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Sinee AC380V/415V, User Manual

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Sinee AC380V/415V User Manual Download Page 21

User Manual 
EM100 Mini Inverter   

                                                         

21 

 

3.1.9 Disassembly and Assembly of Terminal Cover 

a. Disassemble terminal cover: remove terminal cover in the direction as shown in the 
Figure below. 

 

b. Assemble keypad. See following Figure: Place the upper buckle of the terminal cover 
in the slot of upper housing in Direction 1, and then press the two lower buckle of 
terminal cover in Direction 2 until it clicks into right place of upper housing. 

 

Summary of Contents for AC380V/415V

Page 1: ...agnosis of EM100 mini inverter It is the duty of any user to perform the appropriate correct installation or configuration of the optional parameters of the devices Neither SINEE nor its distributors...

Page 2: ...N CODE CHECK AND EDITING METHOD 39 5 PARAMETER TABLES 43 5 1 FORMAT OF PARAMETER TABLES 43 5 2 PARAMETER TABLES 43 6 PARAMETER DESCRIPTION 59 7 TROUBLESHOOTING 102 7 1 FAULT AND CORRECTIVE ACTION 102...

Page 3: ...nv uch the parts of control system r on base shall be metal or other nscrew the fixing bolts especi n ave cable strips or screws in th product at the place with less the installation space for cooli n...

Page 4: ...nnect internal wires of inv n n at the input voltage is identica f input terminals R S and T an and its peripheral circuits and nverter damage rform voltage withstanding te ccident r hall be power on...

Page 5: ...mage n ny foreign items from being l amage ontrol start stop of inverter by r and inspect devices after pow and inspect inverter only afte DC bus terminals and n capacitor may cause persona ance and i...

Page 6: ...ins a certain amount of harmonics so that the temperature noise and vibration of the motor will be higher than those when the inverter runs at grid power frequency Piezosistor or the Capacitor Improvi...

Page 7: ...identical to the Ch lab ged Ch sened Ch bering Scheme and Namepla umbering Scheme ory rter 2R2 2 2kW EM 100 0R7 te Model No EM Rated Power 0 7 Input Voltage AC Rated Current 4 8 Serial No Shenzhen rv...

Page 8: ...Specifications Items Specifications Input EM100 XXX 1B 1 phase 220V 20 50 60Hz 5 EM100 XXX 3B 3 phase 380V 415V 20 50 60Hz 5 Output Max Output Voltage 3 phase from 0 to Usupply Rated Output Current 10...

Page 9: ...t avoid frequent overcurrent trip DC Brake Brake time 0 30S Brake current 150 rated current Signal Input Source Numeric analog voltage analog current preset speed simple PLC Modbus communication wobbb...

Page 10: ...5 bit display 8 input keys Protection Protections Overcurrent overvoltage input output phase loss output short circuit overheating and etc Application Conditions Installation Site Indoor with altitud...

Page 11: ...ve 2 5 EM100 Outlo Housing Keypa Termi Cover Contro erter 11 ook g Upper ad inal r ol Terminal Power Terminal DIN Rail Release B EM100 Main Air Inl Namepla Air Outle Housin Ba Main Air Out Button 0 ID...

Page 12: ...015 3B W 95 110 130 150 W1 85 100 118 138 W2 11 11 H 152 163 220 289 5 H1 142 153 209 272 H2 159 170 H3 130 5 140 5 H4 110 5 121 5 D 117 132 152 5 173 D1 130 145 165 2 185 7 D2 74 84 104 7 125 d1 4 5...

Page 13: ...User Manual EM100 Mini Inverter 13 2 6 3 Keypad Dimensions 2 6 4 Dimensions of Keypad Chassis Accessories and Mounting Holes Remarks Please contact distributors or SINEE for keypad chassis if needed...

Page 14: ...result in fire or other a n Site ns for installation site ation indoor mperature 10 C 40 C 20 mperature and high moisture h drops l on flammable materials nlight le corrosive gas or liquid ating fiber...

