MITSUBISHI
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1 MITSUBISHI
2
3 PLC CPU PLC PLC
4 CPU PC PLC PLC PLC PLC CPU PLC CPU ON Use prohibited PLC 100mm PLC CPU RUN/STOP OPEN OPEN STO PLC CPU RUN PLC CPU
5 ON
6
7 PC PLC
8
9
10
11
12
13 MC
14
15
16 1Q Ethernet SH J MELSECNET/H, MELSECNET/10 QCPU PLC FTP
17 2Q Ethernet Web SH B Web PLC
18 3MELSEC SH I MELSEC QnA 3E/3C/4C QnA 2C A 1C A 1E
19 EMC
20 (1) (2) Ethernet
21 (3) Ethernet (4) (5) (6) (7) B
22 (1) GX Developer
23 (2) GX Developer 4.7 (1) Communication data code (CBH b1) H H H H H H H 10 (16) (16) H H H H H GX Developer H
24
25
26 1.1 Ethernet CPU Ether net CPU Ether net Web Gx Developer
27 1.2 Ethernet (1) MELSEC ( 6, MELSEC ) CPU Ether net
28 (2) ( 7, 8) / (3) ( 9) CPU Ether net CPU Ether net / / / CPU Ether net
29 (4) ( ( )) ( ) / CPU Ether net
30 (5) Web ( (Web )) Internet Information Server 5.0 Internet Information Server 4.0 Peer Web Services 4.0 Personal Web Server 4.0 CPU Ether net HTTP(MC ) PLC Web HTML ASP HTTP ASP Web /
31 (6) GX Developer, GT SoftGOT, GOT ( GX Developer, GT SoftGOT, GOT ( )) CPU Ether net /CPU CPU Ether net Ether net GX Developer / GX Developer GOT GT SoftGOT
32 ( ) ( ) (Ethernet ) 1 CPU Ether net 1 TCP/IP. * [Ethernet OPEN settings]. TCP/IP MELSOFT.. * [Ethernet OPEN settings]. UDP/IP. * [Ethernet OPEN settings].
33 (7) CPU ( ) MC GX Developer (FTP ) Ethernet CPU GX Developer Ethernet CPU Ethernet QCPU 1 QCPU 2 QCPU 3 QCPU 4 QCPU 1 QCPU 2 CPU CPU Ethernet FROM/TO FROM
34 CPU CPU Ethernet 03E3HMC ( / ) QnA 3E 03E0H 03FFH I/O QCPU CPU. GX Developer MELSECNET/H MELSECNET/H GX Developer MC Ethernet QCPU 1 QCPU 2 QCPU 3 QCPU 4 QCPU 1 QCPU 1 Ethernet QCPU 2 : MELSECNET/H
35
36 (8) ( 5, ) GX Developer Ethernet ( ) QCPU Ethernet
37 (9) ( 5) PC Ethernet ( ) AnACPU AnUCPU AnNCPU ( ) ( ) ( ) MELSECNET/H(MELSECNET/10 ) PLC ( ) QCPU QnACPU Q4ARCPU ( ) ( ) ( / ) CC-Link (, ) I/O MELSECNET/H I/O (, ) I/O I/O I/O
38 1.3 B (1) B
39 (2) D
40 1.4 PC/ Ethernet TCP/IP UDP/IP. PLC Q PLC CPU CPU PLC OSI ( ) TCP UDP MC MELSEC FTP NET/H, MELSEC NET/10 TCP/UDP Web SMTP HTTP POP3 DNS Ethernet Presentation IP ICMP ARP IP ICMP ARP 3 Ethernet (100BASE-TX,10BASE-T,10BASE, 10BASE2) Ethernet (100BASE-TX,10BASE-T,10BASE, 10BASE2) 2 1 (1) TCP(Transmission Control Protocol)
41 (2) UDP(User Datagram Protocol) (3) IP(Internet Protocol) (4) ARP(Address Resolution Protocol) (5) ICMP(Internet Control Message Protocol) (6) FTP(File Transfer Protocol) (7) DNS(Domain Name System) (8) SMTP(Simple Mail Transfer Protocol) (9) POP3(Post Office Protocol Ver.3) (10) HTTP(Hyper Text Transfer Protocol)
42 2.1 (1) (2) (3) CPU
43 (4) Gx Developer
44 2.2 (1) QJ71E Ethernet * 2
45 * 2
46 (2) QJ71E71-B5Ethernet N 10 BASE5 AUI DC E 7 1
47 QJ71E71-B5 AUI Ferrite core 10 BASE5
48 (3) QJ71E71-B2Ethernet RG58A/U RG58C/ U T E 7 1
49 2.3 CPU MC GX Developer (FTP ) Ethernet CPU B Ethernet
50 (2) CPU CPU B CPU. QCPU GX Developer MELSECNET/H MELSECNET/H GX Developer MC Ethernet QCPU 1 QCPU 2 QCPU 3 QCPU 4 QCPU 1 QCPU 1 Ethernet QCPU 2 MELSECNET/H
51 2.4 Q00J/Q00/Q01CPU (1)
52 2.5 Q12PRH/Q25PRHCPU (1) LAN 1 3 IP Ethernet QJ71E IP QJ71E IP
53 LAN 1 3 IP LAN 2 3 IP Ethernet No.1 Ethernet No QJ71E IP QJ71E IP QJ71E IP QJ71E IP
54 (2)
55 2.6 MELSECNET/H I/O (1) (2) ( ) ( I/O) MELSECNET/H I/O ( I/O) QCPU QJ71 LP21-25 QJ72 LP25-25 QJ71 E71 QJ72 LP25-25
56 ( ) QCPU QJ71 LP21-25 QJ72 LP25-25 QJ71 E71 MELSECNET/H I/O QJ72 LP25-25 QJ71 E71 QJ72 LP25-25 QJ71 E71 QJ71 E71 ( I/O)
57 (3) GX Developer Ethernet
58
59 2.7, No. (1) Ethernet Ethernet QJ71E CPU GX Developer QJ71E71-B5 QJ71E71-B2
60 (2) Q PLC No.
