MD320系列系列變頻器用戶(hù)手冊(cè)（英文）
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MD320系列系列變頻器用戶(hù)手冊(cè)（英文）
文本預(yù)覽
Contents
Foreword.............................................................1 Group F2 Vector Control Parameters............107
Chapter 1 Safety and Precautions..................5 Group F3 V/F Control Parameters................109
1.1 Safety precautions.......................................5 Group F4 Input Terminal...............................111
1.2 Precautions..................................................7 Group F5 Output Terminal............................120
Chapter 2 Product Information...................10 Group F6 Start/Stop Control.........................124
2.1 Designation Rules......................................10 Group F7 Keyboard and Display..................128
2.2 Nameplate..................................................10 Group F8 Auxiliary Function........................132
2.3 MD320 Inverter Series..............................11 Group F9 Fault and Protection......................136
2.4 Technical Specifications............................13 Group FA Process Control PID Function......142
2.5 Physical Appearance and Dimensions of Group FB Swing Frequency, Fixed Length and
Mounting Hole...................................................17 Count...............................................................145
2.6 Optional Parts............................................22 Group FC MS Speed Function and Simple PLC
2.7 Routine Repair and Maintenance of inverter Function...........................................................147
...........................................................................25 Group FD Communication Parameters.........152
2.8 Instructions on Warranty of Inverter..........26 Group FF Factory Parameters (Reserved).....152
2.9 Prototyping Guide.....................................26 Group FP User Password..............................152
2.10 Guide to Prototyping of Brake Components Chapter 7 EMC (Electromagnetic
...........................................................................27 Compatibility)................................................153
Chapter 3 Mechanical and Electric 7.1 Definition................................................153
Installation........................................................30 7.2 EMC Standard Description.....................153
3.1 Mechanical installation..............................30 7.3 EMC Guide.............................................153
3.2 Electrical Installation.................................33 Chapter 8 Troubleshooting and
Chapter 4 Operation and Display................49 Countermeasures...........................................156
4.1 Introduction to Operation and Display 8.1 Fault Alarm and Countermeasures..........156
Interface.............................................................49 8.2 Common Fault and Resolution................168
4.2 Description of Function Code Viewing and Appendix: Card Description...................170
Modification Methods........................................52 Appendix A: Description of Common PG Card
4.3 Shortcut Menu Operation Mode................52 (MD32PG).......................................................170
4.4 Extended Function Menu..........................54 Appendix B: Description of Long-line Drive PG
4.5 Method of Viewing Status Parameter........54 Card (MD32G3)...............................................175
4.6 Password Setting.......................................54 Appendix C: Description of IO Expansion Card
4.7 Automatic Tuning of Motor Parameters....55 (MD32IO)........................................................177
Chapter 5 Function Parameter Table..........56 Appendix D: Description of Communication
Chapter 6 Parameter Description................98 Card (MD32MBS)...........................................181
Group F0 Basic Function Group.....................98 Appendix E: Description of Parameter Copy
Group F1 Motor Parameters..........................105 Card (MDCP)...................................................184Foreword
Foreword
MD series inverter is a new generation of
MD Series Inverter
high-performance modular inverter launched
by Shenzhen Inovance Technology Co., Ltd, Specialized Top-layer
Industrial Module Module
which represents the future development
direction of the inverter. Unlike traditional Traditional General-Purpose Middle-layer
Inverter Module Module
inverters, MD series inverter creates a
customized platform through modular design
High-Performance Bottom-layer
and flexible combination of multiple modules Motor Control Module Module
of single series inverter based on different
customer requirements for functions and Fig. 1 Comparison between Traditional
performances. Inverter and MD Series Modular Inverter
MD series inverter creates three new concepts 1) The bottom-layer module of the MD series
in the future inverter sector: inverter is high-performance motor control
1. It creates the three-layer modular structure module and consists of V/F, non-speed sensor
standard of new generation of inverter. Refer vector control (SVC) and vector control. It is
to Figure 1 for the comparison between mainly responsible for high performance
traditional inverter and MD series modular control and overall protection of the motor,
inverter; controlling the motor through sending running
2. It creates the physical standard for dividing commands to multiple channels or performing
the customer requirements according to such close loop vector control through encoder
main modules as motor drive module, general interface.