Page 15: ...User Manual EM100 Mini Inverter 15 3 1 4 1 Installation Space of Single EM100 3 1 4 2 Vertical Installation of Multi EM100...

Page 16: ...85 40 EM100 2R2 3B 13 22 105 40 EM100 4R0 3B 13 22 150 40 EM100 5R5 3B SIZE3 31 2 53 174 45 EM100 7R5 3B 31 2 53 252 45 EM100 011 3B 31 2 53 362 45 EM100 015 3B SIZE4 106 180 520 55 Remarks 1 The valu...

Page 17: ...Put the inverter against the panel and mate 4 holes and then tighten screws in the 4 holes Tighten any of the 2 screws in diagonal position tighten 4 holes with screws for strengthened installation S...

Page 18: ...L 16mm tightening torque 1N m 10 and then tighten the 2 screws at the bottom 3 1 6 DIN Rail Installation DIN Rail Width 35mm See Overall and Installation Dimensions for the dimensions of DIN rail Refe...

Page 19: ...n of assembling the flange Assemble the flange left and right on the left and right sides of EM100 first fasten the screws on the top and at the buttom locate the inverter with flange into the mountin...

Page 20: ...ssemble keypad See following Figure Push the buckle on the keypad in Direction 1 first and then lift up the keypad in Direction 2 b Assemble keypad See following Figure Place keypad in the slot in Dir...

Page 21: ...emove terminal cover in the direction as shown in the Figure below b Assemble keypad See following Figure Place the upper buckle of the terminal cover in the slot of upper housing in Direction 1 and t...

Page 22: ...ic materials tightening torque 0 5N m 10 the maximum tightening depth in keypad 11 1mm b Flush mounting See 2 8 for chassis Accessories dimensions Punch a square hole on the installation panel press t...

Page 23: ...herwise the interior par 7 Do not connect the switc When inverter is runn voltage which are gen contactor will damage in 8 Do not disconnect the int Otherwise the inverter wi ock main circuit and cont...

Page 24: ...User Manual EM100 Mini Inverter 24 3 2 1 Connection to Peripherals Figure 3 1 Connections between EM100 and Its Peripherals...

Page 25: ...e 3 2 Wiring Main Circuit and Control Circuit Remarks 1 refers to main circuit terminals refers to control circuit terminals 2 User selects braking resistor based on real needs 3 Signal cable and powe...

Page 26: ...t Term S T PB ure 3 3 2 Main Circuit Termi Table 3 1 Function of EM100 C power input terminals for co pply For 1 phase AC220V in r connecting 1 phase AC220V C output terminals of inverter sitive and n...

Page 27: ...reaker High frequency leakage current is generated by high frequency PWM signal output of inverter Select a special purpose leakage breaker with a trigger current 30mA For a regular leakage breaker th...

Page 28: ...essively Large Leakage Current Only Applicable to the products of SIZE3 SIZE4 When the inverter is applied to the applications which are sensitive to leakage current for instance civil application mal...

Page 29: ...e output cable Never Using a Phase shifting Capacitor Never connect phase shifting electrolytic capacitor or LC RC filter to the output circuit Otherwise inverter will be damaged Never Using an Electr...

Page 30: ...ise filters on both input and output sides and shield inverter with an iron case to reduce RFI As shown in Figure 3 11 Figure 3 11 Countermeasures Against RFI Cable Length Between Inverter and Motor T...

Page 31: ...uld be u uld be connected to the applica ounding cable should be the sa g Wiring the ground terminal is gro he grounding cable with weldi grounding cable should me d the distance to grounding po he gr...

Page 32: ...put signals VS Current input signals IS z Numeric input terminals X1 X2 X3 X4 X5 X6 z Numeric output terminals EA EB EC Y1 z Analog output terminal M0 z Auxiliary power supply terminals 10V GND z RS48...

