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Sinee EM760 Series User Manual
Sinee EM760 Series User Manual

Sinee EM760 Series User Manual

High performance vector drive
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EM760 Series High Performance Vector Drive User Guide
Thank you for choosing Sine Electric EM760 series high performance vector inverter.
Data number: 31010200
Release time: 2021-7
Version: 102
EM 760 series inverter is a high-performance vector control inverter launched by Shenzhen
Sine Electric Co.,Ltd, which realizes the integration of synchronous motor drive and asynchronous
motor drive : supports three-phase AC asynchronous motor and permanent magnet synchronous motor;
supports a variety of international leading drive control technologies ——Improved vector VF
control technology ( VVF ), speed sensorless vector control technology (SVC) and speed sensor
vector control technology (FVC); support two output forms of speed and torque; support Wi - Fi
access Function and background software debugging function ; support expansion - I/O expansion
card, communication bus expansion card and various PG cards
EM 760 series high performance vector inverter has the following characteristics :
Built-in DC reactor from 18.5 kW to reduce input current distortion, improve power factor
and enhance product reliability;
High torque control accuracy: SVC/± 5 % rated torque, FVC/± 3 % rated torque;
Wide speed regulation range and high control precision
(±0.02 % ) rated speed;
Low frequency carrier: VVF/ 3 Hz/150%, SVC/0.25Hz/150%, FVC/0Hz/180 % ;
Overvoltage stall, fast current limiting, overload, overheating, unloading, overspeed and
other multiple guarantees;
Support I/O expansion: 3 digital inputs, 2 relay outputs, 1 -10V~10V voltage input, 1 sensor
input;
Support communication bus expansion, realize various industrial network interconnection:
485 bus, PROFINET network, CANopen network and EtherCAT network;
Support a variety of encoders: ABZ incremental, UVW incremental, UVW wire saving, resolver
and sine cosine ;
Support mobile phone APP debugging or monitor inverter status;
Support Wi-Fi module or serial port access;
Rich and convenient PC tool software functions.
Before using EM 760 series high performance vector inverter, please read this guide
Foreword
1
.
:
SVC/1:200 (±0.2% ) , FVC/1:1000

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Summary of Contents for Sinee EM760 Series

  • Page 1 EM760 Series High Performance Vector Drive User Guide Foreword Thank you for choosing Sine Electric EM760 series high performance vector inverter. Data number: 31010200 Release time: 2021-7 Version: 102 EM 760 series inverter is a high-performance vector control inverter launched by Shenzhen Sine Electric Co.,Ltd, which realizes the integration of synchronous motor drive and asynchronous...
  • Page 2 EM760 Series High Performance Vector Drive User Guide carefully and keep it properly. When the inverter is connected to the motor for the first time, please correctly select the motor type (asynchronous motor or synchronous motor), and set the motor nameplate parameters: rated power, rated voltage, rated current, rated frequency, rated speed, motor connection and rated power factor etc.
  • Page 3 EM760 Series High Performance Vector Drive User Guide Safety Precautions Safety Definition: In this manual, safety precautions are divided into the following two categories; DANGER : A situation that could result in serious injury or even death due to a hazard caused by failure to follow instructions.
  • Page 4 EM760 Series High Performance Vector Drive User Guide When wiring: Danger 1、 The instructions in this manual must be followed, and the construction must be carried out by professional electrical engineers, otherwise there will be a danger of electric shock! 2、...
  • Page 5 EM760 Series High Performance Vector Drive User Guide shock! 2、 If the indicator light does not light up and the keyboard does not display after power-on, please turn off the power switch immediately. After 10 minutes of power-off, check whether the wiring is wrong.
  • Page 6 EM760 Series High Performance Vector Drive User Guide separated from the inverter. It is recommended to use a 500V voltage megohmmeter, and it should be ensured that the measured insulation resistance is not less than 5MΩ. Thermal protection of the motor...
  • Page 7 EM760 Series High Performance Vector Drive User Guide maintenance and repair of the inverter, otherwise the residual charge on the capacitor will cause harm to people!
