4XH35QB151210 Small General Frequency Converter Operating Instructions 220V 0.75KW 5.5KW 400V 0.75KW 15KW Please read the instruction carefully and understand the contents so that it can be installed and used correctly. Please hand in the instructions to the end user and keep it properly. Technical specifications of this product may change without prior notice.
2RI20140401-2.0 VersionA English Start date : May 1, 2014 Data number: XM-H0123 V3.0 STATEMENT Thanks to the use of frequency converter, before use, be sure to read the instructions carefully, please be familiar with the product safety precautions. Safety precautions: 1 Before the connection, please confirm whether the input power is in the power down state. 2 Connection work, please professional electrical engineering personnel to carry on. 3 Ground terminal, please be sure to ground. 4 After the emergency stop circuit connection is completed, please be sure to check if the action is valid. 5 Inverter output line is not connected to the shell, the output line is not short circuit. 6 Please confirm whether the voltage of the AC main circuit power supply is consistent with the rated voltage of the inverter. 7 Do not carry on the voltage test to the frequency changer. 8 Please connect the brake resistance according to the wiring diagram. 1 / 26
9 Do not receive the power cord to the output U, V, W terminal 10 Do not access the contactor output circuit. 11 Electricity before installing protective cover. Remove the cover, please be sure to disconnect the power supply. 12 Select reset to try the function of the inverter, please do not close to the mechanical equipment, because the alarm will suddenly start again when the stop. 13 After confirming the operation signal is cut off, the alarm can be reset, and the frequency converter is likely to start suddenly. 14 Do not touch the inverter terminal, the terminal has a high voltage, very dangerous. 15 In the power, please do not change the connection and terminal assembly and disassembly. 16 Cut off the main circuit power supply, can be checked, maintenance. 17 Do not transform the inverter. 2 / 26
1 Technical Data Converter Rated Data Output Physical Size Version Power Input A 1 A 2 Long*wide*high 0.75G1-220V 0.75KW 4 3.7 150*115*150 single phase 1.5G1-220V 1.5KW 7 6.4 150*115*150 A.C. 2.2G1-220V 2.2KW 9.5 8.7 150*115*150 220V-240V 4.0G1-220V 4.0KW 15 14 210*118*180 50Hz/60Hz 5.5G1-220V 5.5KW 20 18 210*118*180 0.75G3-380V 0.75KW 2.5 2.3 150*115*150 1.5G3-380V 1.5KW 4.1 3.8 150*115*150 2.2G3-380V 2.2KW 5.8 5.3 150*115*150 three-phase 4.0G3-380V 4.0KW 9.4 8.6 210*118*180 A.C. 5.5G3-380V 5.5KW 12.6 11.6 210*118*180 370V-440V 7.5G3-380V 7.5KW 16.1 14.8 210*118*180 50Hz/60Hz 11G-380V 11KW 24 22 322*208*192 15G3-380V 15KW 32 30 322*208*192 18.5G3-380V 18.5KW 37 34 322*208*192 Remarks:1 At rated voltage, the carrier frequency is 4,6,8kHz 2 At rated voltage, the carrier frequency is10khz Brake Resistance Type Selection Version Power Input Resistance power Resistance 0.75G1 0.75KW 100 W 200 Ω single phase 1.5G1 1.5KW 300 W 100 Ω A.C. 2.2G1 2.2KW 300 W 100 Ω 220V-240V 4.0G1 4.0KW 50Hz/60Hz 500 W 75 Ω 5.5G1 5.5KW 1000 W 75 Ω 0.75G3 0.75KW 100 W 750 Ω 1.5G3 1.5KW three-phase 300 W 400 Ω 2.2G3 2.2KW A.C. 300 W 250 Ω 4.0G3 4.0KW 370V-440V 500 W 150 Ω 5.5G3 5.5KW 50Hz/60Hz 800 W 100 Ω 7.5G3 7.5KW 1000 W 75 Ω 3 / 26
ACM AVI ACM AVI +10V +12V ON CE1 CE2 CE3 STP DO AO RA RB RC Relay output (factory set to fault indication) Analog output Digital output terminal Digital input 3 Digital input 2 Digital input 1 Start signal 2 Installation And Wiring AC220V input AC380V input Brake resistance R S R S T P B U V W PE potentiometer 0-20mA 5KΩ 4-20mA M 3~ Terminal use instructions Terminal Purpose Setting And Description R S T U V W P B AC power input (single /3 phase) Single phase power supply connected to R, S Inverter output, connecting motor Connecting brake resistance Inverter input power front should use air switch as the over-current protection device, if there is leakage protection switch, in order to prevent the leakage switch malfunction, please choose a sense more than 200mA, action time more than 100ms equipment. In order to reduce the leakage current, the motor connection line should not be more than 50 meters. According to the brake resistance selection table to select the brake resistance. 4 / 26
