1.6.0.0 FunctLevelMan7_0 Mb_I_O_Scan C:\Users\SESA3969\My Documents_2\Back_up\PLC_proj\Svens\M221\Mb_I_O_Scan.smbp Mb_Kom POU 1 NormalContact %S6 Time base of 1 s generated by an internal clock SB_TB1S 0 0 Down, Left, Right NegatedContact %M1 0 1 Left, Right Line 0 9 Left, Right Line 0 8 Left, Right Line 0 7 Left, Right Line 0 6 Left, Right Line 0 5 Left, Right Line 0 4 Left, Right Line 0 3 Left, Right Line 0 2 Left, Right Coil %M0 0 10 Left VerticalLine 1 0 Up, Right Line 1 1 Left, Right Line 1 2 Left, Right Line 1 3 Left, Right Line 1 4 Left, Right Line 1 5 Left, Right Line 1 6 Left, Right Line 1 7 Left, Right Line 1 8 Left, Right Line 1 9 Left, Right Coil %M1 1 10 Left LD %S6 MPS ANDN %M1 ST %M0 MPP ST %M1 Puls 1 gång i sekunden NormalContact %M0 0 0 Left, Right WriteReadVarBasic %WRITE_READ_VAR0 0 2 Left, Right Coil %M2 1 10 Left Line 1 9 Left, Right Line 1 7 Left, Right Line 1 6 Left, Right Line 1 8 Left, Right NegatedContact %M2 0 1 Left, Right BLK %WRITE_READ_VAR0 LD %M0 ANDN %M2 Execute OUT_BLK LD Busy ST %M2 END_BLK Skriv och läs i extern enhet med Modbus TCP Operation %MW199 := %WRITE_READ_VAR0.COMMERROR 0 9 Left Line 0 8 Left, Right Line 0 7 Left, Right Line 0 6 Left, Right Line 0 5 Left, Right Line 0 4 Left, Right Line 0 3 Left, Right Line 0 2 Left, Right Line 0 1 Left, Right Line 0 0 Left, Right LD 1 [ %MW199 := %WRITE_READ_VAR0.COMMERROR ] Avläsning av eventuell felkod. Manual 512 Manual 2000
%S0
0 SB_COLDSTART Indicates or executes a cold start (data initialized to default values)
%S1
1 SB_WARMSTART Indicates there was a warm start with data backup
%S4
4 SB_TB10MS Time base of 10 ms generated by an internal clock
%S5
5 SB_TB100MS Time base of 100 ms generated by an internal clock
%S6
6 SB_TB1S Time base of 1 s generated by an internal clock
%S7
7 SB_TB1MIN Time base of 1 min generated by an internal clock
%S10
10 SB_IOCOMBUS I/O communication is running correctly (1), I/O communication error detected (0)
%S11
11 SB_WATCHDOG Watchdog overflow causes the controller to change to HALT
%S12
12 SB_RUNMODE The controller is running
%S13
13 SB_FIRSTRUN Indicates the first controller cycle in RUN mode
%S14
14 SB_IOFORCED This bit indicates there is at least one input or output forced
%S15
15 SB_INFORCED This bit indicates there is at least one input forced
%S16
16 SB_OUTFORCED This bit indicates there is at least one output forced
%S17
17 SB_LASTBIT It indicates the value of the last ejected bit
%S18
18 SB_OPERROR It indicates an overflow when a 16 bit operation is performed
%S19
19 SB_OVERRUN It indicates scan time greater than the period defined by the user
%S20
20 SB_INDERROR This bit indicates an index overflow of the indexed object address when a 16 bit operation is performed
%S21
21 SB_INITGRAFCET At state 1, this bit causes GRAFCET initialization. Active steps are deactivated and initial steps are activated
%S22
22 SB_RESETGRAFCET At state 1, this bit causes the active steps of the entire GRAFCET to be deactivated
%S23
23 SB_FREEZEGRAFCET Set to 1, this bit validates the pre-positioning of GRAFCET. Maintaining this bit at 1 freezes the GRAFCET (freezes the chart)
%S33
33 SB_CONFETH This bit indicates if a new Ethernet configuration is changing
%S34
34 SB_AUTOETH Set to 1, this bit allows to force some specific Ethernet configuration set in %S35 and %S36
%S35
35 SB_DUPLEXMODE This bit indicates Ethernet Duplex mode. Set to 0 if Half Duplex, Set to 1 if Full Duplex
%S36
36 SB_SPEEDETH This bit indicates Ethernet speed. Set to 0 if 10 Mbps, Set to 1 if 100 Mbps
%S38
38 SB_ALLOWEVENT This bit indicates if events are placed in the events queue as soon as they are detected