61 3.1 QJ71E QJ71E71-B5 QJ71E71-B2 100BASE-TX 10BASE-T 10BASE5 10BASE2
62 (segment) 4(2) (segment) (segment) 100m(5m) 100m
63 3.2 (1). ASCII
64 PLC CPU Ethernet /ASCII ASCII (2) ASCII 1 2 ASCII. ASCII 15H (1 ) 1234H (2 ) 31H, 35H "1", "5" (2 ) 31H, 32H, 33H, 34H "1", "2", "3", "4" (4 ) (3) Ethernet [GX Developer]-[Communication data code] ( /ASCII).
65 3.3 (1) PC PC QJ71E71 QJ71E71 QJ71E71 QJ71E71 QJ71E71 QJ71E71 (2) MELSECNET/H, MELSECNET/10 UDP ( TCP/IP UDP/IP )
66 3.4 Ethernet (1) Ethernet (2) Ethernet
67 (3) Ethernet
68 3.5
69 3.6 Ethernet GX Developer MC FTP Web.
70 3.7 PLC CPU X0 X1 X2 X3 X4 X5 X6 X7 X8 X9 XA XB XC XD XE XF Ethernet PLC CPU PLC CPUEthernet Y0 Y1 Y2 Y3 Y4 Y5 Y6 Y7 Y8 Y9 YA YB YC YD YE YF
71 Ethernet PLC CPU PLC CPUEthernet
72 3.8 (1)
73 (2) 10 (16) (16 ) GX Developer *1 ( ) *2 ( )
74 (16 ) 10 (16) GX Developer
75 (16 ) (16) GX Developer
76 10 (16) (16 ) GX Developer
77 10 (16) (16 ) GX Developer
78 10 (16) (16 ) GX Developer
79 10 (16) GX Developer (16 )
80 H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H GX Develope (16 )
81 10 (16) GX Developer (16 )
82 1 10 (16) GX Developer (16 )
83 (16) (16 ) 10 GX Developer
84 10 (16) GX Developer (16 )
85 10 (16) (16 ) GX Developer
86 10 (16) GX Developer (16 )
87 10 (16) GX Developer (16 )
88 10 (16) GX Developer (16 )
89
90 4.1.2
91 4.2 Ethernet. Ethernet Ethernet. 4.4 GX DeveloperQCPU. GX Developer Ethernet. 4.5 GX Developer GX Developer. 4.8 GX Developer Online. 4.5 GX Developer PING, Ethernet
92
93 4.3
94 (1) LED (*1) QJ71E QJ71E71-B5 QJ71E71-B2 RUN INIT. OPEN SD ERR. COM.ERR. 100M RD RUN INIT. OPEN SD ERR. COM.ERR. RD RUN INIT. OPEN SD ERR. COM.ERR. RD QJ71E LED QJ71E71-B5, QJ71E71-B2
95 4.4
96 BASE-T/100 BASE-TX
97 BASE5 Retainer( ) AUI DC (2.2 )
98 BASE2
99 (1) BNC BNC (2) BNC 15mm 3mm 6mm
100 4.5 GX Developer I/O
101 4.5.2 (1)Network parameters Setting the number of MNET/10H Ethernet cards ( 4.6) (2)Operational settings( 4.7) (3)Initial settings( 5.2, ( ) 2) (4)OPEN settings( 5.5) (5)Router relay parameter (Routing information)( 5.3)
102 (6) Station No. <-> IP information (MNET/10 routing information) ( ( ) 3) (7)FTP Parameters( ( ) 5) (8) settings( ( ) 2) (9)Send mail address setting( ( ) 2) (10)News settings( ( ) 2) (11)Interrupt settings, Interrupt pointer setting( 7.3) (12)Redundant setting, group setting( 5.11, QCPU ) (13)Routing parameters( ( ) 3) (14)Multiple CPU settings( QCPU ) (15) Remote Password 5.9.5
103 4.6 MNET/10H Ethernet
104 (1) Valid unit during other station access (2) Network type (3) Starting I/O No. (4) Network No. (5) Group No. (6) Station No.