  • Page 8 EM760 Series High Performance Vector Drive User Guide TABLE OF CONTENTS PREFACE ..........................1 SAFETY PRECAUTIONS ......................3 ..........................3 AFETY ..........................5 CHAPTER 1 _ SUMMARY ..................... 9 CHAPTER 2 _ INSTALL ....................12 CHAPTER 3 _ WIRING ....................18 CHAPTER 4 _ KEYBOARD OPERATION ..............
  • Page 9 EM760 Series High Performance Vector Drive User Guide Summary 760 series inverter model and specification voltage : three - phase AC 340V ~ 460V Applicable motor: three-phase AC asynchronous motor and permanent magnet synchronous motor Rated supply Applicable motor power...
  • Page 10 EM760 Series High Performance Vector Drive User Guide Characteristics fundamental frequency is adjustable from 1 Hz to 600 Hz /3000 Hz Torque boost Fixed torque boost curve, optional V/F curve starting torque 150%/ 3Hz (VVF), 150%/0.25Hz (SVC), 180%/0 Hz (FVC)
  • Page 11 EM760 Series High Performance Vector Drive User Guide environment Installation Wall-mounted, floor-standing electrical control cabinet, method through-wall Protection class IP20 /IP21 (add plastic baffle) cooling method forced air cooling...
  • Page 12 EM760 Series High Performance Vector Drive User Guide Installation 2.1 Product confirmation Notice ⚫ Do not install damaged inverters and inverters with missing parts. risk of injury When you get the product, please confirm with the table below. Confirm item...
  • Page 13 EM760 Series High Performance Vector Drive User Guide 2.2 External Dimensions and Mounting Dimensions EM760 series inverters have 15 specifications, 2 shapes and 7 installation sizes, and the keyboard and bracket can be externally drawn. As shown in Figure 2-1 and Table 2-2.
  • Page 14 EM760 Series High Performance Vector Drive User Guide 30~75kW series keyboard bracket opening dimension reference (a) Dimensions of keyboard and bracket (b) 0.75kW~22kW inverter shape (c) 30kW~75kW inverter shape Figure 2-1 Dimensions of EM760 series inverter and keyboard...
  • Page 15 EM760 Series High Performance Vector Drive User Guide Table 2-1 External dimensions and installation dimensions of EM760 series inverters Specification shape EM 76 0-0R7-3B EM 76 0-1R5-3B EM 76 0-2R2-3B EM 76 0-4R0-3B EM 76 0-5R5-3B EM 76 0-7R5-3B EM 76 0-011-3B...
  • Page 16 2.4 Installation direction and space EM760 series inverters are equipped with cooling fans for forced air cooling. In order to make the cooling cycle effect well, the inverter must be installed in a vertical direction, and...
  • Page 17 Figure 2-2 Inverter installation direction and space 2.5 Panel Removal and Installation The EM760 series needs to remove the cover for wiring the main circuit, control circuit and expansion card. After completing the wiring work, install the wiring duct and cover in the reverse order of removal as shown in the illustration.
  • Page 18 EM760 Series High Performance Vector Drive User Guide (2) EM760 series 30~75kW face cover removal ①用工具将面板上下两侧螺钉取下 ②用手转动面盖右侧即可打开面盖 ③转动面盖,面盖最终可转到110°左右 Figure 2-2 Wiring 3.1 Peripheral device connection The standard connection diagram of EM760 series inverter and peripheral equipment is shown in Figure 3-1.
  • Page 19 EM760 Series High Performance Vector Drive User Guide 电源 断路器或漏电开关 接触器 交流输入电抗器 BR100制动单元 输入侧噪声滤波器 制动电阻 EM760变频器 制动电阻 输出侧噪声滤波器 接地 交流输出电抗器 三相电机 Figure 3-1 Connection diagram of inverter and peripheral equipment...
  • Page 20 EM760 Series High Performance Vector Drive User Guide 3.2 Main circuit terminal wiring 3.2.1 Main circuit terminal composition 0.75-22kW main circuit terminal 30-75kW main circuit terminal a) Schematic diagram of the main circuit terminals of medium and small power, the size of different...
  • Page 21 EM760 Series High Performance Vector Drive User Guide Figure 3-3 Cable Passing Board 3.2.2 Main circuit terminal function Table 3-1 Main circuit terminal functions Terminal Function Description designation R, S, T AC power input terminal, connected to three-phase AC power...