%S39
39 SB_LOSTEVENT This bit indicates if there is a saturation of events queue
%S49
49 SB_REARMOUTPUTS Set to 1, the automatic re-arming of outputs following a short circuit is enabled
%S50
50 SB_RTCUPDATE Set to 1, this bit allows to update the date and time
%S51
51 SB_RTCSTATUS Set to 1, the date and time must be initialized by the user
%S52
52 SB_RTCERROR At state 1, the date and time must be initialized
%S59
59 SB_DATEUPDATE Set to 1, the date and time are incremented or decremented according to the rising edges on the control bits set in %SW59
%S75
75 SB_BATSTATUS Set to 1, external battery power is low, or no external battery is detected
%S91
91 SB_MWERASE User sets this bit to 1 to erase all %MW variables in the flash memory
%S92
92 SB_MWSAVED Set to 1 if there is valid data saved on flash
%S93
93 SB_MWBACKUP User set this bit to 1 to store the %MW variable in the flash (up to 1000)
%S94
94 SB_MWRESTORE User set this bit to 1 to restore the saved data
%S96
96 SB_PROGBACKUP Set to 1, the backup program is valid
%S101
101 SB_MBADDRESS Set to 1, the address can be changed by changing the values of %SW101 (port 1) or %SW102 (port 2)
%S103
103 SB_ASCIICOM1 Set to 1, this bit allows to configure ASCII protocol on Serial Line 1
%S104
104 SB_ASCIICOM2 Set to 1, this bit allows to configure ASCII protocol on Serial Line 2
%S105
105 SB_MODINIT Set to 1, this bit allows to initialize the modem, see also %SW167
%S119
119 SB_IOERROR This bit is set to 0 when an I/O communication interruption is detected on the base controller
%S122
122 SB_DALARM The display will switch automatically to the alarm page
%S123
123 SB_DRED The Display backlight will be red as long as an alarm is active
%SW0
0 SW_MASTERTASK Modifies controller scan period defined at configuration through the user program in the Animation Table Editor
%SW1
1 SW_PERTASK Modifies the cycle time [2...255 ms] of the Periodic task
%SW6
6 SW_CONTROLSTATUS Controller Status: NO CONFIG (0), STOP (2), RUN (3), HALT (4), POWERLESS MODE (5)
%SW7
7 SW_STATE This word shows the state of the controller (refer F1 help for details)
%SW11
11 SW_WATCHDOG Contains the maximum value of the watchdog
%SW13
13 SW_BOOTVERSION Contains the boot version of the controller
%SW14
14 SW_COMVERSION Contains the commercial version of the controller
%SW15
15 SW_FW1VERSION Contains the Firmware version of the controller (1st word)
%SW16
16 SW_FW2VERSION Contains the Firmware version of the controller (2° word)
%SW17
17 SW_FLOATSTATUS Default status when an error is detected in a floating arithmetic operation (refer F1 help for details)
%SW18
18 SW_TM1COUNTER Contains the absolute timer counter (1st word)
%SW19
19 SW_TM2COUNTER Contains the absolute timer counter (2° word)
%SW30
30 SW_LASTSCAN1 Shows execution time of the last controller scan cycle (in ms).If the scan time is 2,250 ms, %SW30 = 2 and %SW70 = 250
%SW31
31 SW_MAXSCAN1 Shows execution time of the longest controller scan cycle since last cold start (in ms). If the scan time is 2,250 ms, %SW31 = 2 and %SW71 = 250
%SW32
32 SW_MINSCAN1 Shows execution time of shortest controller scan cycle since the last cold start (in ms). If the scan time is 2,250 ms, %SW32 = 2 and %SW72 = 250
%SW33
33 SW_IP1ADDRESS For IP address AA.BB.CC.DD: %SW33 = CC.DD and %SW34 = AA.BB (1st word)
%SW34
34 SW_IP2ADDRESS For IP address AA.BB.CC.DD: %SW33 = CC.DD and %SW34 = AA.BB (2° word)
%SW35
35 SW_SUBNET1 For Sub-network mask AA.BB.CC.DD: %SW35 = CC.DD and %SW36 = AA.BB (1st word)
%SW36
36 SW_SUBNET2 For Sub-network mask AA.BB.CC.DD: %SW35 = CC.DD and %SW36 = AA.BB (2° word)
