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Simple parameter setting................................................................................................................................................................. 2
1. Preface..........................................................................................................................................................................................4
1.1 Precautions for purchase:....................................................................................................................................................4
1.2 Inverter nameplate description:.......................................................................................................................................... 4
2. Product model and specification..................................................................................................................................................4
2.1 Product model and specification:....................................................................................................................................... 4
2.2 Schematic diagram:............................................................................................................................................................... 5
3. Wiring diagram and precautions for safe use.............................................................................................................................. 5
3.1 Installation location and environment:............................................................................................................................... 5
3.2 Main circuit terminal description:...................................................................................................................................... 6
3.3 Control terminal description:..............................................................................................................................................6
4. Digital operator description......................................................................................................................................................... 7
4.1 Description of digital operator panel:.................................................................................................................................7
4.2 Operation example:.............................................................................................................................................................7
5. Trial run....................................................................................................................................................................................... 8
5.1 Inspection and trial operation method before operation:................................................................................................... 8
6. Control function and parameter setting....................................................................................................................................... 9
6.1 Panel control wiring and parameter setting:..........................................................................................................................9
6.2 Three-wire control wiring and parameter setting:.................................................................................................................9
6.3 High, medium and low multi-speed control wiring and parameter setting.........................................................................10
6.4 Analog quantity control wiring and parameter setting:.......................................................................................................10
6.5 External potentiometer with switch control wiring and parameter setting:........................................................................11
7. Function description and list......................................................................................................................................................12
7.1 Function table:.................................................................................................................................................................. 12
8. Fault information and troubleshooting methods....................................................................................................................... 25
8.1 Fault information and troubleshooting methods:................................................................................................................ 25
10. External terminal two or three wire control motor wiring...................................................................................................... 30
11. Multi-speed command-frequency section-parameter item correspondence table.................................................................. 31
12. Toggle switch configuration table........................................................................................................................................... 31
13. Facilities selection configuration.............................................................................................................................................32
13.1 Braking resistor configuration:..............................................................................................................................................32
14. Customer feedback suggestions...............................................................................................................................................32
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Summary of Contents for Ya Lang YL600-1.5KW-220V

  • Page 1: Table Of Contents

    Contents Simple parameter setting................................. 2 1. Preface......................................4 1.1 Precautions for purchase:..............................4 1.2 Inverter nameplate description:............................4 2. Product model and specification..............................4 2.1 Product model and specification:............................4 2.2 Schematic diagram:................................5 3. Wiring diagram and precautions for safe use..........................5 3.1 Installation location and environment:..........................
  • Page 2: Simple Parameter Setting

    Simple parameter setting Setting range Motor rated frequency Motor rated Motor rated frequency Parameter name and its Ordinary three-phase frequency Ordinary three-phase number meaning asynchronous motor High-speed spindle asynchronous motor Main digital 0-120HZ(40 P00.00 50.0HZ 400.0HZ 60.0HZ frequency 0HZ) curve: maximum 1.0-120.0HZ P00.04...
  • Page 3 , the upper limit frequency setting Analog input 0.0-400.0HZ 1, the upper ,See "JP1 limit Short Circuit P03.13 50.0HZ 400.0HZ 60.0Hz frequency Block setting(VI1-- Configuratio 0-10V) n Table" P12.19 2.0-15.0KHZ 110V10.0KHz------220V8.0KHz frequency Note: If you need to restore the factory settings, set P00.13 to 10, press the confirm key, then turn off the power supply and wait for the inverter lights to go out before powering on, otherwise the restoration will be unsuccessful.
  • Page 4: Preface

    1. Preface 1.1 Precautions for purchase: This machine is strictly packaged before leaving the factory, but considering various factors during transportation, please pay special attention to the following matters before assembling. If there is any abnormality, please notify the distributor or related personnel of the company.
  • Page 5: Schematic Diagram

    2.2 Schematic diagram: 3. Wiring diagram and precautions for safe use 3.1 Installation location and environment: ● Ambient temperature: -5℃~40℃ and good ventilation; ● Places with no dripping water and low humidity; ● Places without sunlight, high temperature and severe dust; ●...
  • Page 6: Main Circuit Terminal Description

    ● In order to facilitate cooling and maintenance, sufficient space must be left around the inverter. ● In order to achieve a good cooling effect, the inverter must be installed vertically and ensure smooth air circulation. ● If the installation is not secure, place a flat plate under the base of the inverter before installing. If installed on a loose surface, the stress may cause damage to the main circuit parts, thus damaging the inverter;...
  • Page 7: Digital Operator Description

