-
rollautomation
- Сообщения: 127
- Зарегистрирован: 25 мар 2011, 19:44
C2000 +CMC-MOD01
С Новьйм Годом ,
Ест идея ,как реализоват пока не ясно ,мож кто нибуд работал над етим
У С2000 если установлена CMC-MOD01 можно с роутером сделат связ Wi-Fi .
Какие адреса регистрам если работает внутренний ПЛК ?
Давайте знатоки !!!
- Вложения
-
- TeslaModbusScada.JPG (88.45 КБ) 4078 просмотров
Простите ошибки, я иностранец.У моя клавиатура нету «э» и «ы»
-
TEH3OP
- Сообщения: 42
- Зарегистрирован: 03 июл 2012, 10:59
- Откуда: Одесса
Re: C2000 +CMC-MOD01
Сообщение
TEH3OP » 03 янв 2014, 18:24
rollautomation писал(а):
Какие адреса регистрам если работает внутренний ПЛК ?
Если имеются ввиду регистры ПЛК С2000, по модбас, то доступ к ним происходит по адресу Н1000-Н118F (D0-D399).
Т.е. по адресу Н1000 хранится значение D0. Естественно обращаться нужно по адресу контроллера (09-35).
А в предложенном варианте, наиболее сложный вопрос преобразование Ethernet Modbus в RS-485 Modbus
-
rollautomation
- Сообщения: 127
- Зарегистрирован: 25 мар 2011, 19:44
Re: C2000 +CMC-MOD01
Сообщение
rollautomation » 04 янв 2014, 16:15
Рад что TEH3OP здес ,думаю данная идея имеет будуще .
Не только с С2000 , а можно например к DOP-B03E211,любой с Ethernet .
Хорошо будет если получится обсуждение .
Простите ошибки, я иностранец.У моя клавиатура нету «э» и «ы»
-
rollautomation
- Сообщения: 127
- Зарегистрирован: 25 мар 2011, 19:44
Re: C2000 +CMC-MOD01
Сообщение
rollautomation » 05 янв 2014, 10:07
TEH3OP писал(а):А в предложенном варианте, наиболее сложный вопрос преобразование Ethernet Modbus в RS-485 Modbus
С ето ???
Модуль RTU-EN01является станцией удаленного сбора данных от модулей дискретных и аналоговых входов/выходов контроллеров серии
DVP-Sдля сет и Ethernet.Также,выполняет функцию шлюза (конвертор протоколов) междуModbusRTU/ASCII(RS485)иModbusTCP(Ethernet).
Настройка модуляRTU-EN01
осуществляется через программу-конфигураторDCISoft.Модуль предоставляет следующие возможности:
•поддержка протоколаModbusTCPSlave.
Данный модуль может одновременно опрашиваться через сеть Ethernet до 16 Ведущими устройствами (ПЛК,HMI,SCADA)
•работа в качестве шлюза Modbus RTU/ASCII(RS485 ) в ModbusTCP(Ethernet). Со стороныRS485 может опрашивать до 32-х Ведомых устройств, поддержи
вающих протокол ModbusRTU/ASCII
•автоматическое определение скорости передачи 10/100 Мб/сек
•поддерживаемые сетевые протоколы:ICMP,IP,TCP,UDP,DHCP,NTP,HTTP
•не требует перекрещенного кабеля при соединении точка-точка (автоопределениеMDI/MDI-X)
•поддерживает по внутренней шине до 16 дискретных модулей (макс. 256 точек) идо 8 аналоговых модулей
•имеет встроенные базовые инструкции контроллера: таймеры, счетчики, часы реального времени, конструкциюIF-THEN
•позволяет осуществлять настройки через браузер
•имеет явно заданный MAC-адрес, позволяет настраивать IP-фильтр
Простите ошибки, я иностранец.У моя клавиатура нету «э» и «ы»
-
rollautomation
- Сообщения: 127
- Зарегистрирован: 25 мар 2011, 19:44
Re: C2000 +CMC-MOD01
Сообщение
rollautomation » 05 янв 2014, 10:24
либо с ето для С2000
Introduction
Thank you for choosing Delta CMC-MOD01 communication card. CMC-MOD01 is Modbus TCP
communication card for connecting Delta VFD-C2000 series AC motor drive to Modbus TCP network. No
external power supply is required for CMC-MOD01. The power will be supplied by AC motor drive.