PE ground connection Frequency converter to be a good grounding Terminal Purpose Setting And Description ACM AVI +10V +12V ON CE1 CE2 Signal common Analog signal input Frequency setting +10V, Max 10mA potentiometer power supply Digital input internal DC power supply Digital input ON/OFF signal Digital input CE1. Digital input CE2 Zero potential of digital signal and analog signal Factory set to 0-10V, input impedance: >50k, can also be connected to the current signal: 4-20mA (modify parameters C34) +12V, Max 20mA Connected to the ON, the inverter can start, disconnect free parking. Can also be used as a start preparation, after the switch on display STP, and then CE1 as a positive turn signal. By setting the parameter CE1, the factory defaults to positive transfer. By setting the parameter CE2, the factory defaults to reverse. CE3 STP Digital input CE3 Three wire system start stop By setting the parameter CE3, the factory defaults to Multi velocity 1 When the three wire system is used to start the frequency converter, the signal is connected with the terminal. DO Digital output signal By parameter F17 setting AO Analog output signal By parameter F11, F08 setting RA RB RC Relay output By parameter C08 setting Contact capacity: AC 250V/3A DC 24V/2A 5 / 26
3 Debugging And Running 1 Operation Panel And Operation Method Numeric change key Can be used to increase or decrease the value when setting values Governor potentiometer RUN STOP Run key Press the running key, and the converter starts to run Stop key Press the stop button to stop the operation. Parameter setting key Used to read and modify the parameters of each group. After pressing can enter the parameter group or display the parameter value. Note: inverter power on the rear panel display STP (short connected to start preparing) or OFF (not short connect to start preparation). Press the yellow button Press the yellow button Press the yellow button After setting the parameters, return to the original interface method: 择 1 Power off, power up again 2 40 seconds automatic return 3 Select F61 parameters, and then press the Yellow button 6 / 26
2 Frequency Setting Mode Selection The frequency setting mode of frequency converter is set by the parameter C01. C01=0, the operating frequency is set by the potentiometer or multi speed setting; C01=1, the operating frequency is set by the parameter F40. (1) C01=0, potentiometer setting: Potentiometer setting panel potentiometer or terminals of an external potentiometer, selected by the terminal in the upper left corner of the toggle switch B1 (to the left of the toggle switch), to dial selection panel potentiometer, pulled downward to the terminal of an external potentiometer. Panel Panel start stop potentiometer control External Terminal stop potentiometer control given frequency B1 B2 (2) C01=0, multi speed given: The machine can be set up more than 3 speeds, respectively, set in the parameters of C37, C38, C39, can be through the digital P input CE1, CE2, CE3 parameter settings to choose. Such as: set CE3=2, CE2=1, when the CE2 is connected to the operation of multi speed 1, when the CE3 is running on the multi speed 2, while the CE2 and CE3, it runs more than 3 speed. (3) C01=1 when the parameter F40 given frequency: The operating frequency value is set in the parameter F40, the frequency of the frequency converter in accordance with this value 7 / 26
3 Frequency converter start mode setting There are several ways to start the frequency converter: panel control start stop, terminal forward (FWD) reverse (REV) start, terminal rotation direction control, three wire system start and stop control. The following are introduced: panel control start and stop: (factory set to panel start stop) To use the panel to control the start and stop frequency converter, the toggle switch B2 (pictured on the right side of the switch to dial up wave). Connect 12V and ON after (must be connected to boot), press the green button on the panel to start, red button down. Note: the use of panels to control the start and stop, must be parameters CE1=6. (1) Terminal forward (FWD), reverse (REV) start: (Toggle switch B2 pull down) Parameter settings: CE2=7, CE1=6 (factory default) 变频器 +12V ON CE1 CE2 Start ready signal to switch on Is turning FWD, turn on the positive turn to start, off after the shutdown. Reverse REV, switch on and off, disconnect and stop (2) terminal start, select terminal direction of rotation: (toggle switch B2 pull down) Parameter setting: CE1=6, CE2=4 (4) outside the green button to start, red button down (three wire system start stop): Green button is normally open or compound switch, the red button is often closed, that is, double button. Parameter setting: CE1=6 变频器 +12V ON CE1 STP Start ready signal to switch on Frequency converter start, switch on Keep the start up after the break. Normally open self - reset button. Inverter down, often closed since 8 / 26 the complex button