functional module and specialized functional 2) The middle-layer module of MD series
module as well as various sub-modules. Refer inverter is general functional module, which
to Figure 2 for the schematic diagram for the mainly includes some basic functions of the
modular structure of MD series inverter; inverter, such as PID control, MS speed, swing
3. It leads the new industry trend of frequency and other general functions.
popularizing the vector control technology. According to the degree of complexity of
Such concepts will bring about profound functions, Shenzhen Inovance Technology
influences on the inverter industry. Co., Ltd provides two sub-modules for options
The modular structure is described as follows: of the customers, namely, MD320 functional
module and MD300 functional module. Refer
to Table 1 for the difference between the two
modules.
-1-Foreword
Table 1 Difference between MD320 and MD300 Functional Modules
MD320 MD300
Five DI (bidirectional input
and one high-speed port),
Four DI (unidirectional input and one
Input/output two AI, two DO (one
high-speed port), two AI, one DO, one
terminal high-speed port), one AO,
AO, and one relay
and one relay
(expandable I/O)
Control mode SVC, VC and V/F SVC and V/F
Multiple-point fold line mode, which is easy
Analog reference
Straight line mode to realize the functions of the injection
mode
molding machine
Be able to realize 16S
MS speed Be able to realize 4S speed
speed
Be able to realize 16S
Simple PLC None
timing operation
Swing frequency
Foreword.............................................................1 Group F2 Vector Control Parameters............107
Chapter 1 Safety and Precautions..................5 Group F3 V/F Control Parameters................109
1.1 Safety precautions.......................................5 Group F4 Input Terminal...............................111
1.2 Precautions..................................................7 Group F5 Output Terminal............................120
Chapter 2 Product Information...................10 Group F6 Start/Stop Control.........................124
2.1 Designation Rules......................................10 Group F7 Keyboard and Display..................128
2.2 Nameplate..................................................10 Group F8 Auxiliary Function........................132
2.3 MD320 Inverter Series..............................11 Group F9 Fault and Protection......................136
2.4 Technical Specifications............................13 Group FA Process Control PID Function......142
2.5 Physical Appearance and Dimensions of Group FB Swing Frequency, Fixed Length and
Mounting Hole...................................................17 Count...............................................................145
2.6 Optional Parts............................................22 Group FC MS Speed Function and Simple PLC
2.7 Routine Repair and Maintenance of inverter Function...........................................................147
...........................................................................25 Group FD Communication Parameters.........152
2.8 Instructions on Warranty of Inverter..........26 Group FF Factory Parameters (Reserved).....152
2.9 Prototyping Guide.....................................26 Group FP User Password..............................152
2.10 Guide to Prototyping of Brake Components Chapter 7 EMC (Electromagnetic
...........................................................................27 Compatibility)................................................153
Chapter 3 Mechanical and Electric 7.1 Definition................................................153
Installation........................................................30 7.2 EMC Standard Description.....................153
3.1 Mechanical installation..............................30 7.3 EMC Guide.............................................153
3.2 Electrical Installation.................................33 Chapter 8 Troubleshooting and
Chapter 4 Operation and Display................49 Countermeasures...........................................156
4.1 Introduction to Operation and Display 8.1 Fault Alarm and Countermeasures..........156
Interface.............................................................49 8.2 Common Fault and Resolution................168
4.2 Description of Function Code Viewing and Appendix: Card Description...................170
Modification Methods........................................52 Appendix A: Description of Common PG Card