  • Page 22 EM760 Series High Performance Vector Drive User Guide Figure 3-4 Countermeasures to reduce external interference Main circuit cable and screw dimensions For cable size and terminal screw specifications, please refer to the EM 760 frequency converter user manual. Installation wiring of braking resistor and braking unit If dynamic braking is required in work, please refer to Chapter 8 for the selection method of braking resistor and braking unit.
  • Page 23 EM760 Series High Performance Vector Drive User Guide The factory default is to connect with 24V Multi-function When using an external power supply to drive the input common digital input terminal, it needs to be disconnected terminal from the 24V terminal and connected to the external...
  • Page 24 EM760 Series High Performance Vector Drive User Guide Wiring of analog input terminals 3.4.1 AI1, AI2, AI3 terminals use analog voltage signal wiring method: When AI 1 terminal selects analog voltage signal input, set function code F 02.62 (0/3) , corresponding input (0~...
  • Page 25 EM760 Series High Performance Vector Drive User Guide C , NPN mode using external power supply D. PNP mode uses external power supply DC 24V Figure 3-6 Wiring diagram of multi-function input terminal Note: When using an external power supply, be sure to remove the short wire between 24V and...
  • Page 26 RS 485 EM760 Series High Performance Vector Drive User Guide 通讯接口 Wiring of analog output terminals The analog output terminals M1 and M2 can be connected to an external analog meter to represent various physical quantities. The dial switch selects the output current (0~ 20mA ) or ( 4 ~...
  • Page 27 EM760 Series High Performance Vector Drive User Guide Standard wiring diagram of control loop 制动电阻 MCCB R/L1 三相 S/L2 电源 接 EM760 T/L3 接 地 地 24V输出 键盘接口 200mA 通讯卡/PG卡/扩展口接口 多 功 能 通讯卡/PG卡/扩展口接口 输 入 端 继电器输出触点 子 DC30V 10mA以上 3A以下...
  • Page 28 4.1 keyboard function LCD keyboard structure EM760 series inverter control panel is divided into two types: LED keyboard, LCD keyboard. The LCD keyboard consists of an LCD display, nine operation buttons, and two status indicators. The user can set parameters, monitor the status, start and stop running, etc. of the inverter through the keyboard.
  • Page 29 EM760 Series High Performance Vector Drive User Guide 键盘 速度 0.00Hz 键盘 速度 0.00Hz 键盘 速度 0.00Hz F18.00 全菜单模式 用户自定义模式 0.00 输出频率 F18.06 0.00 输出电流 F18.09 直流母线电压 键盘 速度 键盘 速度 键盘 速度 0.00Hz 0.00Hz 0.00Hz 快速设置模式 系统模式 F18.00:输出频率 0.00Hz F18.01:设定频率...
  • Page 30 EM760 Series High Performance Vector Drive User Guide 键盘 速度 键盘 速度 键盘 速度 0.00Hz 0.00Hz 0.00Hz F00.00:保留 F00.00:保留 F00.00:保留 F00.01:电机1驱动控制方式 F00.01:电机1驱动控制方式 … F00.01:电机1驱动控制方式 F00.02:命令源选择 F00.02:命令源选择 F00.02:命令源选择 F00.03:端子控制方式选择 F00.03:端子控制方式选择 F00.03:端子控制方式选择 … F00.04:主频率源A选择 F00.04:主频率源A选择 F00.04:主频率源A选择 F00.05:辅助频率源B选择 F00.05:辅助频率源B选择 F00.05:辅助频率源B选择 快速定位:F00.00 快速定位:F00.00 快速定位:F00.00 键盘...
  • Page 31 EM760 Series High Performance Vector Drive User Guide code will be automatically changed to 0 after the parameter download is completed. 参数拷贝 参数拷贝 参数拷贝 F12.03:参数拷贝 参数上传中 参数上传中 参数上传中 参数上传中 当前: 请稍候... 请稍候... 请稍候... 请稍候... … … 1:参数上传 范围: 参数拷贝 参数拷贝...
  • Page 32 开始 按照第 2 章 、 第 3 章的说明安装变频器 , 完成接线 EM760 Series High Performance Vector Drive User Guide identification can be canceled by pressing the STOP key. 接通电源前 , 确认安全及接线正确 ( 5 . 2 节 ) 接通电源后 , 确认状态正确 ( 5 . 3 节 )...