105 (7) Mode( CAH) (8) Operational settings
106 4.7 (1) Communication data code ( CBH b1)
107 (2) Initial Timing( CBH b8) (3) IP Address settings- (4) IP Address settings-ip ( 0H1H)
108 (5) Send frame setting (6) Enable Write at RUN time( CBH b6) (7) TCP Existence confirmation setting
109 LED [RUN] [OPEN] [ERR.]
110 4.8.2 (H/W ) [RUN] LED [OPEN] [ERR.]
111
112 4.9.2 Ethernet QCPU
113 GX Developer Ethernet PLC CPU 4.6 MNET/10H Ethernet ( No.1~16) 5.6 ( ) MC MC MELSECNET/H, MELSECNET/10 / Web GX Developer (FTP) 5.6
114 PLC CPU Ethernet ( ) ( )( ) * ON -BUFRCV -BUFRCV ( / ) MC ( / ) ( ) Ethernet ( ) Ethernet 60H 61H/62 E1H/E2H 80H~BCH,D0H E0H OS IP TCP IP TCP 00H~3CH,50H
115 (1) (GX Developer ) (2) INIT.LED X19 Ethernet X1A
116 5.2.2
117 (1) Timer setting-tcp ULP timer( BH) (2) Timer setting-tcp zero window timer( CH) (3) Timer setting-tcp resend timer( DH) (4) Timer setting-tcp end timer( EH)
118 (5) Timer setting-ip assembly timer( FH) (6) Timer setting-response monitoring timer( 10H) (7) Timer setting-destination existence confirmation starting interval( 11H) (8) Timer setting-destination existence confirmation interval timer( 12H) (9) Timer setting-destination existence confirmation resend timer( 13H)
119 (10) DNS setting-input format ( *1 ) (11) DNS setting-ip address of DNS server n (*1) TCP ULP TCP TCP IP TCP TCP TCP Ethernet TCP Ethernet TCP ULP *1 ntcp,. Ethernet Maximum Segment
120 TCP ULP TCP BUFSND BUFSND +1 1 Ethernet 1 2 TCP ULP ATCP ( ACK ) TCP ULP TCP TCP (.)
121 Ethernet ( 5000H) PING PING PING
122 5.2.3 (1) (2) << -UINI >> U0 D250D255 [D250][D255]
123 X19 ( 5000H) UINI UINI UINI 1 1 ( 1FH b15) (3) Enable TCP Maximum Segment Size Option transmission MELSOFT
124 16
125 (4) U0 ON 1 < > 1 2 < > U0 <RUN > UINI < > UINI UINI < > UINI
126 1FH b15 b8 b6 b5 b4 b1
127 U0 ON <TCP > U0 1 2 <ASKII > U0 <KeepAlive > U0 <Ethernet > U0v <RUN > U0 <OPEN > U0 < > U0 \ U0\ < > U0\ < >
128 5.3
129 (1) Router relay functio( 4H b5, b4) (2) Sub-net mask pattern( 200H, 201H) () B IP 81H 05H 2FH 01H FFH FFH FCH 00H IP 81H 05H 2FH 01H
130 (3) Default router IP address( 202H, 203H) (4) Router information: Subnet address( 205H, 206H ) Ethernet B IP 81052F01H( ) FFFFFC00H( ) Ethernet Ethernet1 Ethernet2 Ethernet B IP H ( ) A IP H ( ) B IP H ( )
131 ( 1) Ethernet Ethernet IP ( B) IP ( B) 81H 05H 2FH 01H 81H 04H 40H 01H. 81H 04H 00H 00H ( 2) Ethernet Ethernet IP ( B) 81H 05H 2FH 01H IP ( A) 71H 04H 40H 01H. 71H 00H 00H 00H (3) Ethernet Ethernet IP ( B) 81H 05H 2FH 01H FFH FFH FCH 00H IP ( B) 81H 05H 29H 02H. 81H 05H 28H 00H
132 (5) Router information: Router IP address( 207H, 208H )
133 GX Developer PING (Ethernet ) (1) PING
134 (2) PING Ethernet :3 :2 :1 No.1 (PING ) Ethernet GX Developer QCPU [ ] [ ] [ ] QCPU Ethernet QCPU QCPU