Page 33: ...terminal RS485 A A RS485 A Numeric Input X1 Multi function input terminal Program the relevant terminals by setting F02 00 F02 05 to achieve the input control of setting function X2 X3 X4 X5 X6 GND Co...

Page 34: ...minal 3 2 10 4 Wiring Multi function Input Terminals Refer to the Figure 3 17 for wiring EM100 multi function input terminals 3 2 10 5 Wiring Multi function Output Terminal Multi function output termi...

Page 35: ...nterface A of inverters to A A to A Only switch S1 ON S1 switch is the terminal resistor of the inverter on the far end start internal 120 terminal resistor See Figure 3 20 for connecting multi invert...

Page 36: ...ockwise first the cable can be inserted Remarks for wiring control circuit z If wiring is correct z Separate the control circuit cable from the other cables z Separate the cable of control circuit ter...

Page 37: ...necting Extension Keypad Wire 3 2 10 9 Wiring Check Perform the following checks after completing wiring z If wiring is correct z If anything is left in inverter like screw or wire clippings z If the...

Page 38: ...the monitoring parameter in operation RESET ESCAPE Reset previous status Escape from editing the present parameter Key for Multi functional programming For programmable JOG or forward reverse input fu...

Page 39: ...nd its parameters 2 Reset default of the parameters 3 Edit relevant parameter when the inverter is running Operation Monitoring Monitor C00 00 C00 17 parameters when the inverter is running Fault Moni...

Page 40: ...u and sub menu For instance follow the operation procedures shown in Figure 4 4 to view parameter of F02 05 Figure 4 4 Procedures for Viewing Parameter Editing Parameter Follow the viewing procedures...

Page 41: ...17 in operational monitoring sub menu view and monitor its parameter For instance see Figure 4 6 for procedures to view code C00 01 Actual value of output voltage when inverter is running Figure 4 6 P...

Page 42: ...runs as per setting jog frequency when pressing and will stop immediately when releasing When F06 15 2 inverter will switch running direction forward with reverse once when pressing F R indicator on...

Page 43: ...degree Celsius kW Kilowatt mH Millihenry Ohm Hz Herz kHz Kiloherz bps Bits per second Hz S Herz per second SQRT Square root MAX Maximum MIN Minimum Default Setting value after resetting defaults of fu...

Page 44: ...meter 2 VS analog voltage input terminal 3 IS analog current input terminal 4 9 Not Used 10 Process PID 11 Program operation 12 Wobbulation control 0 F00 05 Integrated Speed Setting Mode 0 Primary spe...

Page 45: ...12 000 kHz 4 000 F00 18 Random Carrier Mode 0 Fixed carrier 1 Random carrier 2 Fixed carrier which can be adjusted by carrier temperature and carrier current 3 Random carrier which can be adjusted by...

Page 46: ...utotuning 2 Rotational autotuning 0 F02 Group Input Terminal Parameters F02 00 Multi function Input X1 RUN 0 No function 1 RUN Run 2 F R Forward Reverse 3 Preset Speed Terminal 1 4 Preset Speed Termin...

Page 47: ...lti function Input Filter Times 0 100 10 F02 08 X1 Input Delay Time 0 00 300 00 S 0 00 F02 09 X2 Input Delay Time 0 00 300 00 S 0 00 F02 10 VP Filter Time 0 00 10 00 S 0 10 F02 11 VP Input Voltage Cor...

Page 48: ...80 0 F02 30 IS Input Bias 3 IS Input Bias 2 100 0 100 0 F03 Group Output Terminal Parameter F03 00 Multi function Output Y1 0 Inverter is running 1 Frequency reach signal FAR 2 Output Frequency range...

Page 49: ...z 2 00 F04 07 DC Brake Current at Stop 0 00 150 00 0 00 F04 08 DC Brake Waiting Time 0 00 30 00 S 0 00 F04 09 DC Brake Time at Stop 0 00 30 00 S 0 00 F05 Group V F Control Parameters F05 00 V F Curve...

