Institutions of higher learning in the 21st century. electrical engineering and automation planning materials: electrical control with PLC application technology(Chinese Edition) by FAN GUO WEI . LIU YI FAN

paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2013 02 Pages: 283 in Publisher: People's Posts and Telecommunications Press the College of Electrical Engineering and Automation planning materials for the 21st century: electrical control with PLC application technology is based on the status quo and development trend of China's higher education. for engineering applications teaching reform and employment needs of existing courses prepared by the organic integration. Book is divided into nine chapters. the main content of low-voltage electrical control lines. motor control circuits. programmable logic controller basic composition and working principle. Mitsubishi FX Series PLC programming instructions. Mitsubishi PLC step programming instructions. Mitsubishi PLC function instruction. Siemens S7-200PLC Siemens S7-300PLC PLC network communication. Written in this book take a practical approach and content necessary and sufficient for the degree. to reduce the repeated part of the original teaching content. The characteristics of this book is about a thorough. easy to understand. easy to understand. easy to teaching. Universities electrical engineering and automation planning materials in the 21st century: electrical control with PLC application technology can be used as institutions of higher learning automation. electrical engineering and its automation. Control Technology and Instrument. the CNC application of technology. mechanical design manufacturing and automation. materials forming and control engineering. mechatronics professional course materials. training materials as electrical technicians and staff positions. to be used as a reference for the engineering and technical personnel. Contents: Chapter 1 line of low-voltage electrical appliances and basic control electrical classification 1.1 1.2 electromagnetic agencies and contacts system 1.2.1 Electromagnetic institutions 1.2.2 contact system 1.3 contactor 1.3.1 contactor structure and working principle 1.3. the 2 contactors Model and main technical data 1.3.3 contactor graphical symbols and text symbols 1.3.4 contactor selection and use 1.4 relay relay relay characteristics 1.4.1 1.4.2 Electromagnetic relay 1.4.3 Time Relay 1.4.4 1.4.5 speed thermal relay relay 1.4.6 Other the function relay 1.5 fuse 1.5.1 fuses structure type 1.5.2 fuse safety second characteristic 1.5.3 fuse fuse technical data 1.5.4 Select 1.6.1 low pressure of the low-voltage switchgear and low voltage circuit breakers knife master electrical switch 1.6.2 low-voltage circuit breaker 1.7 1.6 1.7.1 button 1.7.2 universal switch 1.7. 3 master controller and cam controller 1.7.4 limit switch 1.7.5 the proximity switches 1.8 basic control the line 1.8.1 motors jog continuous operation and control 1.8.2 motor reversing control 1.8.3 motor position control Chapter Summary Exercises Chapter 2 motor control and automatically from the control circuit 1.8.4 motor sequence and multi-point control 1.8.5 motor control circuit 2.1 Y-start control 2.1.1 different motor squirrel cage three-phase asynchronous motors buck starts control line 2.1.2 stator. the buck start control lines of the series resistance 2.1.3 autotransformer 2.2 three-phase induction motor start control circuit of the control circuit 2.1.4 wound rotor motor windings series resistance buck starts automatic control circuit of the brake control 2.2.1 voltage reverse braking principle 2.2.2 consumption brake excited DC motor start control 2.3.1 excited DC motor three resistors manual control vacuum start circuit 2.3 2.3 .2 time relay control excited DC motor to start changing the excitation control circuit 2.4 excited DC motor is reversed excited DC motor to control the direction of the armature current 2.4.1 change control positive inversion control circuit 2.4.2 current direction control excited DC motor is reverse control line 2.5 DC motor brake control 2.5.1 reverse brake control the line 2.5.2 energy consumption brake control line 2.6 DC motor overload protection 2.6.1 DC motor the development 3.1.1 2.6.2 DC the motor exciting Protection Chapter Summary Exercises Chapter 3 programmable controller basic composition and working principle 3.1 programmable controller programmable controller generation and definitions 3.1.2 programmable control Classification and Application of 3.1.3 basic composition and working principle of the 3.2 programmable controller programmable controller hardware structure 3.2.2 3.2.1 programmable controller programmable controller works 3.2.3 Programmable Logic Controller software systems Chapter Summary Exercises Chapter 4 Mitsubishi FX series PLC and basic programming instruction 4.1 model Mitsubishi PLC programmable logic controller model and appearance and shape 4.1.1 4.1.2 FX Series Programmable Mitsubishi PLC controller features 4.2 Programming Components 4.2.1 input relay (X) and output relay (Y) 4.2.2 auxiliary relays (M) 4.2.3 state relays (S) 4.2. 