4 Motor brake (1) brake resistance brake: If the load inertia is too large, it will cause the load drive motor to generate power, which will cause the frequency converter bus voltage rise, the inverter will report dec alarm or OU fault. This situation requires the installation of brake resistance. General deceleration time required within 5 seconds of the equipment, it is recommended to install the brake resistance. Brake resistance and power according to the selection table selection. The brake resistor ends, connected to the terminal P and terminal B (regardless of direction). (2) DC pressure braking: DC braking is to apply a DC voltage to the motor, so that the motor can be quickly shut down. Step for starting DC braking: The first step: in the parameter C36 set DC brake pressure, the specific value according to the equipment adjustment. The second step: setting parameters CE3=3. The third step: in the inverter deceleration, on 12V and CE3, it will be applied to DC brake. DC brake stop after disconnection 4 Parameter Table NO. C00 C01 name Login password Frequency command Factory value Setting range 0 0-999 0 0:AVI analog input.c37,c38, C39 multi speed input 1: parameter F40 setting frequency 9 / 26 notes Only when the password function is valid can be seen (see C94) Can be selected by the wave switch B1, set by the panel potentiometer or by the terminal AVI The frequency command is set by the value of the parameter F40.
C02 factory reset 0 CE1 Digital input CE1 6 0: restore completed 1: restore the factory value 1: uses multi speed 1, C37 2: uses multi speed 2, C38 3: start DC brake 4: rotation direction 5: frequency converter start 6: positive transfer option 7: reverse selection (REV) 8:UP (ramp generator) 9:DOWN (ramp generator) 10: external fault shutdown If the original C02=1, first changed to 0, and then changed to 1, you can reset. (to remove the 12V and ON between the short connection) At the same time, the multi segment speed 1 and the multi speed 2 signals are switched on, and the DC brake voltage set by C36 Disconnect: forward turn; turn on: reverse On: start up operation; disconnect: deceleration stop; Choose 6 when the switch is turned on. Choose 7 when the switch is turned on, the reverse start, UP off, DOWN off, slow down stop. Disconnect the trigger fault (normally closed signal) 11: fault reset Switch on fault reset,see:f70 NO. name Factory value Setting range notes CE2 Digital CE2 input 7 (same as above) CE3 Digital CE3 input 1 (same as above) C08 Relay output function selection 1 0:Ready to run 1: inverter fault Operation relay for frequency converter Frequency converter fault time action relay 10 / 26
2: motor operation Motor operated relay 3: the motor is turning 4: motor reverse 5: the output frequency is 0 6: the frequency to reach a given 7: the frequency of arrival Motor relay with positive rotation Motor reversing action relay The frequency converter output frequency is 0 when the action relay Output frequency to reach a given value (AVI given or given by F40) The output frequency reaches the value of the C17 set. 8: reach the current limit The output current reaches the limit value of C22 C10 C11 C12 C13 NO. Minimum output frequency Maximum output frequency Acceleration time Deceleration time name 0.0 0.0-500 Hz 50.0 7.5-500 Hz 10.0 0.0-999 s 10.0 0.0-999 s Factory value Setting range The output frequency is simulated at a given value of 0%. Running frequency does not exceed this frequency Output frequency from 0 up to the maximum output frequency of the required time The output frequency is reduced from the maximum output frequency to 0 notes C14 control mode 2 0: with automatic voltage to enhance the V/F curve V/F:Standard application V/F two party: applied to the fan pump class 11 / 26