Functions
1. Supports Modbus TCP protocol
2. MDI/MDI-X auto-detect
3. Baud rate: 10/100Mbps auto-detect
4. E-mail alarm
5. AC motor drive keypad/Ethernet configuration
6. Virtual serial port
Простите ошибки, я иностранец.У моя клавиатура нету «э» и «ы»
-
rollautomation
- Сообщения: 127
- Зарегистрирован: 25 мар 2011, 19:44
Re: C2000 +CMC-MOD01
Сообщение
rollautomation » 05 янв 2014, 10:35
лучше разсматриват вариант с панель оператора DOP-B xx E ,например :
The DOP-B03E211 with Ethernet model adopts a 400cd/m2 high brightness LCD display module and has a built-in 10 Mbit/s and 100 Mbit/s Ethernet interface for remote network controlling. With the aid of eServer and eRemote software, it is easy to construct a real-time monitoring and controlling system via Ethernet that satisfies various requirements for a wide range of industrial applications.
Простите ошибки, я иностранец.У моя клавиатура нету «э» и «ы»
Москва
Склад: +7 (916) 203-04-73,
+7 (499) 490-33-49
(по вопросам отгрузки)
Адрес: Москва, ул.Красноярская, дом 1, корпус 1, м. Щелковская
Санкт-Петербург
Телефон: 8-800-775-09-57
Адрес: Санкт-Петербург,
ул. Магнитогорская, 30А,
пом.8-Н, офис 711
Челябинск
Телефон: 8 (351) 242-05-58
Почта:
info@rusautomation.ru
Адрес: Челябинск,
ул. Гагарина 5, оф.507
Detail Specifications: 199/199771-powermax_remote__programmer_software.pdf file (22 Apr 2023) |
Accompanying Data:
Visonic POWERMAX REMOTE — PROGRAMMER SOFTWARE Software PDF Operation & User’s Manual (Updated: Saturday 22nd of April 2023 02:21:04 PM)
Rating: 4.3 (rated by 63 users)
Compatible devices: K10N78D, SDVR 1600, PowerLink2, GUC232A, PT-D10000, Synergix 8825, Software Film Factory v3.0, NTRGUBRP.
Recommended Documentation:
Text Version of Operation & User’s Manual
(Ocr-Read Summary of Contents, UPD: 22 April 2023)
-
20, Visonic POWERMAX REMOTE — PROGRAMMER SOFTWARE 4-2______________________________________________________________________ Sites The screen displays buttons, which enable you to begin working with PowerMax Remote Programmer: Button Function Open Opens an existing Site New Opens a new Site Delete Deletes a Site Exit Closes the PowerMax Remote Programmer application. When you display the Sites List from with…
-
42, Visonic POWERMAX REMOTE — PROGRAMMER SOFTWARE 7-4________________________________________ Connecting to the PowerMax Control Panel ii) DTMF callback connection uses a special GSM modem (Sony Ericsson Modem GM29) which uses a digital number. The PowerMax Remote Programmer dials the GSM unit via analog communication, but, instead of sending data it uses DTMF tones. The PowerMax Remote Programmer sends the download code (numeric, 0-9) an…
-
65, Index_______________________________________________________________________ 1 Index A Auto Detection 4-4, 7-2 C Callback 7-6 Color, of Tables changing 11-1 Column Alignment changing 11-2 Communication Settings 7-1 Communications Definitions Screen 6-8 Communications Menu 3-2 Connecting 7-4 login 4-4, 4-5 via serial port 7-2, 7-7 via telephone modem 4-4 Copying…
-
35, 6-6___________________________________________________________Data Details Tables 7. Click the Options icon in the tool bar or select Options in the View menu. 8. Select the Data tab. 9. Check the Send updated data immediately checkbox. 10. Enter the keypad ID, the sync. counter and the sync. counter backup numbers to the relevant keypad in the Keypad Enrol…