%SW37
37 SW_GATEWAY1 For Gateway address AA.BB.CC.DD: %SW37 = CC.DD and %SW38 = AA.BB (1st word)
%SW38
38 SW_GATEWAY2 For Gateway address AA.BB.CC.DD: %SW37 = CC.DD and %SW38 = AA.BB (2° word)
%SW39
39 SW_PERTIME Shows the average execution time of the periodic task in µs (last 5 times)
%SW40
40 SW_EV0TIME Shows the average execution time of the event 0 in us (last 5 times)
%SW41
41 SW_EV1TIME Shows the average execution time of the event 1 in us (last 5 times)
%SW42
42 SW_EV2TIME Shows the average execution time of the event 2 in us (last 5 times)
%SW43
43 SW_EV3TIME Shows the average execution time of the event 3 in us (last 5 times)
%SW44
44 SW_EV4TIME Shows the average execution time of the event 4 in us (last 5 times)
%SW45
45 SW_EV5TIME Shows the average execution time of the event 5 in us (last 5 times)
%SW46
46 SW_EV6TIME Shows the average execution time of the event 6 in us (last 5 times)
%SW47
47 SW_EV7TIME Shows the average execution time of the event 7 in us (last 5 times)
%SW48
48 SW_NBEVENTS Shows how many events have been executed since the last cold start
%SW49
49 SW_RTCDAY RTC Function: contains in BCD xN Day of the week (N=1 for Monday)
%SW50
50 SW_RTCSEC RTC Function: contains in BCD 00SS Seconds
%SW51
51 SW_RTCHHMM RTC Function: contains in BCD HHMM: hour and minute
%SW52
52 SW_RTCMMDD RTC Function: contains in BCD MMDD: month and day
%SW53
53 SW_RTCCCYY RTC Function: contains in BCD CCYY: century and year
%SW54
54 SW_LS1TIME Time of the last power failure or controller stop (in BCD): SS Seconds
%SW55
55 SW_LS2TIME Time of the last power failure or controller stop (in BCD): HHMM Hour and minute
%SW56
56 SW_LS3TIME Time of the last power failure or controller stop (in BCD): MMDD Month and day
%SW57
57 SW_LS4TIME Time of the last power failure or controller stop (in BCD): CCYY Century and year
%SW58
58 SW_LASTSTOP Displays code giving cause of last stop: Run/Stop input edge,Stop at software detected fault, Stop command, Power outage,Stop at hardware detected fault
%SW59
59 SW_ADJUSTDATE Contains two sets of 8 bits to adjust current date.The operation is always performed on rising edge of the bit. This word is enabled by bit %S59
%SW62
62 SW_ETHERROR Shows the Ethernet error code (0 No error, 1 Duplicate IP, 2 DHCP in Progress, 3 BOOTP in Progress, 4 Invalid parameters, 5 Fixed IP in progress, 6 Ethernet com in Fail)
%SW63
63 SW_EXCH1ERROR Contains EXCH1 error code, see online help for details
%SW64
64 SW_EXCH2ERROR Contains EXCH2 error code, see online help for details
%SW65
65 SW_EXCH3ERROR Contains EXCH3 error code for Ethernet controllers, see online help for details
%SW67
67 SW_CONTID Contains the logic controller code ID. For more information, refer to the M221 Logic Controller Code ID table
%SW70
70 SW_LASTSCAN2 Shows the microseconds of the execution time of the last controller scan cycle. If the scan time is 2,250 ms the %SW30 will be 2 and the %SW70 = 250
%SW71
71 SW_MAXSCAN2 Shows the microseconds of the execution time of the longest controller scan cycle since the last cold start. If the scan time is 2,250 ms the %SW31 will be 2 and the %SW71 = 250
%SW72
72 SW_MINSCAN2 Shows the microseconds of the execution time of shortest controller scan cycle since the last cold start. If the scan time is 2,250 ms the %SW32 will be 2 and the %SW72 = 250
%SW75
75 SW_CPULOAD Shows percentage of processing load
%SW76
76 SW_COUNTD1 Down Counter 1, decremented individually by the system every ms
%SW77
77 SW_COUNTD2 Down Counter 2, decremented individually by the system every ms
%SW78