1: with automatic voltage to enhance the V/F two square curve 2: with a constant voltage to enhance the V/F curve 3: with a constant voltage to enhance the V/F two square curve C15: according to the rated frequency of the motor nameplate on the set C16: this setting is mainly used to improve the torque at low speed C15 V/F rated frequency 50.0 25.0-500 Hz C16 Constant lifting voltage 4.0 0-40 % C17 C18 C21 C22 output frequency Preset value carrier frequency Slip compensation value Output current limit 0.0 0.0-500 Hz 2 0: 4kHz 1: 6kHz 2: 8kHz 3: 10kHz 0.0 0.0-40.0 % 150 30-150% rated output current C08=7, the output frequency reaches this value, the relay action When the operating current to the rated current of 1.2 times, the carrier frequency will be reduced to 4kHz Adjust this parameter until the motor does not stall When the output current reaches the limit value, the deceleration time becomes longer or the output frequency becomes lower. C24 Acceleration torque 0 0.0-20.0 % Only at the time of acceleration C31 Analog input dead zone 0 0: allowed 1: ban When C31=0, the analog input into the dead zone, the output for the 0.0Hz, or display StP. 12 / 26
NO. name Factory value Setting range notes C34 Signal type 0 0:0 10V 1:0 5V 2 : 0 20mA 3 : 4 Set the type of AVI signal input C36 DC brake voltage 4.0 0.0-50.0 % When the value of CE1, CE2 and CE3 is equal to 3, the DC braking. C37 C38 C39 C46 Multi speed 1 Multi speed 2 Multi speed 3 Display frequency for a given 20.0 30.0 40.0 0.0-500 Hz 0.0-500 Hz 0.0-500 Hz 0.0-500 Hz By setting the value of CE1, CE2, CE3, to select multi segment speed operation. Displays the current frequency of a given value C50 Display output frequency 0.0-500 Hz Display current output frequency C53 Display DC bus voltage frequency 0-255 % Shows the current DC bus voltage percentage C54 C90 Display motor current Power input voltage selection 1 0-255 % Display current motor output current 0:automatic 1:low 2:high Automatically identifying the voltage of the input power supply Power set to low input 220V or 380V Power set for high input 240V or 450V 13 / 26
C94 User password 0 0-999 When the password is not set to 0, you must enter the password in the C00 to access the parameters C99 Software version Show current software version number NO. name Factory value Setting range notes F06 F08 F11 Auto load DC braking time F08 analog output ratio adjustment Analog output AO signal type 0 0.0-999 s 0.1Hz below, automatic start DC braking, and keep the parameter setting time, set to 0 when do not start. Adjusting this parameter can change 50 0.0-9999 the F11 analog output to be worth the size. 0:NO 1 : frequency 0-10VDC Define the analog output AO signal 0 2 : frequency type, using F08 to adjust the signal 2-10VDC ratio 3:Voltage 0-10VDC 4:Voltage 2-10VDC 0:Ready to run Operation relay for frequency 1:Inverter fault Frequency converter fault time 2:Motor running Motor operated relay 3:Motor forward Motor relay with positive rotation F17 Digital output DO function selection 1 4:Motor reverse 5 : The output frequency is 0 Motor reversing action relay The frequency converter output frequency is 0 when the action relay 6:Frequency to a given value Output frequency to reach a given value (AVI given or given by F40) The output frequency reaches the 7:Frequency arrival value of the C17 set. 14 / 26
8 : Reach current limit The output current reaches the limit value of C22 F20 Motor thermal protection setting 100 30-100%, 100% is the rated output current Note: the maximum set is the motor rated current, but can not provide full protection. F40 Set running frequency setting value 50 0.0-500 Hz Only C01=1, this setting is valid F61 current state Displays the current status or fault information After the boot automatically shows the parameter values, normal boot display OFF NO. name Factory value Setting range notes F62 Final fault Display fault information Only for display F63 Last fault Display fault information Only for display 0: re on the power, F70 Fault reset mode 0 the terminal ON plus a low level, digital input is set to 11 1: automatic fault reset Both of these 3 methods can reset the fault Automatic reset after F71 F71 Fault auto reset delay 0 0.0-60.0 s Delay time of fault auto reset Display the total F78 F79 d38 Running time Inverter power on time PID mode selection 0 time after the 0-999h: display format is XXX operation of the 1000-9999h: format for x.xx (x 1000) inverter 10000-99999h: format for xx.x (x Display the total 1000) time after power on the inverter 0:PID control is not Enable PID control, by the AVI enabled signal as a feedback signal, can be 1 : Enable PID connected to the voltage or current negative signal. feedback control 15 / 26
