덳뵵뮲ꝕ뮡ꧺꓢꕕ - minchyau.com.tw

1 GP Mitsubishi PLC.. Chapter 0-PLC . PRO/PBIII. CO. CPU Link . PLC . melsec -A A2A AJ71C24-S6 MITSUBISHI . A3A AJ71C24-S8 melsec -AnA CH 7. A4U AJ71UC24 (LINK). CPU MITSUBISHI . melsec -AnA CH 6. (CPU). A2U AJ71C24-S6 MITSUBISHI . A3U AJ71C24-S8 melsec -AnA CH 7. AJ71UC24 (LINK). A2U-S1 CPU MITSUBISHI . A3U melsec -AnA CH 6. A2US-S1 (CPU). A0J2 A0J2-C214-S1 MITSUBISHI . A0J2H melsec -AnN CH 4. (LINK).. A0J2H CPU MITSUBISHI . melsec -AnN CH 5. (CPU). A1N AJ71C24 MITSUBISHI . A2N AJ71C24 -S3 melsec -AnN CH 4. A3N AJ71C24 S6 (LINK). AJ71C24 S8. AJ71UC24. CPU MITSUBISHI . melsec -AnN CH 5. (CPU). A3H, CPU MITSUBISHI . A2CJ-S3 melsec -AnN CH 5. (CPU). A1S A1SJ71C24-R2 MITSUBISHI . A1SJ71UC24-R2 melsec -AnN CH 4. A1SJ71C24-R4 (LINK). CPU MITSUBISHI . melsec -AnN CH 5. (CPU). GP Mitsubishi 0-1.

2 Chapter 0-PLC . PRO/PBIII. CO. CPU Link . PLC . melsec -A A2US A1SJ71C24-R2 MITSUBISHI . A1SJ71UC24-R2 melsec -AnA CH 7. A1SJ71C24-R4 (LINK). CPU MITSUBISHI . melsec -AnA CH 6. (CPU). A1SJ A1SJ71UC24-R4 MITSUBISHI . A2SH A1SJ71UC24-R2 melsec -AnN CH 4. A1SH (LINK). CPU MITSUBISHI . melsec -AnN CH 5. (CPU). A2 USH-S1 A1SJ71UC24-R4 MITSUBISHI . A1SJ71UC24-R2 melsec -AnA CH 7. (LINK).. CPU MITSUBISHI . melsec -AnA CH 6. (CPU). A2 CCPU24 Link I/F on CPU MITSUBISHI . unit melsec -AnN CH4. (LINK). CPU MITSUBISHI . melsec -AnN CH 5. (CPU). MELSE-F2 F2-20M F2-232GF MITSUBISHI . F2-40M melsec -F2 CH 1. F2-60M series melsec -FX FX0,FX1 CPU MITSUBISHI . FX2C,FX0SF melsec -FX CH 2. XON,FX1S (CPU). FX1N,FX2N, . FX1NC, MITSUBISHI . FX2NC melsec -FX CH 14. (CPU2) .. 0-2 GP Mitsubishi . Chapter 0-PLC.

3 PRO/PBIII. CO. CPU Link . PLC . melsec -FX A1FX CPU MITSUBISHI . melsec -AnN CH 5. (CPU). FX2N FX2N-232-BD MITSUBISHI . FX2N-485-BD melsec -FX2 CH 3. (LINK). FX2NC CPU MITSUBISHI . melsec -FX2 CH 3. (LINK). melsec - Q2A AJ71QC24 MITSUBISHI . QnA Q2A-S1 AJ71QC24-R4 melsec -QnA CH 8. Q4A (LINK). AJ71UC24 MITSUBISHI . melsec -AnA CH 7. (LINK).. Q2AS A1SJ71QC24 MITSUBISHI . Q2 ASH melsec -QnA CH 8. (LINK). A1SJ71UC24 MITSUBISHI . melsec -AnA CH 7. (LINK). Q2AS-S1 A1SJ71QC24N MITSUBISHI . melsec -QnA CH 8. (LINK). A1SJ71UC24-R2 MITSUBISHI . A1SJ71UC24-R4 melsec -AnA CH 7. (LINK). Q2A CPU MITSUBISHI . Q4A melsec -QnA CH 9. Q2AS (CPU). Q2AS-S1. Q4AR. Q4AR AJ71QC24N MITSUBISHI . melsec -QnA CH 8. (LINK). GP Mitsubishi 0-3. Chapter 0-PLC . PRO/PBIII. CO. CPU Link . PLC . melsec -Q Q02 CPU-A A1SJ71UC24-R2 MITSUBISHI.