-
60, Troubleshooting ____________________________________________________________ 12-1 Chapter 12: Troubleshooting PROBLEM DIAGNOSIS POSSIBLE SOLUTION A. The PowerMax Remote Programmer doesn’t identify the modem A1. Your modem might be OFF or loosely connected. A1. Make sure the modem is turned ON. A power switch is available on any external …
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22, 4-4______________________________________________________________________ Sites The New Site window will appear displaying the Work Online tab with the Phone Number field disabled and the Auto detection checkbox enabled. Figure 4-4: New Site Window — Work Online via a Serial Port 4. Enter the download code located in the control panel (for further details, see Po…
-
3, ii ________________________________________________________ Copyright and Warranty The Manufacturer shall not be liable for any damage or loss whatsoever, whether directly, indirectly, incidentally, consequentially or otherwise, caused by the malfunction of the Product due to products, accessories, or attachments of others, including batteries, used in conjunction with the Pro…
-
24, 4-6______________________________________________________________________ Sites 4. Enter the Phone Number and the Download Code located in the control panel (for further details, see PowerMax User Guide). The Login button will become enabled. 5. Click Login. The Modem Dial Up… window will appear and attempt connecting. Figure 4-7: Modem Dial Up… Working Offline Work Offline on…
-
11, Visonic POWERMAX REMOTE — PROGRAMMER SOFTWARE 2-2______________________________________________________________ Getting Started To Start PowerMax Remote Programmer 1. On the Windows Desktop, double-click on the PowerMax Remote Programmer icon; the Login screen appears. Figure 2-1: Login Screen 2. In the Operator edit box, type visonic. 3. In the Password edit box, type powermax, then click OK. …
-
7, 2 _____________________________________________________________ Table of Contents Chapter 6: Data Details Table 6.1 Site Information ……………………………………………………………………………. 6-2 6.2 User Settings………………………………………………………………………………… 6-3 6.3 User Codes………..…
-
50, Visonic POWERMAX REMOTE — PROGRAMMER SOFTWARE 8-2_______________________________________________________________________Data 2. In the Delay after acknowledge during download field, enter a time value (in milliseconds) for a delay in sending commands. This field should be used when problems in communication is experienced. 3. In the Download Code field, if a value (four hexadecimal digits) is entered, the Powe…
-
61, 12-2____________________________________________________________ Troubleshooting PROBLEM DIAGNOSIS POSSIBLE SOLUTION B5. Modem is not properly installed in operating system (Windows). B5. Make sure that the modem is recognized by Windows. If not, click Start → Setting → Control Panel. Double click the Modems icon and follow the instructions o…
Recommended Instructions:
ThinkStation E20, MA3XD15, SG-289, 2100HCCA
-