2 : Enable PID positive feedback control C59 Display the feedback value of the Scope: F86-F87,% C70 P gain value 5.0 0.0-99.9% C71 I integral time 0.0 0.0-99.9 秒 Display PID control, the feedback value of the AVI signal input, the display is a percentage. Gain value when setting PID control Set the integration time for PID control. F81 F38 F86 F87 Set value of PID control 0.0 F86-F87 PID control of the set value, range between F86 and F87. Display the set value of Displays the set value of the actual F86-F87 the PID PID control control Minimum feedback 0.0 0.0-999 Using the parameter C34 to select the signal type of the feedback Maximum 100 0.0-999 value. Must F86 < F87 feedback 5 Fault diagnosis and elimination state display meaning reason Elimination measures inverter shutdown Terminal ON signal off Terminal 12V and ON connection No frequency value or start inverter shutdown command Auto start inhibit Start condition F42=0 DC braking DC compression brake is efficiency activated Frequency given or start frequency converter Terminal ON plus pulse rising edge F06 in the holding time after the automatic return to normal Current limit arrival Under voltage alarm Reduce motor load, auto reset Inverter overload (see C22) The main power supply Check the power supply voltage voltage is too low and parameters C90 16 / 26
DC bus overvoltage (alarm) Unable to access parameters Invalid data in data memory Deceleration time is too short, resulting in DC bus voltage is too high The frequency converter can not modify the parameters of the operation Invalid parameter data error If over voltage <1s, then automatic recovery; if >1s, then the report OU Disconnect the connection between 12V and ON. Modify for correct parameters factory reset Data memory error Data loss or damage factory reset Parameter definition repeat 4-20mA signal loss CE1-CE3 is defined as the same digital signal Only use "UP" or "DOWN"" Set C34=2, but no current signal is switched on Each digital signal can only be used once Define the missing digital signal to the other terminal. Modify C34, or switch on current signal Brake unit failure Brake resistance overheat Prolonged deceleration time State Display Meaning Reason Elimination Measures External fault Digital input is set to 10, but not Connect Exclude external faults internal fault Internally unknown fault generated Restore factory value or contact manufacturer internal fault Internally unknown fault generated Restore factory value or contact manufacturer internal fault Short circuit or overload Internally generated Restore factory value or contact unknown fault manufacturer Check the wire and the ground insulation of the motor cable. Output short circuit Measuring the resistance of the motor, the ground insulation can not be less than 5.MΩ 17 / 26
Earth fault Motor overheating Cable capacitive current is too large Acceleration time (C12) is too short One phase of the motor Ground Motor thermal overload, long time current is too large. Frequent start or long acceleration process. Whether the motor line is too long To extend the time to check the specifications of the selected frequency converter Check motor cable Check the actual current of the inverter and the motor Check F20 parameters Controller Inverter internal Reduce inverter load, improve overheating overheating the cooling conditions DC bus overvoltage Automatic fault reset too much Single phase fault Low power supply voltage The main power supply voltage is too high Deceleration time is too short Leakage of electric motor side More than 8 times in 10 minutes. Missing single phase power supply Voltage is lower than the working voltage Check the power supply voltage and C90 settings Prolonged deceleration time Check motor cable Depends on the number of failures Check power supply voltage Detection of power supply voltage Dealing with common problems: 1 Power up or run time display Input power low alarm, check whether the input voltage is too low. Supply voltage 380V inverter, shall not be less than 350V, the power supply voltage 220V inverter, shall not be less than 180V. Can pass the parameter C53 to examine the measuring value of frequency converter. 2 Display on power up or down Input power high alarm, check whether the input voltage is too high. Can pass the parameter C53 to examine the measuring value of frequency converter. Measurement of more than 135, it will show the fault.processing method: reduce the supply voltage, extend the deceleration time, increase the braking resistance. Also can modify the parameter C90 to 2. 3 Display on power up 18 / 26