135 GX Developer Ethernet Ethernet 4 / =/ 1 PING.
136
137 5.4.2 GX Developer PING (CPU ) (1) PING (2) PING GX Developer (GX Developer ) QCPU Ethernet 2 [ ] Ethernet No.1 QCPU Ethernet 1 [ ] (PING )
138 GX Developer Ethernet Ethernet 4 / =/ 1 PING. QCPU QCPU
139
140 5.4.3 GX Developer (1) GX Developer (GX Developer ) :1 :3 :5 :7 :9 Ethernet Ethernet Ethernet Ethernet Ethernet No.1 No Ethernet Ethernet Ethernet Ethernet :2 :4 :6 :8 (2) GX Developer :3 [ ] No.1 Ethernet QCPU Ethernet QCPU Ethernet :1 [ ] :2 [ ]
141 QCPU QCPU
142
143
144
145 5.4.4 PING (PCEthernet ) C:>ping ping Pinging with 32 bytes of data: Reply from : bytes=32 time=1ms TTL=128 Reply from : bytes=32 time<10ms TTL=128 Reply from : bytes=32 time<10ms TTL=128 Reply from : bytes=32 time<10ms TTL=128 Ping statistics for : Packets: Sent = 4, Received = 4, Lost = 0 (0% loss) Approximate round trip times in milli-seconds: Minimum = 0 ms, Maximum = 1 ms, Average = 0ms C:>_ C:>ping ping Pinging with 32 bytes of data: Request timed out: Request timed out: Request timed out: Request timed out: Ping statistics for : Packets: Sent = 4, Received = 0, Lost = 4 (100% loss) Approximate round trip times in milli-seconds: Minimum = 0 ms, Maximum = 0 ms, Average = 0ms C:>_
146 5.4.5 (MC ) ( ) Ethernet Ethernet Ethernet QCPU QCPU QCPU Ethernet ( )
147 5.5 H H H H H H H H H H
148 (1) Protocol( No H 27H b8) ( No.916 ) (2) OPEN system( No H 27H b15, b14) ( No.916 )
149 PLC CPU Ethernet Ethernet PLC CPU Fullpassive/ Unpassove Active (3) Fixed buffer( No H 27H b0) ( No.916 ) (4) Fixed buffer communication( No H 27H b9) ( No.916 )
150 (5) Pairing OPEN( No H 27H b7) ( No.916 ) (6) Existence confirmation( No H 27H b1) ( No.916 ) H H H (7) Local station Port No.( No H 5FH) ( No.916 ) H H H H H H
151 (8) Destination IP address( No H 5FH) ( No.916 )
152 (9) Destination Port No.( 18 28H 5FH) ( No.916 ) TCP UDP Ethernet Ethernet Ethernet Ethernet Ethernet Ethernet
153 Active TCP ARP Passive UDP ARP Unpassive Fullpassive
154 5.6 /
155
156 5.6.1 Active / << -OPEN No.1 >> D0D8 GX DeveloperOPEN settings D0 H0 ZP.OPEN "U0" K1 D0 M0 OPEN [D0]H8000 M0 M1 [D1]~[D9] M1 << -CLOSE No.1>> ZP.CLOSE "U0" K1 D100 M100 M100 M101 M101 ( ) X19 OPEN OPEN 1 OPEN 1 X18 CLOSE 1 CLOSE CLOSE 1 ( 5000H) ( 5002H) SYN FIN SYN+ACK FIN+ACK
157 H H
158 H PLC CPU Ethernet Ethernet (CLOSE ) TCP FIN FIN FIN ACK RST
159
160 (1) H
161 (2)
162 <<< No.1 (Active) >>> ON U0\ 1 U0\ 1 1PLS CLOSE CLOSE < GX Developer - > 1 1 1PLS < D100 - > IP OPEN
163 OPEN OPEN OPEN OPEN OPEN OPEN 1 1PLS 1 1PLS CLOSE CLOSE 1 CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE OPEN CLOSE
164 5.6.2 Passive / ( ) (Active ) (1) Always wait for OPEN (*1) X19 ( 5000H) ( 5002H) SYN SYN+ACK FIN+ACK FIN
165
166 (2) Do not wait for OPEN << -OPEN No.1>> D0D9 M0 M1 M1 ZP.OPEN "U0" K1 D0 M0 GX DeveloperOPEN settings D0 H0 OPEN [D0] : H8000 [D1][D9] << -CLOSE No.1>> ZP.CLOSE "U0" K1 D100 M100 M100 M101 M101 ( ) (Active ) X19 OPEN 1 OPEN OPEN 1 X18 CLOSE CLOSE 1 CLOSE 1 ( 5000H) ( 5002H) SYN+ACK FIN+ACK SYN FIN
167
168
169 (1)
170
171 <<< No.1 (Unpassive) >>> ON U0\ 1 U0\ 1 1PLS CLOSE CLOSE < GX Developer - > 1 1 1PLS < D100 - > OPEN OPEN OPEN OPEN OPEN OPEN
172 1 1 1 OPEN 1 1PLS 1 1PLS CLOSE CLOSE CLOSE 1 CLOSE CLOSE CLOSE CLOSE CLOSE CLOSE OPEN OPEN CLOSE
173 5.6.3 UDP/IP / (1) Always wait for OPEN (STOP ) (2) Do not wait for OPEN (STOP )
174 << -OPEN No.1>> M0 M1 M1 D0D9 ZP.OPEN "U0" K1 D0 M0 GX DeveloperOPEN settings D0 H0 OPEN [D0]H8000 [D1][D9] << -CLOSE No.1>> ZP.CLOSE "U0" K1 D100 M100 M100 M101 M101 ( ) X19 OPEN OPEN 1 OPEN +1 CLOSE CLOSE 1 CLOSE +1 ( :5000H)
175
176 Ethernet No.1 ( ) No.2 ( ) (TCP/IP UDP/IP )
177 5.7.2 GX Developer (1) Protocol (2) OPEN system (3) Fixed buffer (4) Fixed buffer communication (5) Pairing OPEN (6) Existence confirmation
178 (7) Local station Port No. (8) Destination IP address (9) Destination Port No.