Page 50: ...05 15 AVR 0 Disabled 1 Enabled 2 AVR is disabled if the DC bus voltage the rated voltage of DC bus and it will be enabled if the DC bus voltage the rated voltage of DC bus 0 F06 Group Auxiliary Functi...

Page 51: ...start stop mode external fault trips in other modes 0 F06 17 Customer Defined Scaling 0 01 200 00 30 00 F06 18 Wobbulation Operation Mode Ones place Wobbulation operation control 0 Auto operation Afte...

Page 52: ...ypad operation 0 F07 Group Fault and Protection Function Parameters F07 00 Current Limit Control 0 Current limit disabled 1 Current limit mode 1 2 Current limit mode 2 1 F07 01 Current Limit 50 00 180...

Page 53: ...retry Tens place In the process of fault retry fault output terminals 0 Off 1 On 00 F07 13 Fault Retry Timelag 0 01 30 00 S 0 50 F07 14 Timelag without Fault 0 01 30 00 S 10 00 F07 15 Fault Retry Opti...

Page 54: ...t Speed 7 after monocycle 2 Limited times of continuous cycle 3 Continuous cycle Tens place Options of stop and restart 0 Operate from the period when it stops 1 Operate from Preset Speed 1 00 F08 08...

Page 55: ...ator Positive Negative Setting 0 Positive setting 1 Negative setting 0 F09 05 PID Output Gain 0 00 100 00 100 00 F09 06 Proportion Gain GP 0 00 100 00 0 40 F09 07 Integral Time GTi 0 00 300 00 0 00 No...

Page 56: ...liary numeric frequency 0 F10 06 Inverter Receiving Proportion Coefficient 0 00 600 00 100 00 F10 07 The Master Communication Sending Data 0 Input frequency 1 Output frequency 2 Primary numeric freque...

Page 57: ...d 0 65535 XXXXX F11 12 Software Version 0 00 600 00 XXXXX C00 Group Monitoring Parameters C00 00 Output Frequency 0 00 Fup Hz C00 01 Actual Output Voltage 0 660 V C00 02 Actual Output Current 0 0 300...

Page 58: ...uit SOC Stable overcurrent SOU Stable overvoltage SLU Stable undervoltage ILP Input phase loss OL Inverter overload OL1 Motor overload OH Overheating OLP Output Phase Loss EHt External Fault EEd Inver...

Page 59: ...ocess is under real time closed loop control Based on current feedback inverter will conduct open loop slip compensation and stator resistance voltagedrop compensation on output variables These 2 comp...

Page 60: ...equence Terminal Control Mode 1 Terminal Setting Value Description Xm 1 RUN run Xn 2 F R forward reverse Xm and Xn are the multi function terminals of X1 X6 F02 00 F02 05 and are on at PWL ON the term...

Page 61: ...un Forward or reverse of motor is controlled by the pulse edge of Xm or Xn Terminal Xi shall be off if inverter has to stop Xm Xn and Xi are the multi function terminals of X1 X6 F02 00 F02 05 Figure...

Page 62: ...For selecting the primary speed setting modes F00 03 0 Primary numeric frequency setting mode defined by F00 07 parameters F00 03 1 VP keypad potentiometer defines the setting frequency F00 03 2 Analo...

Page 63: ...ary speed setting 2 Primary speed setting Auxiliary speed setting 3 Primary speed setting Auxiliary speed setting 4 MAX Primary speed setting Auxiliary speed setting 5 MIN Primary speed setting Auxili...

Page 64: ...time is the time taken for the output frequency to rise from 0Hz up to maximum frequency Fmax F00 11 Deceleration time is the time taken for the output frequency to drop from Fmax F00 11 down to 0Hz...

Page 65: ...User Manual EM100 Mini Inverter 65 EM100 Speed Setting Input Modes Figure 6 6 Speed Setting Input Mode...