Check CE1, CE2, CE3 parameter settings, does not allow to set the same value 4 Run display If after the operation immediately display the fault information, first remove the motor line, and try again. If remove the motor line also show fault is the inverter fault, if no longer display fault is output line of the motor or motor internal short circuit. 5 Operating jump leakage protection switch Inverter at run time, due to the presence of higher order harmonics, motor and motor line will be the leakage current, resulting in leakage protection switch trip, which is determined by the principle of the frequency converter, is inevitable, when the jump occurs leakage fault is guaranteed, take the following measures: First: the use of leakage protection of current leakage protection of more than 200mA. Second: modify the carrier frequency, parameter C18=0, reduce leakage flow. Third: increase the AC output reactor. Fourth: as far as possible to reduce the length of the motor line, or overhead motor line. 6 Application examples (1) inverter constant pressure water supply control A: electric contact pressure gauge control (the most simple control method) The electric contact pressure gauge pressure control, only need to connect the two wires, a root from green needles, a root from black needle, respectively, then the three binding posts of the electric contact pressure gauge above 2 (some of the electric contact pressure gauge may be different). When 19 / 26
the water pressure is low, the black needle is below the green needle, and the frequency converter is in an accelerating starting state. When the water pressure is high, the black needle is in the green needle. Very simple and easy to maintain. For this inverter, the debugging steps are as follows: (1)2 lines from the electric contact pressure meter, a wire connected to the 12V, the other line is connected to the CE1 (no need to distinguish between positive and negative). (2)On the right side of the wave switch B2 dial to the bottom (to participate in the P6 page), select the external terminal to start control. (3)The panel on the speed control knob up to the maximum. (4)Set the drive parameters: CE1=6, C12=80, C13=80 Automatic start up after power up. If not start, can be directly connected to the CE1 and 12V wire, to see whether or not to start, such as can not be started, the inverter is set to explain the problem. If you can start, that is the external electric contact table or line problems, can check whether the 2 wires on the electrical contacts, black needle lower than the green needle should lead, black needle is higher than the green needle should be disconnected. B:Water supply control (see P14 page for PID parameters) Use the built-in PID converter is controlled by adjusting the PID control function, pressure acquisition using pressure sensor or remote pressure gauge. Debugging steps: 1 B1 on the left side of the toggle switch dial below. (see page P6)2 The remote pressure gauge pressure signal connected to ACM, AVI, 10V. If the 2 wire pressure sensor is connected to the AVI, ACM. You can see the size of the feedback value in the parameter C59. 3If the panel is started, the right toggle switch B2 dial to the top. If the terminal start control, the right toggle switch below B2 dial. The start signal line is connected to the 12V and CE1. 4 Parameter settings: CE1=6, C12=30, C13=30d38=1,Enable PID negative feedback control; F81, used to set the size of the water pressure, the setting range is 0-100, through this parameter to adjust the height of the water pressure. Can be adjusted to 30, and then adjusted according to the actual application of high or low. 5 PID control adjustment speed: C70=2, P value parameter adjustment, the greater the P value, the faster the adjustment. Recommended (1-10) 20 / 26