    4. Digital operator description 4.1 Description of digital operator panel: 数字显示器:Digital display 正/反转切换键:Forward/reverse switch key 运行键:Run key 停止复位键:Stop reset button 移位键:Shift key 频率调节键:Frequency adjustment key 编程键(进/退):Programming key (forward/backward) 选择/确认键:Select/confirm key 递增递减键:Up and down keys 4.2 Operation example: Upload the inverter host parameters to the digital operator: Press the (stop) STOP button and not release it, and then press the (up arrow) ▲...
  • Page 8: Trial Run

    downloads the parameters, the parameters of the digital operator remain unchanged. After downloading is complete, please press (program) PRGM key to exit. During the download process, if there is an error, its error number will be displayed. Please press (program) PRGM to clear the error, and try the above download operation again. Inverter cooling fan trial run:...
  • Page 9: Control Function And Parameter Setting

    6. Control function and parameter setting 6.1 Panel control wiring and parameter setting: 6.2 Three-wire control wiring and parameter setting:...
  • Page 10: High, Medium And Low Multi-Speed Control Wiring And Parameter Setting

    6.3 High, medium and low multi-speed control wiring and parameter setting 6.4 Analog quantity control wiring and parameter setting:...
  • Page 11: External Potentiometer With Switch Control Wiring And Parameter Setting

    6.5 External potentiometer with switch control wiring and parameter setting:...
  • Page 12: Function Description And List

    7. Function description and list 7.1 Function table: (YL600) Inverter parameter table Parameter name Setting range and its meaning Factory default number Main frequency P00.00 50.0HZ 0.0-600.0HZ 0:Operate the motor by the operation panel 1:The motor is controlled by the external terminal, and the STOP button on the Start/stop command source operation panel is effective...
  • Page 13 Other values: not available Reserved P00.14 0:When powering on, allow the existing effective level of the external terminal to start the motor operation 1:When powering on, the existing Disable external terminal effective level of the external terminals is P00.15 start when power on not allowed to start the motor.
  • Page 14 the motor direction. 7: When REV (X4) is open, FWD (X5) closes and starts the motor in the forward direction; when REV (X4) is closed, it is forbidden to start the motor; when REV (X4) closes, it stops instantly. 8: Wire cutting left and right limit commutation mode (X3 function should be set to "reserved", that is, P00.19=0.
  • Page 15 command (only valid for main frequency P00.00, speed reduction step is specified by parameter P00.20) 12: External terminal speed reduction command (only valid for main frequency P00-00, speed reduction step is specified by parameter P00-20) 13: External fault normally open input, "external fault"...
  • Page 16 debugging variables Display item automatic 0 means no automatic return; 1-6 means return delay (in 10 seconds P00.25 return after a delay of 10-60 seconds. unit) Prohibit motor reverse 0: Allow the motor to reverse; P01.00 setting 1: Prohibit motor reverse rotation Waiting time of motor P01.01 commutation...
  • Page 17 Before starting, end DC P01.14 braking voltage (%) DC braking time before P01.15 starting Direct starting initial frequency (increasing P01.16 starting torque) Direct start initial frequency P01.17 holding time Instantaneous power down P01.18 frequency reduction point Decrease rate of instantaneous power failure P01.19 frequency Restart idle time...
  • Page 18 5: 8-bit data, 2 stop bits, no parity 0: Decelerate to stop 1: Free stop (deceleration time is invalid) Deal with RS485 2: Immediately stop with DC braking (the P03.03 communication error deceleration time is invalid) 3:Non-stop RS485 communication error P03.04 tolerance time (mS)...
  • Page 19 Analog output gain setting, see "JP1 short-circuit block P03.19 configuration table" Mo analog multiplier output P04.00 frequency multiplier Mo1 function selection P04.01 Mo2 function selection P04.02 Multifunction relay 1 0: get power when fault occurs, otherwise P04.03 function selection lose power 1: get power while running, otherwise lose Multifunction relay 2 P04.04...
  • Page 20 otherwise power is lost 19 : When X2 is closed, power is on, otherwise power is off 20 : When X3 is closed, power is on, otherwise power is off 21 : When X4 is closed, power is on, otherwise power is off 22 :...
  • Page 21 frequency PID output lower limit P05.01 frequency PID setting source selection P05.02 User preset PID given P05.03 PID output characteristics P05.04 (positive/reverse) PID input characteristics P05.05 (positive/reverse) PID proportional constant P05.06 Kp setting 0~100.0 PID integral time Ti setting P05.07 0~100.0 PID differential time Td P05.08...
  • Page 22 1st section frequency setting P07.00 0.0HZ 2st section frequency setting P07.01 100.0HZ 3st section frequency setting P07.02 150.0HZ 4st section frequency setting P07.03 200.0HZ 0.0-600.0HZ 5st section frequency setting P07.04 250.0HZ 6st section frequency setting P07.05 300.0HZ 7st section frequency setting P07.06 350.0HZ 8st section frequency setting...
  • Page 23 Automatic operation mode P08.08 6st speed operation time Automatic operation mode P08.09 7st speed operation time Automatic operation mode P08.10 8st speed operation time Swing frequency amplitude P09.00 Swing frequency step P09.01 amplitude (%) Swing frequency rise time P09.02 6.0S 0.1-999.9S (sec) Swing frequency fall time...
  • Page 24 0: Start the fan when the motor is running; after the motor stops, turn off the fan with a delay of about 1 minute; 1: When the temperature is higher than the fan action temperature point (P12.12), the Fan operating mode fan will be started immediately;...
  • Page 25: Fault Information And Troubleshooting Methods