4.3 Shortcut Menu Operation Mode................52 (MD32PG).......................................................170
4.4 Extended Function Menu..........................54 Appendix B: Description of Long-line Drive PG
4.5 Method of Viewing Status Parameter........54 Card (MD32G3)...............................................175
4.6 Password Setting.......................................54 Appendix C: Description of IO Expansion Card
4.7 Automatic Tuning of Motor Parameters....55 (MD32IO)........................................................177
Chapter 5 Function Parameter Table..........56 Appendix D: Description of Communication
Chapter 6 Parameter Description................98 Card (MD32MBS)...........................................181
Group F0 Basic Function Group.....................98 Appendix E: Description of Parameter Copy
Group F1 Motor Parameters..........................105 Card (MDCP)...................................................184Foreword
Foreword
MD series inverter is a new generation of
MD Series Inverter
high-performance modular inverter launched
by Shenzhen Inovance Technology Co., Ltd, Specialized Top-layer
Industrial Module Module
which represents the future development
direction of the inverter. Unlike traditional Traditional General-Purpose Middle-layer
Inverter Module Module
inverters, MD series inverter creates a
customized platform through modular design
High-Performance Bottom-layer
and flexible combination of multiple modules Motor Control Module Module
of single series inverter based on different
customer requirements for functions and Fig. 1 Comparison between Traditional
performances. Inverter and MD Series Modular Inverter
MD series inverter creates three new concepts 1) The bottom-layer module of the MD series
in the future inverter sector: inverter is high-performance motor control
1. It creates the three-layer modular structure module and consists of V/F, non-speed sensor
standard of new generation of inverter. Refer vector control (SVC) and vector control. It is
to Figure 1 for the comparison between mainly responsible for high performance
traditional inverter and MD series modular control and overall protection of the motor,
inverter; controlling the motor through sending running
2. It creates the physical standard for dividing commands to multiple channels or performing
the customer requirements according to such close loop vector control through encoder
main modules as motor drive module, general interface.
functional module and specialized functional 2) The middle-layer module of MD series
module as well as various sub-modules. Refer inverter is general functional module, which
to Figure 2 for the schematic diagram for the mainly includes some basic functions of the
modular structure of MD series inverter; inverter, such as PID control, MS speed, swing
3. It leads the new industry trend of frequency and other general functions.
popularizing the vector control technology. According to the degree of complexity of
Such concepts will bring about profound functions, Shenzhen Inovance Technology
influences on the inverter industry. Co., Ltd provides two sub-modules for options
The modular structure is described as follows: of the customers, namely, MD320 functional
module and MD300 functional module. Refer
to Table 1 for the difference between the two
modules.
-1-Foreword
Table 1 Difference between MD320 and MD300 Functional Modules
MD320 MD300
Five DI (bidirectional input
and one high-speed port),
Four DI (unidirectional input and one
Input/output two AI, two DO (one
high-speed port), two AI, one DO, one
terminal high-speed port), one AO,
AO, and one relay
and one relay
(expandable I/O)
Control mode SVC, VC and V/F SVC and V/F
Multiple-point fold line mode, which is easy
Analog reference
Straight line mode to realize the functions of the injection
mode
molding machine
Be able to realize 16S
MS speed Be able to realize 4S speed
speed
Be able to realize 16S
Simple PLC None
timing operation
Swing frequency
AIGCMD320 Series變頻器用戶(hù)手冊(cè)（英文版）是一份詳細(xì)介紹西門(mén)子(Siemens)MD320變頻器產(chǎn)品技術(shù)規(guī)格、操作指南、安裝與接線(xiàn)、功能參數(shù)設(shè)置、故障診斷與維修以及安全注意事項(xiàng)等內(nèi)容的專(zhuān)業(yè)文檔。該手冊(cè)旨在幫助用戶(hù)理解和正確使用MD320變頻器，包括其基本控制結(jié)構(gòu)、通訊接口選項(xiàng)、速度和電流控制、矢量控制、參數(shù)編程步驟、電動(dòng)機(jī)保護(hù)措施以及維護(hù)和保養(yǎng)等相關(guān)信息。通過(guò)閱讀并遵循手冊(cè)中的指導(dǎo)，用戶(hù)能夠確保設(shè)備的最佳性能和延長(zhǎng)其使用壽命。請(qǐng)?jiān)趯?shí)際應(yīng)用前仔細(xì)查閱并按照手冊(cè)指示進(jìn)行操作。
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