C71=0.2, I value parameter adjustment, the greater the I value, the slower the adjustment. Recommended (0.1-1) (2) Inverter Pid Control Debugging 1 Set PID control mode, parameter d38. D38=0, do not start PID control; D38=1, enable PID negative feedback control; D38=2, enable PID positive feedback control; 2 Set PID to a given value, parameter F81. The setting range of 0-100 is F81. (can also be changed by the parameter F87 and F86 this range, also can view a given value through the parameter F38). 3 Set feedback value: The feedback value is given by the terminal AVI, which can be connected with the voltage signal and the current signal. The voltage signal is connected with the ACM, AVI and 10V. If the 2 wire pressure sensor is connected to the AVI, ACM. You can see the size of the feedback value in the parameter C59. 4 PID control adjustment speed: Through the P value parameter C70 adjustment, P value is bigger, the adjustment speed is quicker. Recommended (1-10) Through the I value parameter C71 adjustment, I value is bigger, the adjustment speed is slower. Recommended (0.1-1) 5 Start converter: The use of PID control, the left toggle switch B1 dial down (external analog). Start-up mode such as the use of panel and right toggle switch B2 dial to above, the starting method such as the use of an external terminal start, right toggle switch B2 dial below, connected to 12V and CE1 can start. (3) two kinds of speed control Equipment requirements: the use of a potentiometer knob to speed control, the use of multi speed when the reverse rotation. 1 The two toggle switches B1, B2 goes to the bottom. 2 Wiring: potentiometer 3 wire connected to the ACM, AVI, +10V, the positive transfer signal connected to the 12V and CE1, the reverse signal is connected to the CE2, 12V, while CE2 and CE3 short. 21 / 26
3 Parameter setting: CE1=6, CE2=7, CE3=1, C37=10 (reverse running speed 10HZ) (4)Point Motion Control Need to point to the control of the device, you can use the multi speed control. The right toggle switch below B2 dial. Connection: the positive transfer signal is connected to 12V and CE1, while CE1 and CE3 are short connected. Parameter settings: CE1=6, CE3=1, C37=10 (point moving speed 10HZ) (5) Low Speed Operation (torque is not enough) Parameter setting C14=2, then adjust the parameter C16, ascending gradually adjusted, not to regulate the, regulated may report OC overcurrent fault. (6) using high speed motor Used in woodworking machinery, engraving machine and other equipment, pay attention to the motor rated frequency of the motor shall check. You must set the parameters of C15, C11, C15 is the rated frequency, and to the same motor nameplate. C11 is the maximum output frequency, can be less than or equal to C15. (7)Motor free stop control Inverter factory set to slow down the way, some equipment needs the motor to free down the way, according to the following steps. switch. 1 The connection between 12V and ON to remove the short, right below the B2 dial to toggle 2 Setting parameters CE2=2, CE1=1, CE3=4 3 When connected to the 12V and ON, the converter will be turned to start, will be free to stop when the disconnect. 22 / 26
Parameter modification record NO. parameter values NO. parameter values 23 / 26
Service delivery value, quality cast brilliant Letter to the user: Thank you for using our products, in order to ensure that you get the best after-sales service of our company, please read the following terms, and do a good job in the relevant matters. 1, product warranty According to the normal use of the use of the case, the failure occurred within the warranty. 2, product warranty period The warranty period of this product is from the date of the factory, within twelve months. After the warranty period, the implementation of long-term technical support services. 24 / 26
3, non warranty scope Any violations of the requirements of human factors, natural disasters or water, external damage, harsh environment causes damage, and not permitted without the transducer disassembly, modification and maintenance of behavior, considered as a waiver of warranty service. 4, from the middle of the purchase of products Where the dealer, agents to buy products from the user, in the product failure, please contact the dealer or agent. Please keep this manual in order to prepare for the use of. Service data number: XM-H0123 2015 completed in December 25 / 26