  • Page 33 EM760 Series High Performance Vector Drive User Guide when During protection, the protection code will Protection code protectin be displayed. Please refer to Chapter 6 for character or Exx format protection measures. 5.4 Notes on setting up application macros F16.00 is the industry application macro selection, select the application macro according to the specific application, press the Enter key to confirm, it will automatically restore the factory value once.
  • Page 34 EM760 Series High Performance Vector Drive User Guide Terminal RUN forward, Xi stop, F/R reverse 3: Terminal RUN running, Xi stop, F/R forward/reverse Terminal RUN: Xi terminal is set to " 1: Run terminal RUN" Terminal F/R: Xi terminal is set to " 2: Running direction F/R "...
  • Page 35 EM760 Series High Performance Vector Drive User Guide 5: High frequency pulse input (X7) 6: Main frequency communication percentage given 7: The main frequency communication is given directly 8: Digital potentiometer given Digital frequency F00.07 0.00~Maximum frequency F00.16 0.00 ●...
  • Page 36 When protection occurs, if the motor is rotating, it will coast to stop or decelerate to stop until it stops rotating. The protection contents and countermeasures of EM760 series inverter are shown in REF _Ref372797954 \h \* MERGEFORMAT Table 61 -.
  • Page 37 EM760 Series High Performance Vector Drive User Guide resistor appropriate countermeasures, short-circuited. and reset. The inverter module is Seek technical support. damaged. 1. The acceleration deceleration time is too short. 2. In V/F drive mode, the V/F curve setting 1. Extend acceleration unreasonable.
  • Page 38 EM760 Series High Performance Vector Drive User Guide Deteriorated switch contacts on input power. 1. Check input power. Input power phase loss. 2. Check input power wiring. input phase loss 2. The input power fluctuates Check for loose terminals. greatly.
  • Page 39 EM760 Series High Performance Vector Drive User Guide 3. Ambient temperature is too 4. Inappropriate motor selection. high. 4. The load is too heavy. 1. The acceleration deceleration time 1. Extend acceleration short. deceleration time. Motor overload 2. The V/F curve setting is 2.
  • Page 40 EM760 Series High Performance Vector Drive User Guide 1. Check to see if the feedback line The PID feedback is greater is disconnected. than the upper limit F09.24 2. Check whether the sensor is PID feedback or smaller than the lower working abnormally.
  • Page 41 EM760 Series High Performance Vector Drive User Guide or the load pulls the motor backwards 1. The motor is not connected, 1、 Check the wiring and replace the or the motor does not matching motor match Drop load 2、 Check equipment 2.
  • Page 42 EM760 Series High Performance Vector Drive User Guide number fault is set incorrectly. encoder lines is correct. 2. Motor encoder wiring error 2. Check whether the motor encoder wiring is wrong Maintenance Routine maintenance and maintenance of the inverter Due to factors such as the use environment of the inverter and the aging of the internal components of the inverter, various faults may occur in the inverter.
  • Page 43 EM760 Series High Performance Vector Drive User Guide 4 to 5 years Electrolytic capacitors The conditions of use for the replacement time of the inverter parts listed in the table above are: Ambient temperature: 40℃. Load factor: below 80%. Operating time: less than 12 hours per day.
  • Page 44 EM760 Series High Performance Vector Drive User Guide Optional accessories 8.1 Braking resistor When the braking performance does not meet the customer's requirements, an external braking unit and braking resistor are required to realize the timely release of energy. The power of the braking resistor can be calculated according to the following formula: Resistor power Pb = inverter power P ×...
  • Page 45 EM760 Series High Performance Vector Drive User Guide 8.2 brake unit EM 760 series inverters with specifications above 22 kW and those without built-in braking unit need to be equipped with our company's BR100 series braking unit, whose power range is 45-315kW.
  • Page 46 EM760 Series High Performance Vector Drive User Guide Encoder expansion card (PG card) EM 760 inverter is equipped with a variety of general PG cards, the user should select the corresponding PG card according to the encoder output form, see the following table:...