179 5.8 UDP UDP PLC CPU X19 Ethernet Ethernet (1) UDP, (2) UDP
180 (3) (4) 1
181 5.9 QCPU QCPU PLC fire wall PC
182 5.9.1 (1) GX Developer ((3) ) ( ) Ethernet Ethernet ( ) -1 /. ( ) ( ),.(*) -1 Ethernet Ethernet Ethernet Ethernet Ethernet Ethernet Ethernet QCPU Ethernet QCPU QCPU QCPU
183 (2) PLC, ( QCPU ) (QCPU) A ( ) Ethernet Ethernet ( ) ( ) A Ethernet Ethernet Ethernet Ethernet Ethernet ( ) Ethernet Ethernet Ethernet QCPU QCPU QCPU QCPU (*1) (*2) (*1) Ethernet Ethernet
184 (3) Ethernet Ethernet QCPU ( ) ( ) GX Developer QCPU (*1) GX Developer Ethernet
185 A 1-2 QCPU Ethernet *, 1-1 A No.1 Ethernet B GX Developer 1-1 QCPU Ethernet Ethernet 3-2 QCPU Ethernet Ethernet No.2 No.3 Ethernet QCPU Ethernet QCPU Ethernet Ethernet QCPU Ethernet C D -1 PLC 1-1QCPU 1-2QCPU 2-1QCPU 2-2QCPU 3-1QCPU 3-2QCPU
186 *, 1-1 A 2-2 C 3-2 D B C A Ethernet Ethernet 1-2 No.1 Ethernet 3-2 Ethernet Ethernet Ethernet Ethernet No.2 No Ethernet Ethernet D -1 Ethernet PLC 1-1QCPU 1-2QCPU 2-1QCPU 2-2QCPU 3-1QCPU 3-2QCPU Ethernet QCPU QCPU QCPU QCPU QCPU QCPU GX Developer
187 5.9.2
188 5.9.3
189 ( ) GX DeveloperEthernet PLC CPU 4.6 MNET/10H Ethernet QCPU ( No.116) 5.6 ( ) MC MELSECNET/H, / MELSECNET/10 (*1) (*1) (FTP) Web GX Developer 5.6
190 5.9.4,
191 5.9.5
192 5.9.6
193 (1) ( (5006H5007H)) ( ) FTP GX Developer (TCP/IP ) UDP GX Developer (UDP/IP ) (2) ( 20488(5008H)) ( ) UDP GX Developer (TCP/IP ) GX Developer (UDP/IP )
194 (3) ( (5070H5071H)) (4) 20594(5072H) 20595(5073H) 20596(5074H) 20597(5075H) (5) ( 20598(5076H))
195 5.9.7
196 BASE-T/100 BASE-TX, / Ethernet (1) ( 201(C9H)) 201(C9H) / BASE-T 1100 BASE-TX ( ) (2) ( 20995(5203H))
197 5.11 ( ) CPU (1) CPU (A) (B) (2) TCP ULP ACK
198
199 (A) (B) (A) (B) (A) (B)
200 ( 5000H) Ethernet CPU BUFSND BUFSND +1 Ethernet ACK 1 TCP TCP ULP CPU 2 TCP TCP
201 (4) (B) (A) (B) (A)
202 (A) (B) Ethernet CPU ( ) ( ) ( )
203 (1)
204 (2) ( 1) ( 2) ( 1) ( 2) (1) CPU (2) CPU
205 CPU /. (1) B
206 (2) Issue system switch in Cable disconnection timeout
207 (1) Issue system switch in Cable disconnection timeout(20992(5200h)) (2) ( 20993(5201H)) (3) system switching settings when communication error occurs( 21008(5210H) 21008(5210H) No.1 No.2 No.16 (4) system switching settings when communication error occurs( 21009(5211H) 21009(5211H) ( ) UDP GX Developer UDP GX Developer TCP * HTTP *MELSOFT
208 (1)
209 (2) /
210 (3) MC QnA 3E I/O03D0H 00H PLC FFH (A) (B) ( ) QnA 3E I/O03D0H 00H. PLC FFH (A) (B)
211 QnA 3E I/O03D1H 00 H PLC FFH A B
212 A SM1515 ON I/O 03D0H B SM1516 ON ON A OFFA TRK.ERR. QnPRHCPU A A I/O 03D0H B SM1515 ON SM1516 ON OFFB ON B ONA ON B B
213 CPU STOP CPU CPU STOP CPU CPU (*1) CPU RUN CPU RUN CPU *2
214 (4) A A B B
215 (5) (6)
216 No. Subject Subject
217 (7) MELSECNET/H, MELSECNET/10 Ethernet 2 Ethernet 3 No.2 No.1 No. No. No. No.2 No.1 No. No. No. RTWRITE Ethernet 2 Ethernet 2 Ethernet 1 Ethernet 1 Ethernet 3 Ethernet 2 Ethernet 1 Ethernet 3 Ethernet 1
218 (8) QCPU PLC 3
219
220 (9) FTP A CPU STOP A CPU Ethernet B CPU Ethernet B CPU STOP CPU A CPU B CPU A CPU RUN B CPU RUN A CPU Ethernet B CPU Ethernet CPU *2 (*1)
221 (10)