4 Q02 HCPU-A A1SJ7aUC24-R4 melsec -AnA CH 7. Q06 HCPU-A (LINK). CPU MITSUBISHI . melsec -AnA CH 6. (CPU). Q02 CPU QJ71C24 MITSUBISHI . Q02 HCPU QJ71C24-R2 melsec -QnA CH 8. Q06 HCPU (LINK).. Q12 HCPU CPU MITSUBISHI . Q25 HCPU melsec -Q CH 10. (CPU). Q00 CPU QJ71C24 MITSUBISHI . Q01 CPU QJ71C24-R2 melsec -QnA CH 8. Q00 JCPU (LINK). Q00 CPU MITSUBISHI . Q01 melsec -QnA CH 8. Q00J (LINK). or MITSUBISHI . melsec -QUTE CH 15. (CPU).. * MITSUBISHIMELSEC-QUTE(CPU) CP03SP3( ) . 0-4 GP Mitsubishi . Chapter 0-PLC . Ethernet : PRO/PBIII. CO. CPU Link . PLC . melsec - Q2A AJ71QE71 MITSUBISHI . QnA Q2A-S1 AJ71QE71-B5 melsec -A CH 11. Q3A (Ethnet). Q4A. Q4AR. Q2AS A1SJ71QE71-B2. Q2AS-S1 A1SJ71QE71-B5.. Q2 ASH. Q2 ASH-S1. ` melsec -A A2A,A3A AJ71E71. A2N,A2U-S1. A2US A1SJ71E71. melsec -Q Q00 CPU QJ71E71 MITSUBISHI.

5 Q01 CPU QJ71E71-B2 melsec -Q CH 12. Q00 JCPU (Ethnet). Q02 CPU. Q02 HCPU. Q06 HCPU. Q12 HCPU. Q25 HCPU. GP Mitsubishi 0-5. Chapter 1- melsec -F2 series 1 melsec -F2 series GP-PRO/PB3 for Windows PLC . MITSUBISHI melsec -F2 series ? . PRO/PBIII. CO. CPU Link . PLC . MELSE-F2 F2-20M F2-232GF MITSUBISHI. F2-40M melsec -F2. F2-60M series . : GP Setup Interface Settings Baud Rate 9600 Baud Rate 9600. Data Length 7 bits Data Length 7 bits Stop Bit 1 bit(fixed) Stop Bit 1 bit(fixed). Parity Bit Even Parity Bit Even Data Flow Control ER Control ---- Communication Format RS-232C ---- ---- Resistor Setting Yes ---- Sum Check Yes Unit No. 0 Station Number 0. GP Mitsubishi 1-1. Chapter 1- melsec -F2 series (RS-232C): GP COM2(9 Pin)Female GP Unit(25P) Shield PLC(25P). 1 FG 1 FG. 3 SD 2 SD 2 SD.

6 2 RD 3 RD 3 RD. 7 RS 4 RS 4 RS. 8 CS 5 CS 5 CS. 6 NC 6 DR. 5 SG 7 SG 7 SG. 1 CD 8 CD 8 CD. 4 ER 20 ER 20 ER. GP Mitsubishi 1-2. Chapter 2- melsec -FX(CPU). 2 melsec -FX(CPU). GP-PRO/PB3 for Windows PLC MITSUBISHI. melsec -FX(CPU) ? . PRO/PBIII. CO. CPU Link . PLC . melsec -FX FX0,FX1 CPU MITSUBISHI. FX2C,FX0S melsec -FX. FXON,FX1S (CPU). FX1N,FX2N, FX1NC, FX2NC. *( FX-422-BD MITSUBISHI melsec -FX(CPU), . D8120). : GP Setup Fx Series Settings Baud Rate 9600(fixed) ------ Data Length 7 bits(fixed) ------ Stop Bit 1 bit(fixed) ------ Parity Bit Even(fixed) ------ Data Flow Control ER Control ------ Communication Format RS-232C ------ Unit No. 0(fixed) ------ GP Mitsubishi 2-1. Chapter 2- melsec -FX(CPU). 1( 8P): CPU Port RS-422-BD : 10 RDA SDA. GP 16 RDB SDB PLC. (25P) 11 SDA RDA (8P).