Safety Guide (FS-C2026MFP/FS-C2126MFP)Sicherheitsleitfaden (FS-C2026MFP/FS-C2126MFP)セーフティガイド (FS-C2026MFP/FS-C2126MFP)Manuel de Sécurité (FS-C2026MFP/FS-C2126MFP)Guida alla sicurezza (FS-C2026MFP/FS-C2126MFP)Folleto de seguridad (FS-C2026MFP/FS-C2126MFP)Guia de Segurança (FS-C2026MFP/FS-C2126MFP)Cautionary Labels/Markings / Étiquettes/Marques Attention / …
FS-C2026MFP 2
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Read Me FirstRead Me FirstFUJITSU Storage ETERNUS LT20 S2/LT40 S2/LT60 S2 Tape LibraryThe information in this document is subject to change without notice for improvement and functionality expansion of the LT20 S2/LT40 S2/LT60 S2.The latest information about the LT20 S2/LT40 S2/LT60 S2 is available at the following website:https://www.fujitsu.com/global/support/products/computing/stor …
ETERNUS LT20 S2 11
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CANON INC.30-2, Shimomaruko 3-chome, Ohta-ku, Tokyo 146-8501, JapanCANON U.S.A., INC.One Canon Plaza, Lake Success, NY 11042, U.S.A.CANON CANADA INC.6390 Dixie Road Mississauga, Ontario L5T 1P7, CanadaCANON EUROPA N.V.Bovenkerkerweg 59-61 1185 XB Amstelveen, The NetherlandsCANON FRANCE S.A.S.17, quai du Président Paul Doumer 92414 Courbevoie Cedex, FranceCANON COMMUNICATION & I …
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12311a34566789101471124456798101432211111 12131a212131212ellerStrömbrytare för radiofunktioner2 TrackPoint-topparThinkPad(R)-datorInstallera batteriet:Batteriet är klart att användas.Anslut datorn till elnätet:Slå på strömmen:Peka och klicka med TrackPoint-systemet:Åtgärden tar flera minuter och datorn kan komma att startas om flera gånger.Konfigurera o …
X60 2
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Manuals and User Guides for OMRON TJ1-MC16. We have 5 OMRON TJ1-MC16 manuals available for free PDF download: Programming Manual, Hardware Reference Manual, Quick Start Manual
OMRON TJ1-MC16 Programming Manual (312 pages)
Brand: OMRON
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Category: Controller
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Size: 13.94 MB
Table of Contents
-
Sibp-C730600
3
-
Table of Contents
5
-
1 Safety Warnings and Precautions
16
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Intended Audience
16
-
General Precautions
16
-
Safety Precautions
16
-
Operating Environment Precautions
17
-
Application Precautions
18
-
Unit Assembly Precautions
21
-
-
2 Trajexia System
22
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Introduction
22
-
Trajexia Hardware
23
-
This Manual
23
-
-
Multitasking BASIC Programming
23
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BASIC Programming
24
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Axis, System and Task Statements
24
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Memory Areas
24
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Data Structures and Variables
25
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Mathematical Specifications
27
-
-
Motion Execution
28
-
Motion Generator
28
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Sequencing
29
-
Move Loading
29
-
-
Command Line Interface
30
-
BASIC Programs
30
-
Managing Programs
30
-
Program Compilation
31
-
Program Execution
31
-
-
-