78 SW_COUNTD3 Down Counter 3, decremented individually by the system every ms
%SW79
79 SW_COUNTD4 Down Counter 4, decremented individually by the system every ms
%SW80
80 SW_ANASTATUS Each bit indicate status of the embedded analog inputs
%SW94
94 SW_SIGNATURE Contains the signature, changes in case of an application change, in terms of configuration or programming data
%SW95
95 SW_SIGNATURE1 Contains the signature, changes in case of an application change, in terms of configuration or programming data
%SW96
96 SW_SAVERESTORE Contains the command and/or diagnostics for save/restore function of application program (refer F1 help for details)
%SW98
98 SW_SL1POSTST Post configuration status of Serial Line 1. The bits are set to 1 when the post configuration was applied for the parameter
%SW99
99 SW_SL2POSTST Post configuration status of Serial Line 2. The bits are set to 1 when the post configuration was applied for the parameter
%SW100
100 SW_ETHPOSTST Post configuration status of Ethernet port. The bits are set to 1 when the post configuration was applied for the parameter
%SW101
101 SW_SL1ADDRESS Address of port 1, when bit %S101 is set to 1, you can change the Modbus address
%SW102
102 SW_SL2ADDRESS Address of port 2, when bit %S101 is set to 1, you can change the Modbus address
%SW103
103 SW_SL1CONF1 Configuration for use of the ASCII protocol of port 1 when bit %S103 (refer F1 help for details)
%SW104
104 SW_SL2CONF1 Configuration for use of the ASCII protocol of port 2 when bit %S104 (refer F1 help for details)
%SW105
105 SW_SL1CONF2 Configuration for use of the ASCII protocol of port 1 when bit %S103 (refer F1 help for details)
%SW106
106 SW_SL2CONF2 Configuration for use of the ASCII protocol of port 2 when bit %S104 (refer F1 help for details)
%SW107
107 SW_MACAD1 For MAC address AA:BB:CC:DD:EE:FF %SW107 = AA:BB (1st word)
%SW108
108 SW_MACAD2 For MAC address AA:BB:CC:DD:EE:FF %SW108 = CC:DD (2° word)
%SW109
109 SW_MACAD3 For MAC address AA:BB:CC:DD:EE:FF %SW108 = EE:FF (3° word)
%SW114
114 SW_SCH_ENABLE Enables or disables operation of schedule blocks by the user program or operator display
%SW118
118 SW_CONTROLIOBUS Shows IO bus controller status (refer F1 help for details)
%SW119
119 SW_IOOPTION Shows optional expansion module configuration (refer F1 help for details)
%SW120
120 SW_IOSTATUS Shows expansion I/O module status (refer F1 help for details)
%SW121
121 SW_SL1CONF3 Configuration for use of the ASCII frame size of port 1 when bit %S103 (refer F1 help for details)
%SW122
122 SW_SL2CONF3 Configuration for use of the ASCII frame size of port 2 when bit %S104 (refer F1 help for details)
%SW128
128 SW_CAR1STATUS Shows the status code for the Cartridge 1 (refer F1 help for details)
%SW129
129 SW_CAR2STATUS Shows the status code for the Cartridge 2 (refer F1 help for details)
%SW130
130 SW_EXE1MICROS Shows the last execution time of the event input %I0.2 in µs
%SW131
131 SW_EXE2MICROS Shows the last execution time of the event input %I0.3 in µs
%SW132
132 SW_EXE3MICROS Shows the last execution time of the event input %I0.4 in µs
%SW133
133 SW_EXE4MICROS Shows the last execution time of the event input %I0.5 in µs
%SW134
134 SW_EXE5MICROS Shows the last execution time of the event Threshold 0 of HSC0 in µs
%SW135
135 SW_EXE6MICROS Shows the last execution time of the event Threshold 1 of HSC0 in µs
%SW136
136 SW_EXE7MICROS Shows the last execution time of the event Threshold 0 of HSC1 in µs
%SW137
137 SW_EXE8MICROS Shows the last execution time of the event Threshold 1 of HSC1 in µs
%SW138
138 SW_PERLAST Shows the last execution time of the periodic task in µs
