is lower than the lowest signal output Working Provide run status output frequency, this signal is output to the extemal T2-01-03 machine systen or control circuitry Common Spced arrival occasion, Provide run staty When the output frequency arrives at the set frequency signal output this signal is put out to the external system or the control T2-01-03 g machine circuitry. Running between the Hold the rotation The external running signals can'I provide upper and upper limit and pumping Ispccd of thc motor in lower limits, which can be specially set and adjusted in 42-01--02 lower limit of the upper and lower the inverter when gain or bias occurs the frequency fro cquenc Setting forbidde Prevent from Pumping The inverter can't continuously run in the set forbidden frequencies with fixed speed. You can set three sets of 43-01-04 reference vibrations forbidden frequcncics Undervoltage Commor Provide runni The voltage at P-N end of inverter side. When the I2-01~03 signal output occasion SS undervoltage is check up, this signal is put out to external systcm or control systcm Frequency ommon holding run T10l~06 ccasion I Pause the accel deco The output keeps invariable when the inverter speeds up or down Fault auto After the fault is checked up the inverter can res Air conditioner continuity and restart automatically when the cause of the fault is removed.P5-01 reliability of run. The restart can be set as 10 times

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