3 BASIC Commands
33
-
Categories
33
-
Axis Commands
33
-
Axis Parameters
34
-
Communication Commands and Parameters
36
-
Constants
36
-
I/O Commands, Functions and Parameters
36
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Mathematical Functions and Operands
37
-
Program Commands
37
-
Program Control Commands
38
-
Slot Parameters and Modifiers
38
-
System Commands and Functions
38
-
System Parameters
39
-
Task Commands and Parameters
40
-
-
All BASIC Commands
41
-
Addition)
41
-
(Subtraction)
41
-
Multiplication)
41
-
(Division)
41
-
Power)
42
-
(Is Equal To)
42
-
(Assignment)
42
-
(Is Not Equal To)
42
-
(Is Greater Than)
43
-
(Is Greater than or Equal To)
43
-
(Is Less Than)
43
-
(Is Less than or Equal To)
43
-
(Hexadecimal Input)
44
-
(Comment Field)
44
-
(Statement Separator)
44
-
Abs
45
-
Acc
45
-
Accel
45
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Acos
45
-
Add_Dac
46
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Addax
46
-
Addax_Axis
47
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Ain
47
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And
47
-
Aout
48
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Asin
48
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Atan
48
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Atan2
48
-
Atype
49
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Autorun
49
-
Axis
49
-
Axis_Display
50
-
Axis_Enable
50
-
Axisstatus
50
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B_Spline
51
-
Base
51
-
-
Basicerror
52
-
Battery_Low
53
-
-
Break_Reset
53
-
Cam
53
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Cancel
56
-
Checksum
56
-
Chr
56
-
Clear
57
-
-
Clear_Bit
57
-
Clear_Params
57
-
Close_Win
57
-
Clutch_Rate
57
-
Commserror
58
-
Compile
58
-
Connect
59
-
-
Control
59
-
Copy
60
-
-
Cos
60
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Creep = 10
60
-
D_Gain
60
-
D_Zone_Max
61
-
-
D_Zone_Min
61
-
Dac_Out
61
-
Dac_Scale
61
-
Date
62
-
Datum
62
-
Datum_In
63
-
Day
64
-
Decel
64
-
Del
65
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Demand_Edges
65
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Devicenet
66
-
Dir
67
-
-
Disable_Group
67
-
Display
67
-
Dpos
68
-
Drive_Alarm
68
-
Drive_Clear
69
-
Drive_Control
69
-
Drive_Inputs
70
-
Drive_Monitor
70
-
Drive_Read
71
-
Drive_Reset
71
-
Drive_Status
72
-
Drive_Write
73
-
Edit
73
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Else
73
-
Elseif
73
-
Encoder
74
-
Encoder_Bits
74
-
Encoder_Control
74
-
Encoder_Id
75
-
Encoder_Ratio
75
-
Encoder_Read
75
-
Encoder_Status
76
-
Encoder_Turns
76
-
Encoder_Write
76
-
Endif
76
-
Endmove
77
-
Eprom
77
-
Error_Axis
77
-
Error_Line
77
-
Errormask
78
-
Ethernet
78
-
Exp
79
-
False
79
-
Fast_Jog
79
-
Fastdec
80
-
Fe_Latch
80
-
Fe_Limit
80
-
Fe_Limit_Mode
81
-
Fe_Range
81
-
Fhold_In
81
-
Fhspeed
82
-
Fins_Comms
82
-
Flag
84
-
Flags
84
-
For
85
-
Forward
86
-
Fpga_Version
86
-
Frac
86
-
Frame
86
-
Free
87
-
Fslimit
87
-
Fwd_In
87
-
Fwd_Jog
88
-
Get
88
-
Global
89
-
Gosub
89
-
Goto
89
-
Halt
90
-
Hex
90
-
Hlm_Command
90
-
Hlm_Read
91
-
Hlm_Status
92
-
Hlm_Timeout
93
-
Hlm_Write
94
-
Hls_Node
95
-
Hw_Pswitch
95
-
I_Gain
96
-
Idle
96
-
Ieee_In
96
-
Ieee_Out
96
-
If..then..else..endif
97
-
Indevice
98