%SW139
139 SW_OUTPROT Shows the protection error status of output blocks
%SW148
148 SW_NBPERS Number of persistent variables (maximum 1,000)
%SW149
149 SW_EXE1MS Shows the last execution time of the event input %I0.2 in ms
%SW150
150 SW_EXE2MS Shows the last execution time of the event input %I0.3 in ms
%SW151
151 SW_EXE3MS Shows the last execution time of the event input %I0.4 in ms
%SW152
152 SW_EXE4MS Shows the last execution time of the event input %I0.5 in ms
%SW153
153 SW_EXE5MS Shows the last execution time of the event threshold 0 of HSC0 in ms
%SW154
154 SW_EXE6MS Shows the last execution time of the event threshold 1 of HSC0 in ms
%SW155
155 SW_EXE7MS Shows the last execution time of the event threshold 0 of HSC1 in ms
%SW156
156 SW_EXE8MS Shows the last execution time of the event threshold 1 of HSC1 in ms
%SW157
157 SW_PERLASTMS Shows the last execution time of the PERIODIC task in ms
%SW158
158 SW_PERAVGMS Shows the average execution time (last 5 times) of the PERIODIC task in ms
%SW159
159 SW_EV0AVGMS Shows the average execution time (last 5 times) of event 0 in ms
%SW160
160 SW_EV1AVGMS Shows the average execution time (last 5 times) of event 1 in ms
%SW161
161 SW_EV2AVGMS Shows the average execution time (last 5 times) of event 2 in ms
%SW162
162 SW_EV3AVGMS Shows the average execution time (last 5 times) of event 3 in ms
%SW163
163 SW_EV4AVGMS Shows the average execution time (last 5 times) of event 4 in ms
%SW164
164 SW_EV5AVGMS Shows the average execution time (last 5 times) of event 5 in ms
%SW165
165 SW_EV6AVGMS Shows the average execution time (last 5 times) of event 6 in ms
%SW166
166 SW_EV7AVGMS Shows the average execution time (last 5 times) of event 7 in ms
%SW167
167 SW_MODSTATUS Describes the answer of the modem to the last init command
%SW168
168 SW_NBETHCON Shows the number of Ethernet Modbus TCP server connections in use
%SW170
170 SW_NBSL1FRAMES Counts the number of frames transmitted by the Serial Line 1
%SW171
171 SW_NBSL2FRAMES Counts the number of frames transmitted by the Serial Line 2
%SW172
172 SW_NBUSBFRAMES Counts the number of frames transmitted by the USB channel
%SW173
173 SW_NBTCPFRAMES Counts the number of frames transmitted by Modbus TCP on Ethernet
%SW174
174 SW_NBSL1OK Counts the number of frames correctly received by the Serial Line 1
%SW175
175 SW_NBSL2OK Counts the number of frames correctly received by the Serial Line 2
%SW176
176 SW_NBUSBOK Counts the number of frames correctly received by the USB channel
%SW177
177 SW_NBTCPOK Counts the number of frames correctly received by Modbus TCP on Ethernet
%SW178
178 SW_NBSL1ERROR Counts the number of frames received in error by the Serial Line 1
%SW179
179 SW_NBSL2ERROR Counts the number of frames received in error by the Serial Line 2
%SW180
180 SW_NBUSBERROR Counts the number of frames received in error by the USB channel
%SW181
181 SW_NBTCPERROR Counts the number of frames received in error by Modbus TCP on Ethernet
%SW182
182 SW_DSPSTATE Remote Graphic Display connection state
%SW183
183 SW_DSPERROR Remote Graphic Display last error detected
%SW184
184 SW_DINDEX Contains the Display page INDEX and allows to choose an other page
%SW185
185 SW_DSPVERSION Contains the version of the Remote Graphic Display
%SW188
188 SW_MAPTRFRAMES Counts the number of frames transmitted by the Modbus mapping table
%SW189
189 SW_MAPRECFRAMES Counts the number of frames correctly received by the Modbus mapping table
%SW190
190 SW_NBIPTRA1 Counts the number of frames transmitted on Ethernet IP (1st word)
%SW191