Page 66: ...can be changed by change of function code without changing the wiring of motor It plays a role of changing motor rotating direction by switching any two wires of U V or W Remarks After parameters are...

Page 67: ...ncrease temperature of inverter When the carrier frequency is higher than the default inverter rated power shall be decreased by 5 for every additional 1 kHz carrier frequency F00 18 1 Random carrier...

Page 68: ...ters F11 03 F11 12 Group will not be reset to defaults if conducting default reset F01 Group Motor Parameters No Function Range Unit Default Type F01 00 Motor Rated Power 0 40 655 35 kW XXXX F01 01 Mo...

Page 69: ...t Type F01 13 Autotuning Parameters 0 No autotuning 1 Staionary autotuning 2 Rotational autotuning After setting mode 1 and 2 press RUN key 0 F01 13 0 No autotuning F01 13 1 Motor remains motionless i...

Page 70: ...integrated code of these 3 terminals 4 Preset Speed Terminal 2 5 Preset Speed Terminal 3 6 Terminal for Switching Acceleration Deceleration Time 1 2 Acceleration deceleration time 1 2 set by F00 09 F0...

Page 71: ...ode is set by F00 02 18 Program Running Reset In program operation mode PLC if the input signal of the terminal is active then program operation time will be cleared cycling time cleared and program o...

Page 72: ...r the 7th and the 8th bits are not used F02 07 Multi function Input Filter Times 0 100 10 F02 08 X1 Input Delay Time 0 00 300 00 S 0 00 F02 09 X2 Input Delay Time 0 00 300 00 S 0 00 F02 06 Terminal In...

Page 73: ...ime 0 00 10 00 S 0 10 Set filter time to filter process analog input signals for eliminating the effect of anti interference signals But excessively long filter time will reduce the response speed of...

Page 74: ...0 F02 26 IS Output Bias 3 100 0 100 0 100 0 F02 27 IS Input Bias 0 0 0 IS Input Bias 1 20 0 F02 28 IS Input Bias 1 IS Input Bias 0 IS Input Bias 2 40 0 F02 29 IS Input Bias 2 IS Input Bias 1 IS Input...

Page 75: ...e 6 10 2 Input Output Bias 2 F03 Group Output Terminal Parameters No Function Range Unit Default Type F03 00 Multi function Output Y1 0 Inverter is running 1 Frequency reach signal FAR 2 Output freque...

Page 76: ...put frequency reached the lower limit F00 13 Y1 or R1 is on 6 Frequency fault When inverter is in fault status Y1 or R1 is on 7 Inverter is ready to work When power is on inverter has no fault soft st...

Page 77: ...Take curve 1 as the base to adjust M0 output gain and output lower limit Curve 4 Take curve 1 as the base to adjust M0 output gain and output upper limit F04 Group Start Stop Control Parameters No Fu...

Page 78: ...ration time S curve time Linear acceleration deceleration time See Figure 6 13 for 2 acceleration deceleration modes Figure6 13 Linear and S Curve Acceleration Deceleration No Function Range Unit Defa...

Page 79: ...DC brake torques at stop F04 08 When DC brake command given by the terminal is active at stop or the output frequency reaches the setting value of F04 06 in the process of ramp to stop DC brake enabl...

Page 80: ...ency 1 Frequency 3 4 00 F05 08 Frequency 3 Frequency 2 Frequency 4 10 00 F05 09 Frequency 4 Frequency 3 100 00 16 00 F05 00 35 Customer defined V F curve scaling user can set frequency and voltage poi...

Page 81: ...us 0 Automatic voltage regulation is applied to the occasions when input voltage varies output voltage remains unchanged basically and V F value keeps constant F06 Group Auxiliary Function Parameters...

Page 82: ...ion output or relay output is set as 1 FAR if absolute value of the difference between output frequency and input frequency of inverter is less than the setting value of F06 06 the corresponding outpu...