  • Page 47 EM760 Series High Performance Vector Drive User Guide Function code table Function code table description EM 760 series inverters (referred to as "function codes") are Table 9- 1The F18 group is the monitoring parameter group, which is used to check the inverter status; the F19 group is the fault record group, which is used to check the details of the last three faults;...
  • Page 48 EM760 Series High Performance Vector Drive User Guide 1 : Terminal RUN forward, F/R reverse 2 : Terminal RUN forward, Xi stop, F/R reverse 3 : Terminal RUN running, Xi stop, F/R forward / reverse 0: Digital frequency reference F00.07...
  • Page 49 EM760 Series High Performance Vector Drive User Guide frequency source B Auxiliary frequency source B reference 0: relative to the maximum frequency F00.09 selection during main 〇 1: relative to the main frequency source A and auxiliary operation Main frequency source F00.10...
  • Page 50 EM760 Series High Performance Vector Drive User Guide dead time 1.0 ~ 16.0 (The rated power of the inverter is less than 4kW) 1.0 ~ 10.0 (The rated power of the inverter is 5.5 ~ 7.5kW) F00.23 carrier frequency 1.0 ~ 8.0 (The rated power of the inverter ●...
  • Page 51 EM760 Series High Performance Vector Drive User Guide 1 : Variable frequency asynchronous motor 2 : Permanent magnet synchronous motor Model F01.01 Motor rated power 0.10~650.00 〇 determined Model F01.02 Motor rated voltage 50~2000 〇 determined 0.01~600.00 (Motor rated power≤75kW) Model F01.03 Motor rated current...
  • Page 52 EM760 Series High Performance Vector Drive User Guide magnetic saturation coefficient 5 Synchronous motor 1~60000 (motor rated power≤75kW) Model mΩ _ F01.19 〇 stator resistance 0.1~6000.0 (motor rated power>75kW) determined Synchronous motor d - 0.01~600.00 (motor rated power≤75kW) Model F01.20 〇...
  • Page 53 EM760 Series High Performance Vector Drive User Guide auto-tuning Input terminal function group X1 digital input F02.00 〇 function selection X2 digital input F02.01 〇 function selection X3 digital input F02.02 〇 function selection 0: No function X4 digital input F02.03...
  • Page 54 EM760 Series High Performance Vector Drive User Guide 22: Running pause counting input (≤250Hz) digital frequency 23: External fault input Input (≤100kHz, only valid for X7) reference 24: Running command switching 39: Length reset 52: The main frequency to keyboard 40: Pulse input (≤100kHz, only valid for...
  • Page 55 EM760 Series High Performance Vector Drive User Guide X1 effective delay F02.18 0.000~ 65 0.00 0.000 ● time F02.19 X1 invalid delay time 0.000~ 65 0.00 0.000 ● X2 effective delay F02.20 0.000~ 65 0.00 0.000 ● time F02.21 X2 invalid delay time 0.000~ 65 0.00 0.000...
  • Page 56 EM760 Series High Performance Vector Drive User Guide curve 1 corresponds to the given F02.37 Curve 2 minimum input -10.00~F02.39 0.10 ● The minimum input of F02.38 curve 2 corresponds to –100.0~+100.0 ● the given F02.39 Curve 2 maximum input F02.37~10.00 9.90...
  • Page 57 EM760 Series High Performance Vector Drive User Guide F02.58 AI2 filter time 0.0 0 0~10.00 0 0.10 0 ● F02.59 AI3 filter time 0.0 0 0~10.00 0 0.10 0 ● AI4 filter time F02.60 0.00 0 to 10.00 0 0.10 0 ●...
  • Page 58 EM760 Series High Performance Vector Drive User Guide 12: Overvoltage stall is valid 26: The set time arrives (pulse) 13: Simple PLC cycle completed 27: Running at zero speed 70: FDT2 lower bound 14: Set count value reached 38: Dropping...
  • Page 59 EM760 Series High Performance Vector Drive User Guide time R2 output single pulse F03.20 0.001~30.000 0.250 ● time Analog output M1 F03.21 〇 selection 0: Running frequency (absolute value) 1: Setting frequency (absolute value) Analog output M2 F03.22 〇 2: Output torque (absolute value)
  • Page 60 EM760 Series High Performance Vector Drive User Guide 0 to 10 V Analog output M 1 F 03.34 1: 4 to 20mA 〇 output type selection 2 : 0 to 20mA 0 to 10 V Analog output M 2 F 03.35 〇...