222 MC MC MC PLC CPU (1) (2)
223 (3) PLC CPU ACPU PLC Ethernet 14 A 1E 20 A 1E IP IP TCP / UDP TCP / UDP MC
224 MC PLC CPU
225 6.1.4 CPU Q I / OC P U P L C QCPU MC
226 MC 6.2 MX Component
227 7.1 (1) PLC CPU BUFSND BUFRCV (2) No.1 No.2 No.3 No
228 (3) Ethernet
229 1ACK 7.2 BUFSND D100, D101 [D100] [D101] X H [b0 BUFSND TCP ACK TCP BUFSND 1
230
231 BUFRCV [D100] [D101] X H [b0] BUFRCV BUFRCV BUFRCV H [b0] ACK TCP ACK TCP
232 H H H H
233 7.3.2 BUFRCVS (1) Ethernet No.1 No.2 No.16 (SI) No. PLC CPU (Ixx) (a) (b)
234
235
236 (2) [D200] [D201] X H [b1 BUFRCVS I50 TCP ACK ACK TCP END END
237
238 Ethernet 14 IP 20 TCP 20 Ethernet 14 IP 20 TCP 8
239 7.4.2 (1)
240 (2) 0 1 ASCII
241 (3) (4) 1017 n+ 1 2
242 1016 ASCII n (5)
243
244 7.5.2 QCPU-1 QCPU-2 (1)
245
246 (2)
247 No.1 1 1PLS BUFSND BUFSND BUFSND 1PLS BUFSND
248 No.1 1PLS No.1 1PLS U0\ ON ON U0\ U0\
249 8.1 (1) PLC CPU BUFSND BUFRCV
250 (2) No.1 No.2 No No
251 (3) Ethernet
252 1 8.2 BUFSND D100, D101 D100 D101 X H[b0] BUFSND BUFSND ACK TCP BUFSND 1
253
254 BUFRCV BUFRCV [D100] [D101] X H[b0] BUFRCV BUFRCV ACK TCP BUFRCV H[b0]
255
256 8.3.2 BUFRCVS (1) (2) BUFRCVS D200 D201 X H[b1] BUFRCVS I50 ACK TCP END END
257
258 8.4 (1) Ethernet 14 IP 20 TCP 20 Ethernet 14 IP 20 UDP 8 (2) 2046
259 8.5 UDP/IP Protocol Open sysem (c) Fixed buffer (1)
260 Fixed buffer communication Pairing open Existence confirmation (2)
261 8.5.2 (1) (a) Protocol Open System Fixed buffer Fixed buffer communication Pairing open Existence confirmation
262 (2)
263 IP IP 01, 285F Ethernet IP IP FFFFFFFF FFFF 5005H ON Etherne IP 1 IP IP IP Yes
264 8.5.3
265
266 8.6.2 (1)
267 (2)
268 No.1 1PLS BUFSND BUFSND BUFSND BUFSND 1PLS
269 ON No.1 1PLS 1PLS U0\ U0\ U0\
270 9.1 Ethernet
271 Ethernet PLC CPU TO FROM
272 9.1.1 ACK TCP ACK TCP Ethernet T O PLC CPU
273 9.1.2 ACK TCP ACK TCP Ethernet F R O M PLC CPU
274 Ethernet 14 IP 20 TCP 20 Ethernet 14 IP 20 UDP 8
275 9.2.2 (1)
276 (2) 61H 62H 0 1 Ethernet Ethernet ASCII
277 (3) 2 4 (4) 2 4
278 1017 n ASCII n+ 508
279 (6)
280 9.2.3 (1) 10 Ethernet 10
281 (20 ) ASCII - (10 )
282 (2) 10 Ethernet 10
283 20 ASCII 10
284 9.3
285 9.4
286
287 BUFRCV MELSECNET/H, MELSECNET/10 Zn K,H $ (*1) (*1) (*1)
288 PLC CPU Ethernet BUFRCV BUFRCV END END END 10
289 ON No PLS 1 1PLS 1 1 U0\ 10 U0\ U0\
290 BUFRCVS MELSECNET/H, MELSECNET/10 Zn K,H $ (*1) (*1)
291 10 PLC CPU Ethernet BUFRCVS END BUFRCVS
292 10 No.2 ON
293 BUFSND MELSECNET/H, MELSECNET/10 Zn K,H $ (*1) (*1) (*1)
294 10 PLC CPU Ethernet END END END BUFSND 1
295 10 No.1 1 1PLS 1PLS BUFSND BUFSND BUFSND BUFSND
296 CLOSE MELSECNET/H, MELSECNET/10 Zn K,H $ (*1) (*1)
297 CLOSE 1 END END END 10
298 1 OPEN CLOSE CLOSE CLOSE CLOSE 1 1 1PLS CLOSE CLOSE CLOSE CLOSE CLOSE 1PLS 10
299 ERRCLR MELSECNET/H, MELSECNET/10 Zn K,H $ (*1) (*1)
300 (S1)+2 (S1)+3 H H H H H H H H H H H H H H H H H H H H H H H H H H BUFRCV 1 END END END 10
301 10
302 ERRRD MELSECNET/H, MELSECNET/10 Zn K,H $ (*1) (*1) (S1)+2 (S1)+3
303 10 ERRRD END END END ERRRD 1 No.1 ERRRD
304 10.8 OPEN Zn K,H $ (*1) MELSECNET/H, MELSECNET/10 10
305 (*1) 10
306 10 OPEN END END END OPEN 1