    8. Fault information and troubleshooting methods 8.1 Fault information and troubleshooting methods: Error code/fault phenomenon Analysis of the causes of errors and solutions 1. Check the input power voltage to ensure that the input voltage is Er.00 Power failure, power within the range of 150-250V.
  • Page 26: Modbus485 Communication Protocol Holding Register Address-Inverter Parameter Correspondence Table

    (Note: After the motor stops rotating for 1 minute, the cooling fan of some versions of the inverter automatically stops rotating to extend the life of the fan); 2. Please check whether the motor is short-circuited and the motor load is too large;...
  • Page 27 Note: 1. Modbus protocol. Only supports RTU mode, not ASCII mode. 2. The corresponding law of Modbus holding register address and inverter parameters: the high 8-bit address (hexadecimal) of the holding register corresponds to the group index of the inverter parameter; the low 8-bit address corresponds to the number in the parameter group.
  • Page 28 8205 RunVolt The output voltage 8206 MainLineVolt Bus voltage 8207 SpSeg Multi-stage speed 8208 AccDecFlag 8209 AccTime Current acceleration time 8210 DecTime Current deceleration time Read only AD value of external 8211 AdvAin1 analog quantity 1 (10bit) AD value of external 8212 AdvAin2 analog quantity 2 (10bit)
  • Page 29 8241 SplcAppCmd 8242 8243 8244 8245 8246 8247 8248 8249 8250 8251 struct sAPP_CMD example: SysAppCmd 8252 8253 8254 8255 8256 8257 8258 8259 8260 8261 8262 8263 8264 8265 8266 8267...
  • Page 30: External Terminal Two Or Three Wire Control Motor Wiring

    10. External terminal two or three wire control motor wiring parameter settings: P00.01 set to 1—the motor is operated by the external terminal P00.16 set to 2—EF (X3), forward (X4), reverse (X5) three-wire control motor parameter settings: P00.01 set to 1—the motor is operated by the external terminal P00.16 set to 0—forward (X4), reverse (X5) two-wire control motor parameter settings: P00.01 set to 1—the motor is operated by the external terminal...
  • Page 31: Multi-Speed Command-Frequency Section-Parameter Item Correspondence Table

    11. Multi-speed command-frequency section-parameter item correspondence table Multi-speed Multi-speed Multi-speed input Operating frequency input X3 input X2 section/corresponding parameters open circuit open circuit open circuit 1st section frequency/P07.00 open circuit open circuit closure 2nd section frequency/P07.01 High open circuit closure open circuit 3rd section frequency/P07.02 Medium...
  • Page 32: Facilities Selection Configuration

    13. Facilities selection configuration 13.1 Braking resistor configuration: Brake resistor configuration specification Dedicated motor KW Ω YL600-1.5KW-220V 150W 220Ω 1.5KW YL600-2.2KW-220V 250W 200Ω 2.2KW Remarks: The frequency inverter needs to install a brake unit to achieve rapid braking Note: ①Please select the resistance and frequency of use specified byour company;...

This manual is also suitable for:

Yl600-2.2kw-220v

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