  • Page 61 EM760 Series High Performance Vector Drive User Guide during deceleration (F15.13= 1 ) 0 ~ 32500 ( F15.13= 2 ) F04.19 Parking method 0: Decelerate to stop 1: Coast to stop 〇 DC braking starting F04.20 0.00~Maximum frequency F00.16 0.00 〇...
  • Page 62 EM760 Series High Performance Vector Drive User Guide frequency point F3 frequency) Multi-point VF voltage F05.06 0.0~100.0 10.0 ● point V3 0: VF separation voltage digital setting 1: AI1 VF split mode voltage F05.07 2: AI23: AI34: high frequency pulse (X7) 5: 〇...
  • Page 63 EM760 Series High Performance Vector Drive User Guide constant 0.000: no points ASR_T2 F06.04 switching frequency 1 0.00~Switching frequency 2 5.00 ● Switching frequency 1~maximum frequency F06.05 switching frequency 2 10.00 ● F00.16 Speed loop output F06.07 0.000~0.100 0.001 ●...
  • Page 64 EM760 Series High Performance Vector Drive User Guide 2: Automatic adjustment Tens place: 0: F06.22 output voltage limit is limited according to bus voltage 1: F06.22 output voltage limit is limited according to rated voltage Field weakening F06.22 70.00~100.00 100.00 _ ●...
  • Page 65 EM760 Series High Performance Vector Drive User Guide synchronous machine Speed loop stiffness F 06.37 0 to 2 0 ● coefficient Synchronous machine F06.40 injected reactive -5 0.0~+ 5 0.0 10.0 〇 current amplitude Synchronous machine 0: VF open-loop low F06.41...
  • Page 66 EM760 Series High Performance Vector Drive User Guide F 06.54 switching frequency 3 0.00 to 50.00 _ _ _ _ _ 6.00 _ 〇 F 06.55 switching frequency 4 0.00 to 60.00 _ _ _ _ _ 1 0.00 〇...
  • Page 67 EM760 Series High Performance Vector Drive User Guide Low frequency band Id F06.7 3 0~500.0 1 00.0 ● given gain F06.7 4 Smooth switching times 1~1000 ● Speed switching hold F06.7 5 1 to 2 000 1 00 ● times...
  • Page 68 EM760 Series High Performance Vector Drive User Guide pre-alarm threshold One's place: Instantaneous stop and non-stop function selection 0: invalid 1: slow down Bus voltage control F07.06 2: Decelerate to stop 〇 selection Tens place: Overvoltage stall function selection 0: invalid...
  • Page 69 EM760 Series High Performance Vector Drive User Guide Action selection 2 F07.20 0000 〇 0: Free parking 1: Parking according to the when fault occurs parking method Drop load protection F07.21 0: invalid 1: valid ● option Load drop detection F07.22...
  • Page 70 EM760 Series High Performance Vector Drive User Guide detection method 1: Hardware detection selection 2: Simultaneous detection of software and hardware Short circuit to F 07.42 ground judgment 0.00 to 100.0 _ 2 0.0 〇 current setting value Multi-speed and simple PLC F08.00 Multi-speed 1...
  • Page 71 EM760 Series High Performance Vector Drive User Guide F08.25 4th paragraph settings Same as F08.19 ● F08.26 4th run time 0.0~6000.0 s/min ● F08.27 Section 5 Settings Same as F08.19 ● F08.28 5th run time 0.0~6000.0 s/min ● F08.29 Section 6 Settings Same as F08.19...
  • Page 72 EM760 Series High Performance Vector Drive User Guide negative action action selection Tens place : 0: Does not change with the frequency direction 1: Follow the frequency direction to change F09.05 Proportional gain 1 0.00~100.00 0.40 ● F09.06 Integration time 1 0.000~30.000, 0.000: no points...
  • Page 73 EM760 Series High Performance Vector Drive User Guide selection 1: Zero-speed sleep 2: Lower limit frequency sleep 3: Sealed tube dormancy 0.00~100.00 (100.00 corresponds to PID F09.28 sleep action point 100.00 ● given feedback range) F09.29 sleep delay time 0.0~6500.0 ●...