-
Initialise
98
-
Input
99
-
Int
99
-
Invert_In
99
-
Invert_Step
100
-
Inverter_Command
100
-
Inverter_Read
101
-
Inverter_Write
102
-
Jogspeed
103
-
Key
103
-
Last_Axis
104
-
Linkax
104
-
Linput
104
-
List
105
-
List_Global
105
-
Lock
106
-
Mark
106
-
Markb
107
-
Mechatrolink
107
-
Merge
108
-
Mhelical
109
-
Mod
109
-
Motion_Error
109
-
Move
110
-
Moveabs
111
-
Movecirc
112
-
Movelink
114
-
Movemodify
115
-
Mpos
116
-
Mspeed
116
-
Mtype
116
-
Naio
117
-
Neg_Offset
117
-
New
117
-
Next
117
-
Nio
117
-
Not
118
-
Ntype
118
-
Off
118
-
Offpos
118
-
On.. Gosub
119
-
On.. Goto
119
-
Open_Win
120
-
Outdevice
121
-
Outlimit
121
-
Ov_Gain
121
-
P_Gain
122
-
Pmove
122
-
Pos_Offset
123
-
Power_Up
123
-
Print
123
-
Proc
124
-
Proc_Status
124
-
Process
125
-
Procnumber
125
-
Profibus
125
-
Pswitch
126
-
Rapidstop
127
-
Read_Bit
127
-
Reg_Pos
128
-
Reg_Posb
128
-
Regist
128
-
Remain
130
-
Remote_Error
130
-
Rename
130
-
Rep_Dist
131
-
Rep_Option
131
-
Repeat
131
-
Reset
132
-
Return
132
-
Rev_In
132
-
Rev_Jog
133
-
Reverse
133
-
Rslimit
133
-
Run
133
-
Run_Error
134
-
Runtype
134
-
S_Ref
135
-
S_Ref_Out
135
-
Scope
136
-
Scope_Pos
137
-
Select
137
-
Servo
137
-
Servo_Period
137
-
Set_Bit
138
-
Setcom
138
-
Sgn
139
-
Sin
139
-
Slot
139
-
Speed
139
-
Sqr
140
-
Sramp
140
-
Step
140
-
Step_Ratio
140
-
Stepline
141
-
Stop
141
-
System_Error
142
-
T_Ref
142
-
Table
143
-
Tablevalues
143
-
Tan
144
-
Then
144
-
Ticks
144
-
Time
144
-
Time
145
-
Trans_Dpos
145
-
Trigger
145
-
Troff
145
-
Tron
146
-
True
146
-
Tsize
146
-
Units
147
-
Unlock
147
-
Until
147
-
Verify
147
-
Version
147
-
Vff_Gain
148
-
Vp_Speed
148
-
Vrstring
149
-
Wait Idle
150
-
Wait Loaded
150
-
Wait until
150
-
Wdog
151
-
While
151
-
Xor
152
-
-
-
4 Communication Protocols
153
-
Available Interfaces
153
-
Ethernet
153
-
Communicate with Trajexia Directly from Your Computer
154
-
Communicate with Trajexia Remotely
155
-
Trajexia Tools Protocol
156
-
FINS Server Protocol
156
-
FINS Client Protocol
158
-
-
Serial Protocol
158
-
Host Link Master
158
-
Host Link Slave
163
-
User-Defined Protocol
165
-
-
Profibus
167
-
Introduction
167
-
Communication Set-Up
167
-
Communication Status
172
-
-
Devicenet
173
-
Introduction
173
-
Communication Set-Up
173
-
Communication Status
178
-
-
Mechatrolink-II
179
-
-
5 Trajexia Tools Interface
180
-
Introduction
180
-
Specifications and Connections
180
-
PC Specifications
180
-
Install the Trajexia Tools Software
181
-
Connection to the TJ1-MC
186
-
-
Projects
191
-
Trajexia Tools Projects
191
-
Check Project Window
192
-
-
Trajexia Tools Application Window
194
-
Control Panel
194
-
Menu Bar
194
-
Toolbar
195
-
-
Menu Descriptions
196
-
Project Menu
196
-
Controller Menu
198
-
Program Menu
203
-
Tools Menu
205
-
Options Menu
221
-
Windows Menu
224
-
Help Menu
224
-
-
-
6 Examples and Tips
225
-
How-To’s
225
-
Startup Program
225
-
Gain Settings
229
-
Setting the UNITS Axis Parameter and Gear Ratio
239
-
Mapping Servo Driver Inputs and Outputs
251
-
Origin Search
253
-
Registration
259
-
Tracing and Monitoring
269
-
-
Practical Examples
279
-
Shell Program
279
-
Initialization Program
283
-
Single Axis Program
286
-
Position with Product Detection
287
-
Position on a Grid
289
-
Bag Feeder Program
291
-