Page 83: ...13 Fan Control 0 Run at power on 1 Smart mode 1 After power is on the fan runs per the control mode after running for 2 minutes regardless of the working status of inverter F06 13 0 The fan runs dire...

Page 84: ...e 0 Wobbulation operation started after reaching mid point 1 Wobbulation operation starts when its preset time is up 00 F06 19 Preset Wobbulation Frequency 0 00 Fmax Hz 0 00 F06 20 Preset Wobbulation...

Page 85: ...time can be selected by terminal as acceleration deceleration time 1 or 2 Set upper limit frequency of wobbulation Lower limit frequency of wobbulation Wobbulation upper limit frequency Jump frequenc...

Page 86: ...100 No change in keypad operation 0 In operation jog running stop jog stop and autotuning status if F06 28 0 99 parameter setting status will change as the above mentioned statuses inverter will disp...

Page 87: ...on could reach lower limit frequency F00 13 After output current decreases inverter will accelerate to setting frequency as per setting acceleration time see Figure 6 20 F07 00 2 Current Limit Mode 2...

Page 88: ...us voltage decreases inverter will decelerate as per previous deceleration time see Figure 6 21 F07 05 2 Overvoltage Stall Mode 2 Overvoltage stall mode 2 is applied to the applications which are sens...

Page 89: ...d protection operates in the area between a cold start and a hot start Cold start Motor protection operation time in response to an overload situation that was suddenly reached when starting a station...

Page 90: ...et and restarted inverter will r e of this code the inverter wil fault 0 01 30 00 seconds an e process of operation start fe nsideration Fault reset canno start with load or the applic ot output t ti...

Page 91: ...17 00000010 Set the 3rd bi EHt 1 to disable OLP and EH disable any trip protection fun amage if there is no protection system parameter setting desc is enabled when the absolute v set Speed and PLC Pa...

Page 92: ...0 60000 S 30 F08 15 Program Operation Time T7 0 60000 S 30 F08 16 Speed Cycling Times 1 60000 1 Speed Program Operation Mode Options F08 07 Ones place 0 Inverter stops after the operation of 7 program...

Page 93: ...If the 0th bit of F08 08 set as 1 or function terminal setting is reverse command Inverter will run at 0Hz in Preset Speed 1 Operation of each section will follow the same pattern Operation Time F08...

Page 94: ...output after system response is stable Integration I In integration control mode the output and input error signal integration of controller is in direct ratio It can eliminate stable error and keep t...

Page 95: ...e input voltage percentage of potentiometer VP as PID setting value No Function Range Unit Default Type F09 02 PID Feedback Options 0 Terminal VS 1 Terminal IS 0 PID feedback signal is input by analog...

Page 96: ...is the integral time constant of PID closed loop control algorithm When integral time is 0 integration function is disabled F09 08 Differentiation time GTd is the differentiation time of PID closed l...

Page 97: ...feedback loss detection If PID feedback PID feedback loss detection value F09 12 and lasting time PID feedback loss detection time F09 13 inverter trips PIDE PID feedback loss and will take the corre...

Page 98: ...disabled If set F10 03 0 0 and if the interval between giving order and communication response is over communication overtime inverter will trips COE RS485 Communication Overtime Error Generally it wi...

Page 99: ...age sent by the master Fmax F10 07 5 IS input current percentage sent by the master Fmax F11 Group User Parameters No Function Range Unit Default Type F11 00 Parameter Setting Control 0 Parameter sett...

Page 100: ...are only for reference and cannot be edited Running time is the time accumulation of operation status F11 07 Minutes within 1 hour that inverter has run The parameters are only for reference and cann...

Page 101: ...inverter V C00 06 Input Frequency Present setting frequency value of inverter Hz C00 07 Synchronous Frequency Synchronous frequency of motor estimated by inverter Hz C00 08 Program Operation Section S...