  • Page 74 EM760 Series High Performance Vector Drive User Guide communication address Modbus communication 0:4800 3:38400 F10.01 〇 baud rate 1:9600 4:576002:19200 5:115200 0: 1-8-N-1 (1 start bit + 8 data bits + 1 stop bit) 1: 1-8-E-1 (1 start bit + 8 data bits + 1...
  • Page 75 EM760 Series High Performance Vector Drive User Guide status Tens place: CANopen 0: Initialization state 1: Pre-operational state 2: Operational state 3: Stop state 4: CANopen communication abnormal state 5: Modbus communication abnormal state 6: Factory test state Hundreds place: Reserved Communication card F10.48...
  • Page 76 EM760 Series High Performance Vector Drive User Guide 1: Parameter upload keyboard 2: Parameter download to the inverter Load speed display F12.09 0.01~600.00 30.00 ● factor UP/DOWN F12.10 acceleration/decelera 0.00: Auto rate 0.01 to 500.00 Hz/s 5.00 〇 tion rate...
  • Page 77 EM760 Series High Performance Vector Drive User Guide serial number 1 Keyboard software F12.27 XX.XXX XX.XXX × serial number 2 Product serial number F12.28 XX.XXX XX.XXX × Product serial number F12.29 XXXX.X XXXX.X × Product Serial Number F12.30 XXXXX XXXXX ×...
  • Page 78 EM760 Series High Performance Vector Drive User Guide torque given F 12.46 ACLib version number X XX.XX × high digi scop comm spee keyb unic anal multi-s freq limi oard atio peed UP/DOWN function puls uenc F 12.45 0111111 〇...
  • Page 79 EM760 Series High Performance Vector Drive User Guide Dynamic friction F13.13 0.0~100.0 ● torque compensation Reverse speed limit F13.18 0~100 ● selection Torque control speed F13.19 0: Disable 1: Enable ● priority enable Motor 2 parameter group (refer to the user manual or complete function table for details) Accessibility group F15.00 Jog frequency...
  • Page 80 EM760 Series High Performance Vector Drive User Guide F15.16 Jump frequency point 2 0.00~600.00 600.00 ● F15.17 Jump range 2 0.00~20.00, 0.00: invalid 0.00 ● F15.18 Jump frequency point 3 0.00~600.00 600.00 ● F15.19 Jump range 3 0.00~20.00, 0.00: invalid 0.00...
  • Page 81 EM760 Series High Performance Vector Drive User Guide strength PWM modulation mode 0: Invalid (7-segment PWM modulation) F15.36 〇 switching selection 1: Valid (5-segment PWM modulation) PWM modulation F15.37 0.00~Maximum frequency F00.16 15.00 ● switching frequency 0: no compensation Dead time compensation F15.38...
  • Page 82 EM760 Series High Performance Vector Drive User Guide Market electricity F 15.68 0.00~100.00 1.00 〇 price Power frequency load F 15.69 30.0~200.0 90.0 〇 factor custom function group 0: General purpose model 1: reserved (water supply application) 2: reserved (air compressor application) F16.0 0 Industry application...
  • Page 83 EM760 Series High Performance Vector Drive User Guide 13: sine cosine PG card 14: Incremental encoder PG card with frequency division 15 to 19: reserved 20: IO expansion card 1 21 to 29: reserved 30: PLC card F 16.15 Card slot 2 type...
  • Page 84 EM760 Series High Performance Vector Drive User Guide frequency F18.16 PID given 0.0~PID maximum range × F18.17 PID feedback 0.0~PID maximum range × F18.18 Electricity meter: MWh 0~65535 × F18.19 Electricity meter: kWh 0.0~999.9 × F18.20 Output Power 0.00~650.00 0.00 ×...
  • Page 85 EM760 Series High Performance Vector Drive User Guide content Random carrier F 18.42 100 0~16 00 0 × frequency display F18.51 PID output - 1 00.0 to 1 00.0 × F18.58 Feedback pulse high 0~65535 × F18.59 Feedback pulse low 0~65535...
  • Page 86 EM760 Series High Performance Vector Drive User Guide fault output current at F19.08 0.00 × fault F19.09 Bus voltage at fault × operating state at F19.10 Same as F19.04 parameter description × failure working time in case of F19.11 ×...