CAM Table Inside a Program
293
-
Flying Shear Program
295
-
Correction Program
298
-
-
-
7 Troubleshooting
300
-
Voltage and Analysis Tools
300
-
Tj1-MC
300
-
System Errors
300
-
Axis Errors
300
-
Unit Errors
301
-
Configuration Errors
302
-
Replace the Battery
302
-
-
Tj1-Prt
302
-
System Errors
302
-
I/O Data Communication Problems
303
-
-
Tj1-Drt
304
-
System Errors
304
-
I/O Data Communication Problems
304
-
-
Tj1-Ml
304
-
Bus Errors
304
-
-
Tj1-Fl02
305
-
System Errors
305
-
-
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OMRON TJ1-MC16 Hardware Reference Manual (163 pages)
Brand: OMRON
|
Category: Controller
|
Size: 8.97 MB
Table of Contents
-
Sibp-C730600
3
-
Table of Contents
5
-
1 Safety Warnings and Precautions
8
-
Intended Audience
8
-
General Precautions
8
-
Safety Precautions
8
-
Operating Environment Precautions
9
-
Application Precautions
10
-
Unit Assembly Precautions
13
-
Conformance to EC Directives Conformance
13
-
Concepts
13
-
Conformance to EC Directives
13
-
-
-
2 System Philosophy
14
-
Introduction
14
-
Motion Control Concepts
16
-
PTP Control
17
-
CP Control
20
-
EG Control
22
-
Other Operations
25
-
-
Servo System Principles
27
-
Trajexia System Architecture
30
-
Cycle Time
31
-
Program Control and Multi-Tasking
37
-
Motion Sequence and Axes
40
-
Profile Generator
41
-
Position Loop
41
-
Axis Sequence
41
-
Type of Axis
41
-
-
Motion Buffers
48
-
Mechanical System
50
-
-
3 Hardware Reference
51
-
Introduction
51
-
Trajexia High-Lights
52
-
Trajexia Tools
53
-
This Manual
53
-
-
All Units
54
-
System Installation
54
-
Environmental and Storage for All Units
61
-
Unit Dimensions
62
-
Wire the Weidmüller Connectors
64
-
-
Power Supply Unit (PSU)
66
-
Introduction
66
-
PSU Connections
66
-
PSU Specifications
67
-
PSU Box Contents
67
-
-
Tj1-MC
68
-
Introduction
68
-
LED Display
69
-
TJ1-MC__ Connections
70
-
Battery
76
-
Tj1-MC
77
-
Tj1-Ter
78
-
Tj1-MC
78
-
-
Tj1-Ml
79
-
Introduction
79
-
LED Description
80
-
TJ1-ML__ Connection
80
-
TJ1-ML__ Related Devices
84
-
Tj1-Ml
85
-
MECHATROLINK-II Servo Drivers Sigma-II Series
85
-
MECHATROLINK-II Servo Drivers Junma Series
92
-
MECHATROLINK-II Inverter V7
98
-
MECHATROLINK-II Inverter F7 and G7
102
-
3.5.10 MECHATROLINK-II Digital I/O Slaves
107
-
MECHATROLINK-II 4-Channel Analogue Input Module
117
-
MECHATROLINK-II 2-Channel Analogue Output Module
123
-
3.5.13 MECHATROLINK-II Repeater
128
-
-
Tj1-Prt
131
-
Introduction
131
-
Leds Description
131
-
Node Number Selectors
132
-
TJ1-PRT Connections
132
-
TJ1-PRT Specifications
133
-
TJ1-PRT Unit Box Contents
133
-
-
Tj1-Drt
134
-
Introduction
134
-
Leds Description
134
-
Node Number Selectors
135
-
TJ1-DRT Connections
136
-
TJ1-DRT Specifications
137
-
TJ1-DRT Unit Box Contents
137
-
-
Tj1-Fl02
138
-
Introduction
138
-
LED Description
139
-
TJ1-FL02 Connections
140
-
TJ1-FL02 Specifications
146
-
Incremental Encoder
147
-
Absolute Encoder
149
-
Stepper
153
-
Registration
153
-
Hardware PSWITCH
154
-
3.8.10 TJ1-FL02 Box Contents
154
-
-
-
A Differences between Sigma-II and Junma
162
OMRON TJ1-MC16 Hardware Reference Manual (195 pages)
Trajexia Motion Control System
Brand: OMRON
|
Category: Control Systems
|
Size: 5.54 MB
Table of Contents
-
Table of Contents
5
-