307 ON 1PLS 1 1 OPEN OPE OPEN 1 1 1PLS IP OPEN OPEN OPEN U0\ Active GX Developer D100 U0\ 10
308 UINI MELSECNET/H, MELSECNET/10 Zn K,H $ (*1)
309 (*1) 10
310 UINI UINI 1 END END END 10
311 ON 1 2 UINI UINI UINI 1 RUN UINI 10
312 11 11 (1) Ethernet Ethernet (2) GX Develope (3) 11.3
313 LED Ethernet LED LED
314 LED 11
315 COM.ERR LED [COM.ERR] LED (1) [COM.ERR] LED [COM.ERR] LED Y17 [COM.ERR] LED X1C LED LED (3) /
316 11.2 GX Developer (1) Ethernet Ethernet Ethernet Ethernet LED LED PING 5.4 PING 5.4 Ethernet COM.ERR Ethernet [COM.ERR] LED (2) (3)
317 Ethernet Ethernet No. 11
318 11
319 (1)
320 11
321 (2) H/W LED No ASCII 0 1 RUN 0 1 0OPEN 1 OPEN 0Ethernet 1IEEE802.3 TCP 0Ping 1KeepAlive 11
322 GX Developer 10(16) Ethernet
323 11 10(16) Ethernet
324
325
326 11 (1) 69H (2) ( No.18 7CHC1H) ( No H5869H (3) ( No.18 7DHC2H) ( No H586AH) (4) ( No.18 7EHC3H) ( No H586BH)
327 (5) E0H1FFH 11
328 11
329 (6) HTTP 5101H5177H 01*12* 00H99* 2 00*23* 01*31* 00*59* 00*59H 00H99*
330 (7) 5870H5FFFH 11
331 01H12H 00H99H 2 00H23H 01H31H 00H59H 00H59H 00H99H
332 11
333 11
334 MC 11
335 MC 11
336 00H 58H (16) 11
337
338 11
339 11
340 11
341 11
342 11
343 11
344 11
345 11
346 11
347 11
348 11
349 11
350 11
351 Ethernet
352 11 (2)
353 Ethernet PLC CPU. PLC CPU PLC CPU Ethernet Ethernet RUNLED PLC CPU Ethernet RUN LED Ethernet GX Developer [Network parameters Setting the number of MNET/10H Ethernet cards] - [Mode] Online. (4.6 ) /ASCII GX Developer[Operational settings] -[Communicational data code].(4.7 *2
354 (X19=ON) 10BASE2 Ethernet LGFG Ethernet MC GX Developer LGFG Ethernet (*3) LGFG 11
355 ASCII Ethernet 11
356 H 124,134, 125, 135, IP 5.6 OPEN/CLOSE IP TCP/UDP 5.5 TCP/UDP 11
357 BUFSND BUFSND Ethernet BUFSND BUFSND/BUFRCV BUFSND 11.3 Ethernet
358 H 124,134, 126, 136, OPEN/CLOSE
359 11 IP IP (TCP/UDP) TCP/UDP H ON Ethernet 11.3 Ethernet BUFRCV BUFRCVS BUFRCV BUFSND/BUFRCV GX Developer BUFSND/BUFRCV BUFRCVS BUFRCV BUFSND
360 11 Ethernet 11.3 Ethernet
361 OPEN/CLOSE 5000H Ethernet IP IP TCP/UDP TCP/UDP 5.5 Ethernet
362 11 IP IP Ethernet Ethernet Etherne Ethernet
363 MC 5000H OPEN/CLOSE Ethernet IP TCP/UDP) Ethernet 11.3 IP (TCP/UDP
364 11 IP IP MELSEC Ethernet
365 MSEND MSEND MRECV Ethernet MSEND MSEND 11.3 MSEND DNS CPU 1 CPU Ethernet GX Developer CPU CPU SMTP Ethernet CPU SMTP SMTP Ethernet Ethernet SMTP 2 CPU 11
366 ASCII ASCII ASCII ASCII PC Ethernet MRECV MRECV 11.3 MRECV MRECV MRECV MRECV Subjec Ethernet? EUC SHIFT-JIS PC PC OutlookExpress Property Details Content of header information-type:text-plain:charset=iso-2022 jp charset=euc-jp SHIFT-JIS 09 AF 09, AF 11
367 (1) Ethernet I/O CPU SD1590 CPU CPU Ethernet E3H174H C032H TCP ULP C035H C032H, C035H Ethernet Issue system switching Issue system switching request at request at communication error communication error System switching settings when communication error occurs system switching settings when communication error occurs system switching settings when communication error occurs 5210H, 5211H GX Developer PLC CPU