Page 102: ...2 When load is too heavy the acceleration deceleration time is too short 3 In V F control mode the setting value of torque boost is too big 4 The motor is rotating when inverter starts 5 The capacity...

Page 103: ...d meet requirement 2 Improve environmental ventilation and check if the vent of inverter is blocked 3 Replace air cooling fan OlP Output Phase Loss 1 Output phase U V or W loss 1 Check the connection...

Page 104: ...inverter and external control terminals motor cannot conduct the expected performance 7 2 1 Parameter Setting Failures z Press or the displays of parameters remain unchanged Some parameters can only b...

Page 105: ...e is too big The dynamic brake power is too small so the deceleration time is prolonged The setting value F06 12 of brake duty ratio is too small and the deceleration time is prolonged Increase the se...

Page 106: ...Adjust the carrier frequency F00 17 to avoid resonant frequency The fixed frequency of mechanical system resonates with the output frequency of inverter The fixed frequency of mechanic system resonate...

Page 107: ...p interference rejection ESD interference rejection and power low frequency end interference rejection The tests shall be conducted strictly in accordance with the above requirements of IEC EN61800 3...

Page 108: ...nnected together in the control system the noise source formed by the ground leakage current would affect the other peripherals in the control system except inverter Therefore in the same control syst...

Page 109: ...ndling Distributed capacitance exists in power cable and the earth The longer the power cable is and the bigger distributed capacitance to the earth is and the bigger the leakage current is The higher...

Page 110: ...verter and motor should not be overheating z The ambient temperature should not be too high z The output current value shown on the monitoring displays should not be higher than normal value z The coo...

Page 111: ...e standard replacement period is based on the following application conditions z Ambient temperature 30 Yearly average z Load factor 80 maximum z Operation rate 12 hours maximum per day 9 2 Outline of...

Page 112: ...nal bits rates 4800bps 9600bps 19200bps and 38400bps can be selected via setting F10 01 4 Shielded twisted pair cable is recommended Communication cable to lower external interference 3 Protocol Forma...

Page 113: ...ter address Command code 1 0x06 Register address 2 0x0000 0xFFFF Register data 2 0x0000 0xFFFF CRC parity 2 Command code 0x10 Write several function codes or control parameters of inverter ADU Item By...

Page 114: ...f inverter 10H Write several function codes or control parameters of inverter 08H Circuit diagnosis and setting 5 3 Allocation of Register Addresses Name Address Description Function Code 0000H 1F1FH...

Page 115: ...each bit of CRC parity register rightwards by 1 bit the highest bit filled with 0 Conduct XOR calculation between the value of CRC register and A001H and then upload the result to CRC parity register...

Page 116: ...6H 10H 90H 08H 88H Description of Error Code Error Code Description Error Code Description 01H Exceptional command code 06H Slave is busy 02H Exceptional data address 10H Frame error Frame length erro...

Page 117: ...8H B5H 12H 6 2 Write F0 07 30 00Hz data transmission 3000 The setting value of primary numeric frequency of inverter No 1 Transmit Sequence 0 1 2 3 4 5 6 7 8 9 Data 01H 06H 00H 07H 0BH B8H 3FH 49H Rec...

Page 118: ...7H Coast to Stop 0002H Reverse Running 0008H Fault Reset 0003H FJOG 0009H Input Switch 0004H RJOG 000AH Not Used 0005H Slave inverter Stops 000BH Not Used Inverter Status 1 4100H Data Meaning Data Mea...

Page 119: ...nce shall be selected appropriately See the table below for selecting the braking resistor for EM100 with appropriate power rating and resistance Inverter Model No Motor Power kW Resistor Resistance R...

Page 120: ...e longest operation time for 10 ED is 10S On 10S Off 90S 2 Optional Installation Accessories No Item References Product Code No 1 Keypad Chassis See 2 6 3 for detail 63200129 2 Mounting Flanges SIZE3...

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