1 Safety Warnings and Precautions
6
-
Intended Audience
6
-
General Precautions
6
-
Safety Precautions
6
-
Operating Environment Precautions
7
-
Application Precautions
8
-
Unit Assembly Precautions
10
-
Conformance to EC Directives Conformance
11
-
-
2 System Philosophy
12
-
Introduction
12
-
Motion Control Concepts
13
-
Servo System Principles
24
-
Hardware Reference Manual
24
-
Trajexia System Architecture
27
-
Hardware Reference Manual
27
-
Cycle Time
28
-
Program Control and Multi-Tasking
34
-
Hardware Reference Manual
34
-
Motion Sequence and Axes
35
-
Mechatrolink
35
-
Hardware Reference Manual
35
-
-
Motion Buffers
45
-
Mechanical System
47
-
Hardware Reference Manual
47
-
-
3 Hardware Reference
48
-
Introduction
48
-
Mechatrolink
48
-
All Units
51
-
Power Supply Unit (PSU)
62
-
Tj1-MC
64
-
Tj1-Ml
75
-
Grt1-Ml2
148
-
Tj1-Prt
163
-
Tj1-Drt
167
-
Tj1-Cort
171
-
Tj1-Fl02
175
-
-
A Differences between Sigma-II and Junma
193
-
Revision History
194
Advertisement
Omron TJ1-MC16 Hardware Reference Manual (195 pages)
Trajexia motion control system
Brand: Omron
|
Category: Control Systems
|
Size: 5.33 MB
Table of Contents
-
Table of Contents
5
-
Safety Warnings and Precautions
6
-
Intended Audience
6
-
General Precautions
6
-
Safety Precautions
6
-
Operating Environment Precautions
7
-
Application Precautions
8
-
Unit Assembly Precautions
10
-
Conformance to EC Directives Conformance
11
-
System Philosophy
12
-
Introduction
12
-
Motion Control Concepts
13
-
Servo System Principles
24
-
Trajexia System Architecture
27
-
Cycle Time
28
-
Program Control and Multi-Tasking
34
-
Motion Sequence and Axes
35
-
Motion Buffers
45
-
Mechanical System
47
-
Hardware Reference
48
-
Introduction
48
-
All Units
51
-
Power Supply Unit (PSU)
62
-
Tj1-MC
64
-
Tj1-Ml
75
-
Grt1-Ml2
148
-
Tj1-Prt
163
-
Tj1-Drt
167
-
Tj1-Cort
171
-
Tj1-Fl02
175
-
A Differences between Sigma-II and Junma
193
-
Revision History
194
OMRON TJ1-MC16 Quick Start Manual (47 pages)
Brand: OMRON
|
Category: Controller
|
Size: 5.11 MB
Table of Contents
-
Table of Contents
2
-
1 Introduction
4
-
About this Guide
4
-
Overview of this Guide
5
-
What You Need
6
-
-
2 From Box to Rail
7
-
Rules of a Trajexia System
7
-
Contents of the Boxes
8
-
Install the Trajexia System
10
-
-
3 Connections
13
-
Before Work
13
-
Power Supply Units
13
-
Recommended Power Supply Unit
14
-
Optional Power Supply Units
15
-
-
Tj1-MC
16
-
Tj1-Ml
17
-
Attach the MECHATROLINK-II Interface Unit to the Servo Driver
18
-
Connect the 200 V Single-Phase Servo Driver
19
-
Connect the 400 V Three-Phase Servo Driver
20
-
Connect the NS115
21
-
Set the Dipswitches and Address of the NS115
22
-
-
Complete Installation
23
-
-
4 Trajexia Tools
24
-
Minimum PC Configuration
24
-
Install the Trajexia Tools Software
24
-
Connection to the TJ1-MC
29
-
Create a Project for the First Time
34
-
Complete Installation
42
-
-
5 More Information
43
-
The Trajexia System
43
-
Trajexia Highlights
44
-
Direct Connectivity Via Ethernet
44
-
Keep Your Know-How Safe
44
-
Serial Port and Local I/Os
44
-
Mechatrolink-II
44
-
Tj1-Fl02
44
-
Drivers and Inverters
45
-
Remote I/Os
45
-
Profibus
45
-
Devicenet
45
-
Trajexia Manuals
45
-
-
-
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