191 SW_NBIPTRA2 Counts the number of frames transmitted on Ethernet IP (2nd word)
%SW192
192 SW_NBIPREC1 Counts the number of frames received on Ethernet IP (1st word)
%SW193
193 SW_NBIPREC2 Counts the number of frames received on Ethernet IP (2nd word)
%SW194
194 SW_NBIP_UCCM_MES1 Counts the number of unconnected messages received on Ethernet IP (1st word)
%SW195
195 SW_NBIP_UCCM_MES2 Counts the number of unconnected messages received on Ethernet IP (2nd word)
%SW196
196 SW_NBIP_UCCM_INV1 Counts the number of invalid unconnected messages received on Ethernet IP (1st word)
%SW197
197 SW_NBIP_UCCM_INV2 Counts the number of invalid unconnected messages received on Ethernet IP (2nd word)
%SW198
198 SW_NBIPC3REQ1 Counts the number of class 3 requests received on Ethernet IP (1st word)
%SW199
199 SW_NBIPC3REQ2 Counts the number of class 3 requests received on Ethernet IP (2nd word)
%SW200
200 SW_NBIPC3INV1 Counts the number of invalid class 3 requests received on Ethernet IP (1st word)
%SW201
201 SW_NBIPC3INV2 Counts the number of invalid class 3 requests received on Ethernet IP (2nd word)
%SW202
202 SW_IPININST Reads the input Assembly Instance Number
%SW203
203 SW_IPINSIZE Reads the input Assembly Instance Size
%SW204
204 SW_IPOUTINST Reads the output Assembly Instance Number
%SW205
205 SW_IPOUTSIZE Reads the output Assembly Instance Size
%SW206
206 SW_IPNBTIMEOUT Counts the number of connection timeouts on Ethernet IP
%SW207
207 SW_IPFLAGIDLE Reads the Ethernet IP flag from last I/O packet: Idle (value=0), Run (value=1), Error (value=2)
%MSG1
0 Serial1
%MSG3
2 Ethernet
%WRITE_READ_VAR0
0 EthernetLink 1 100 MW 100 10 200 150 10 210 255 false 100 StartAsPreviousState true 250 Time5Sec 0 0 0 0 TM221CE40T MyController 520 304 86 86 86 86 86 86 86 86 40 40 40 40 40 40 40 40 40 40 2 16 16 16 16 1 0 4 84148994 96 0 64 4 512 8000 0 102 16 9999 14 160 234 16 0 255 0 0 8 255 8 184320 221776 117538816 512 130560 1024 32 16 8 0 false true true 6
%I0.0
0
%I0.1
1
%I0.2
2
%I0.3
3
%I0.4
4
%I0.5
5
%I0.6
6
%I0.7
7
%I0.8
8
%I0.9
9
%I0.10
10
%I0.11
11
%I0.12
12
%I0.13
13
%I0.14
14
%I0.15
15
%I0.16
16
%I0.17
17
%I0.18
18
%I0.19
19
%I0.20
20
%I0.21
21
%I0.22
22
%I0.23
23
%Q0.0
0
%Q0.1
1
%Q0.2
2
%Q0.3
3
%Q0.4
4
%Q0.5
5
%Q0.6
6
%Q0.7
7
%Q0.8
8
%Q0.9
9
%Q0.10
10
%Q0.11
11
%Q0.12
12
%Q0.13
13
%Q0.14
14
%Q0.15
15
%IW0.0
0 0 Type_0_10V 0 Scope_Normal 0 1000 true 1 1 1 3100 1500 0
%IW0.1
1 0 Type_0_10V 0 Scope_Normal 0 1000 true 1 1 1 3100 1500 0
%HSC0
0 0 0 1 2 3 0 false false false false 1 false false false false 0 NotUsed 7 1 NotUsed 7 OneSecond
%HSC1
1 0 0 1 2 3 0 false false false false 1 false false false false 0 NotUsed 7 1 NotUsed 7 OneSecond
%HSC2
2 0 0 1 2 3 0 false false false false 1 false false false false 0 NotUsed 7 1 NotUsed 7 OneSecond
%HSC3
3 0 0 1 2 3 0 false false false false 1 false false false false 0 NotUsed 7 1 NotUsed 7 OneSecond
%PLS0/%PWM0/%PTO0/%FREQGEN0
0 NotUsed NotUsed NotUsed 0 1
%PLS1/%PWM1/%PTO1/%FREQGEN1
1 NotUsed NotUsed NotUsed 1 1 1937 false M221 FixedAddress 192.168.1.51 255.255.255.0 0.0.0.0 TransfertRateAuto ProtocolEthernet2 0.0.0.0 true 2 502 0 0 1
192.168.1.52
255 100 false false 0 0 0 0 true true true true 2 170 110 335 110 155 190 155 190 Baud19200 No Modem ParityEven DataBits8 StopBits1 10 10 false true false false false false 0 10 0 0 0 PhysicalMediumRs485 TransmissionModeModbusRtu 1 2 SlaveAddressing 0 No 520 304 0 0 0 0 0 0 English English French French German German Portuguese Portuguese Spanish Spanish Italian Italian Chinese Chinese Turkish Turkish New project false true false false 1 true A4 false HundredthsOfAnInch 100 100 100 100