368 11 C9H) Ethernet Issue system switching request at disconnection detection Issue system switch in Cable disconnection timeout Issue system switching request at disconnection detection 5200H GX Developer Ethernet PLC CPU disconnection timeout setting 5201H disconnection timeout setting (5.11.3
369 11 Ethernet TCP ULP TCP ULP timer Confirm Confirm 5.5 existence check starting interval timer existence check interval timer communication target IP IP address IP H 205FH GX Developer Ethernet PLC CPU
370 11 Ethernet
371 11 PLC CPU ON ON CPU RESET/L.CLR CPURESET/L.CLR RESET CPU CPU CPU CPU Ethernet CPU QnPRHCPU CPU CPU
372 11 (2) OPS OPS OPS OPS connection connection 5.5 Ethernet Ethernet 5.5 OPSIP OPSIP MC OPS MC MELSOFT OPS MELSOFT OPS EZSocket OPSEZSocket 11.4
373 Ethernet 1.1 Ethernet (1) Ethernet QJ71E QJ71E71-B5 QJ71E71-B2
374 QJ71E QJ71E71-B5 QJ71E71-B2
375 1.2 A B (1) (2)
376 2 QnA/A 2.1 Ethernet QnA/A AJ71E71 AJ71E71-S3, AJ71E71N QE71, QE71N B QJ71E71-100, QJ71E71-B5, QJ71E71-B2
377 AJ71E71 AJ71E71-S3, AJ71E71N QE71, QE71N B QJ71E71-100, QJ71E71-B5, QJ71E71-B2
378 2.2 QnA/A (1) AJ71E71(-S3), AJ71E71N E71 Ethernet Ethernet E71 Ethernet Ethernet E71 (2) AJ71QE71(N)
379
380 3 Ethernet 4 (1) Ethernet QJ71E QJ71E71-B5, QJ71E71-B2 TCP/IP UDP/IP TCP/IP UDP/IP Ke Kdf Ke Kdf Ke Kdf Ke Kdf QJ71E TCP/IP Ke UDP/IP QJ71E71-B5, QJ71E71-B2 TCP/IP UDP/IP Kdf Ke Kdf Ke Kdf Ke Kdf
381 (2) QJ71E QJ71E71-B5,QJ71E71-B2 TCP/IP UDP/IP TCP/IP UDP/IP Kr Kdr Kr Kdr Kr Kdr Kr Kdr
382 (3) MC PC ACK TCP Ethernet PLC CPU ACK TCP QJ71E QJ71E71-B5,QJ71E71-B2 TCP/IP UDP/IP TCP/IP UDP/IP Ke Kdt Ke Kdt Ke Kdt Ke Kdt
383
384 (4) Q02CPU ms Q02H/Q06H/Q12H/ Q25H/Q12PH/Q25PH/ Q12PRH/Q25PRHCPU Q00J/Q00/Q01CPU
385 ms Q02CPU Q02H/Q06H/Q12H/ Q25H/Q12PH/Q25PH/ Q12PRH/Q25PRHCPU Q00J/Q00/Q01CPU
386 (5) A B QJ71E A CPU A B B CPU QJ71E QJ71E QJ71E
387 QJ71E A B QJ71E QJ71E A CPU Tr=3 A B B CPU QJ71E
388 QJ71E A B QJ71E QJ71E A A B B CPU QJ71E
389 5 ASCII 6 RFC LSD MSD
390 7 (1) QJ71E (2) QJ71E71-B5
391 (3) QJ71E71-B2
392 8 (1) TCP TCP
393 (2) 8.1 MC -1 (1) (2)
394 (3) GX Developer
395 (4)
396
397
398
399
400
401
402 8.2 MC -2 (1) (2)
403 (3) GX Developer
404
405
406
407
408
409
410
411
412
413 8.3 MC -3 (1) (2) (3)
414 (4) (Form1) (5) (Form1) Command1 Ethernet Command2 A 1E Command3 Command4 Winsock Command5
415
416 9 (MX Component) 9.1 MX Component (1) PLC MX Component Ethernet MELSECNET/H (2)
417 (3) OS (4) (5) PLC
418 (6) Excel
419 9.2 MX Component (1)
420 (2) Text1 Command1 Command2 Command3 ACT ActEasyIF ACT
421
422
423 10 Ethernet IEEE802.3 Ethernet (1) Ethernet Ethernet 46~1500 FCS (2) IEEE ~1500 FCS 11 Ethernet ICMP ICMP ICMP Ethernet
424 12 No. GX Developer
425 1 GX Developer
426 2 GX Developer
427 3 GX Developer
428 4 GX Developer
429 5 GX Developer
430 6 GX Developer
431 7 GX Developer
432 8 GX Developer
433 9 GX Developer
434 10 GX Developer
435 11 GX Developer
436 GX Developer 12
437 GX Developer 13
438 1 B C D E F G I M O P Q R S T U A
439
440
441
442
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IP 주소란? 네트워크상에존재하는컴퓨터들을구분하고, 서로를인식하기위해사용하는특수한번호. 32-bit 체계의 IPv4 와, 128-bit 체계의 IPv6 가있다. About IPv4 32-bit 의길이로이루어지는 IPv4 는 1 byte (= 8-bit) 씩 4 개로나누어 10 진수로표현한다. 또한, 나누어진 4 개의 10 진수는마침표 (.) 로구분한다. 네트워크를구분하기위한