7 15 SDB RDB. 7 SG SG. 21 CSA FG. 14 +5V. 18 CSB. FX-422 CAB0 (8P). RDA. SDA. SDB. RDB. SG. PLC CPU Port GP Mitsubishi 2-2. Chapter 2- melsec -FX(CPU). 2: 01 FG 07 SG. 07 SG 08 SG. 09 TRMX 20 SG. GP. 10 RDA 03 SDA. (25P) PLC. 16 RDB 16 SDB. (25P). 11 SDA 02 RDA. 15 SDB 15 RDB. 21 CSA 05 DTRA. 18 CSB 18 DTRB. 22 ERA 4 DSRA. 19 ERB 17 DSRB. GP Mitsubishi 2-3. Chapter 3- melsec -FX2(LINK). 3 melsec -FX2 (Link). GP-PRO/PB3 for Windows PLC MITSUBISHI. melsec -FX2(LINK) ? . PRO/PBIII. CPU Link . PLC . melsec -FX FX2N FX2N-232-BD() MITSUBISHI 1. FX2N-485-BD melsec -FX2 2. FX0N-485 ADP+ (LINK). FX2N-CNV-BD. FX2NC FX0N-232 ADP 3. FX1NC FX0N-485 ADP 2. FX1N FXIN-232-BD 1. FX1N-485-BD 2. FX0N-485 ADP+. FX2N-CNV-BD. *( FX-422-BD MITSUBISHI melsec -FX(CPU), . D8120). : GP Setup Interface Settings Baud Rate 19200 Baud Rate 19200.

8 Data Length 7 bits Data Length 7 bits Stop Bit 2 bit(fixed) Stop Bit 2 bit(fixed). Parity Bit Even Parity Bit Even Data Flow Control ER Control Communication Format RS-232C. Computer Link RS-232C I/F. (RS-232C). Communication Format 4-Wire type Computer Link RS-485 (RS422)I/F. (RS-422). Unit No. 0 Station Number 0. Sum Check Yes Protocol 0. Control Method 4. Header No Terminator No GP Mitsubishi 3-1. Chapter 3- melsec -FX2(LINK). 1(RS-2332C): GP COM2(9 Pin)Female Shield GP(25P). 3 SD PLC(9P). 1 FG. 2 RD 2 SD 2 RD. 7 RS 3 RD 3 SD. 8 CS 4 RS 4 ER. 5 CS 5 SG. 5 SG 6 DR. 7 SG. 2(RS-485-BD): GP(25P). 10 RDA SDA.. 16 RDB SDB. 330 1/4W. 11 SDA RDA. 330 1/4W. 15 SDB RDB. 7 SG SG. 18 CSB PLC. 19 ERB. 21 CSA. 22 ERA. 3-2 GP Mitsubishi . Chapter 3- melsec -FX2(LINK). 3(FX0N-232 ADP): FX2N-232-BD.

9 FX2N-232-BD GP : Fx2n D8120: . ,MOV HE89E D8120. GP ( MOV HE89E D8120 ). M8000. MOV HE89E D8120.. END. GP Mitsubishi 3-3. Chapter 3- melsec -FX2(LINK). D8120 : Bit Description Name No. 0(bit=off) 1(bit=on). b0 Data length 7 bit 8 bit b1 (b1,b2). ( 0 , 0):None Parity b2 ( 0 , 1):Odd ( 1 , 1):Even b3 Stop bit 1 bit 2 bit b4 (b7,b6,b5,b4) (b7,b6,b5,b4). b5 ( 0, 0, 1, 1):300 (0, 1, 1, 1):4,800. Baud b6 ( 0, 1, 0, 0):600 (1, 0, 0, 0):9,600. rate(bps). ( 0, 1, 0, 1):1,200 (1, 0, 0, 1):19,200. b7. ( 0, 1, 1, 0):2,400. b8 Header None Effective(D8124) Default:Stx(02H). b9 Terminator None Effective(D8124) Default:Etx(03H). b10 (b12,b11,b10). b11 No ( 0 , 0, 0):No use<RS232C interface>. protocol ( 0 , 0, 1):Terminal mode <RS232C interface>. ( 0 , 1, 0):Interlink mode<RS232C interface>. (Fx2n ).

10 ( 0 , 1, 1):Normal mode 1<RS232C interface>. Control line <RS485(422) interface>. b12. ( 1 , 0, 1): Normal mode 2 <RS232C interface>. (Fx,Fx2c only). Computer (b12,b11,b10). link ( 0 , 0, 0): RS485(422) interface ( 0 , 1, 0): RS232C interface b13 Sum check Sum check code is not added Sum check code is added auto b14 Protocol No protocol Dedicated protocol Transmission b15 control Protocol format 1 Protocol format 4. protocol * D8120=HE89E. 3-4 GP Mitsubishi . Chapter 3- melsec -FX2(LINK). FX2N-422-BD,FX2N-485-BD. FX2N-485(422)-BD GP : ,MOV HE09E D8120. GP ( MOV HE09E D8120 ). M8000. MOV HE09E D8120.. END. *( FX-422-BD MITSUBISHI melsec -FX(CPU), D8120). GP Mitsubishi 3-5. Chapter 3- melsec -FX2(LINK). D8120 : Bit Description Name No. 0(bit=off) 1(bit=on). b0 Data length 7 bit 8 bit b1 (b1,b2).