4 timer counter (C) (T) 4.2.5 4.2.6 data register (D) 4.2.7 pointer 4.3 Mitsubishi PLC basic instruction 4.3.1 series of instructions and contact input and output instruction and the end of the instruction 4.3.2 contact parallel instruction 4.3.3 circuit block parallel instruction and tandem instruction 4.3.4 stack operation instruction 4.3.5 master command and master reset instruction 4.3.6 pulse output instruction 4.3.7 set and reset instructions 4.3.8 pulse along the application instructions 4.3.9 negated instructions and NOP 4.4 Mitsubishi PLC instruction 4.4.1 PLC programming skills 4.4.2 PLC programming methods and steps 4.4.3 Three-phase asynchronous motor positive inversion control circuit PLC Reconstruction 4.4 .4 two motor sequence starting the PLC 4.4.5 grinder reverse stop control PLC transformation of the composition of the 4.5 Mitsubishi PLC FX-20P-E use of hand-held programmer 4.5.1 FX-20P-E 4.5.2 FX-20P- E programmer's online operation 4.5.3 monitor test operation 4.5.4 FX-20P-E programmer offline operation 4.5.5 Training Content step 4.6 learning mission objectives GX Developer programming software and online simulation 4.6.1 4.6 .2 programmable controller programming software Introduction 4.6.3 GX Developer programming software applications 4.6.4 input and output to other formats files 4.6.5 ladder programming 4.6.6 program transfer 4.6.7 program monitoring 4.6.8 thinking and practice Chapter Summary Exercise 5 Chapter Mitsubishi PLC step programming instructions the 5.2.2 5.1 state transition diagram (SFC chart) 5.2 stepper sequence of instruction and programming 5.2.1 step sequential control instructions state transition diagram stepladder conversion 5.3 state 5.3.1 single process in the form of a transition diagram process 5.3.2 selective branch with the confluence of the branch with the confluence of the 5.3.4 branch with the confluence of the combination of 5.4 programming examples 5.4.1 5.3.3 Parallel feeding dolly PLC control 5.4.2 shears action PLC control the 5.4.3-liquid mixing device control system 5.4.4-size ball Classification choose to send control Chapter Summary Exercises Chapter 6 Mitsubishi PLC function programming instructions 6.1 function instruction represented 6.2 FX2N series programmable controller function instruction 6.2. 1 program flow control function the command (FNC00 to FNC09) 6.2.2 data comparison and transfer instructions 6.2.3 computing function 6.2.6 6.2.5 Data processing instructions high-speed processing instruction instruction instruction 6.2.4 cycle shift and shift functions 6.2. 7 convenient instruction 6.2.8 External IO device instruction 6.2.9 External Equipment Directive 6.2.10 floating-point arithmetic instruction 6.2.11 clock operation with Gray code transformation instruction Chapter Summary Exercises Chapter 7 Siemens S7-200PLC7.1 S7-200 PLC system The basic structure of 7.2 S7-200 PLC System Configuration 7.3 CPU S7-200 series PLC memory area 7.3.1 Data Area spatial memory address. said basic instruction and format of 7.3.2 data area space memory area 7.4 S7-200 series PLC Programming 7.4.1 The structure of the user program 7.4.2 program general convention 7.4.3 Siemens S7-200PLC basic instruction 7.4.4 bit logic instruction 7.4.5 coil instruction 7.4.6 RS flip-flop instruction 7.4.7 the logic stack Directive 7.4 .8 timer instruction 7.4.9 Counter Instructions Chapter Summary Exercises Chapter 8 Siemens S7-300PLC8.1 S7-300 series PLC characteristics and constitute 8.1.1 S7-300 series PLC characteristics 8.1.2 S7-300 series PLC programming 8.1.3 S7-300 series PLC hardware software and tools constitutes 8.2 S7-300 series power module 8.2.2 Introduction 8.2.1 PLC module performance CPU module 8.2.3 signal module 8.2.4 Interface Module 8.2.5 communication module 8.2.6 function module 8.3 installed STEP 78.3.1 STEP 7 software installation process 8.3.2 STEP 7 software installation process Notes 8.3.3 STEP 7 use FAQs 8.4 STEP 7 use 8.5 tank of liquid PLC control bit 8.5.1 Process Description 8.5.2 definition channel module 8.5.3 edit the definition of variable data SYMOBLE in the address and description 8.5.4 programming Chapter Summary Exercises Chapter 9 PLC industrial control LAN of network communication 9.1 Introduction 9.1 9.1.2 OSI the .1 OSI reference model hierarchy 9.2 Mitsubishi FX series PLC communication 9.2.1 FX series PLC communication mode and system constitute 9.2.2 FX series PLC computer dedicated protocol communication 9.2.3 Communication operation command type 9.2 .4 element or device status word read operation 9.3 S7-300 PLC multi-interface network 9.4 CP340 point-to-point communication applications 9.5 PROFIBUS protocol for network communications Chapter Summary Exercises ... 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