| Model description |
Order Number |
| PP7 button panel, 8 function keys, 8 LEDs |
6AV3 688-3AA03-OAXO |
| PP171 button panel, 16 function keys, 16 LEDs |
6AV3 688-3CD13-OAXO |
| PP1711 button panel, 32 function keys, 32 LEDs |
6AV3 688-3ED13-OAXO |
| TD400C blue backlit LCD, 4-line text display, customizable front panel |
6AV6 0-OAAOO-OAXO |
| K-TP 178micro5.7', Monochrome, 6 function keys, touch screen |
6AV6 0-ODA11-OAXO |
| OP 73micro3'LCD, Monochrome, film keyboard |
6AV6 0-OBA11-OAXO |
| OP 73 3'LCD, 160 * 48 pixels, monochrome, 8 system keys, 4 function keys |
6AV6 1-OAA11-OAXO |
| OP A4.5'LCD, 160 * pixels, monochrome, 23 system keys, 8 function keys (4 LEDs), 2 KB memory |
6AV6 1-OBA11-OAXO |
| OP B4.5'LCD, 160 * pixel, monochrome, 23 system keys, 8 function keys (4 LEDs), 1024KB memory |
6AV6 1-OCA01-OAXO OP |
| TP 1 micro 5.7 'STN display, 320 * 240 pixels, touch screen, 2 KB memory |
6AV6 0-OCA11-OAXO |
| TP 1 A 6'mono 5.7', monochrome |
6AV6 2-OAA11-OAXO |
| TP 1 B DP6'mono 5.7', Monochrome, 2MB user memory |
6AV6 2-OBC01-1AXO |
| TP 1 B PN/DP6'color 5.7', 2 colors, 2MB user memory |
6AV6 2-OBA01-1AXO |
| OP 1B DP6'mono 5.7 ', monochrome, 2MB user memory |
6AV6 2-ODC01-1AXO |
| OP 1 B PN/DP6'color 5.7', 2 colors, 2MB user memory |
6AV6 2-ODA01-1AXO |
| OP 2 -6'TFT 5.7', 2 colors, 4MB user memory |
6AV6 3-OBA01-1AXO |
| TP 2 -6'TFT 5.7', 2 colors, 4MB user memory |
6AV6 3-OAA01-1AXO |
| MP 2-8 'TOUCh TFT7.5', K-color, 480 * 0 pixels, 6MB user memory |
6AV6 3-OCB01-1AX1 |
| MP 2-8'KEYS 7.5 ', K color, 38 system keys, 26 function keys (8 LEDs), 6MB user memory |
6AV6 × 3-ODB01-1AX1 |
| MP 2-10 'TOUCh 10.4', K color, 6MB user memory |
6AV6 3-OCD01-1AX1 |
| MP 2-10'KEYS 10.4 ', K color, 38 system keys, 36 function keys (28 LEDs), 6MB user memory |
6AV6 3-ODD01-1AX1 |
| MP 3-12'KEYS 12.1 ', K color, 38 system keys, 36 function keys (36 LEDs), 12MB user memory |
6AV6 ≤ 4-OBA01-2AX0 |
| MP 3-12 'TOUCh 12.1', K color, 800 * 600 pixels, 12MB user memory |
6AV6 4-OAA01-2AX0 MP 3 - |
| MP 3 -15'TOUCh 15.1', K color, 1024 * 768 pixels, 12MB user memory |
6AV6 4-OAB01-2AX0 |
| MP 3 -19'TO |
|
| |
2CA8 |
|
WinCC fleXiBle 2 Asia Advanced Edition Configuration
Product sales location:
Shanghai, Tianjin, Beijing, Shenzhen, Harbin, Hebei, Shanxi, Liaoning, Jilin, Heilongjiang, Jiangsu, Zhejiang, Anhui, Fujian, Jiangxi, Shandong, Henan, Hubei, Hunan, Guangdong, Hainan, Sichuan, Guizhou, Yunnan, Shaanxi, Gansu, Qinghai, Taiwan, China
Directly administered municipalities: Beijing>Chongqing>Shanghai>Tianjin
Inner Mongolia: Alxa League>Bayannur>Baotou>Chifeng>Ordos>Hohhot>Hulunbuir>Tongliao>Wuhai>Ulanqab>Xilingol League>Xing'an League
Heilongjiang: Daqing>Daxing'anling>Harbin>Hegang>Heihe>Jixi>Jiamusi>Mudanjiang>Qitaihe>Qiqihar>Shuangyashan>Suihua>Yichun
Yunnan: Baoshan>Kunming>Lijiang>Lincang>Pu'er>Qujing>Yuxi>Zhaotong
Jilin: Baicheng>Baishan>Changchun>Jilin>Liaoyuan>Siping>Songyuan>Tonghua
Sichuan: Bazhong>Chengdu>Dazhou>Deyang>Guang'an>Guangyuan>Leshan>Luzhou>Meishan>Mianyang>Nanchong>Neijiang>Panzhihua>Suining>Ya'an>Yibin>Ziyang>Zigong
Ningxia: Guyuan>Shizuishan>Wuzhong>Yinchuan>Zhongwei
Anhui: Anqing>Bengbu>Chaohu>Chizhou>Chuzhou>Fuyang>Hefei>Huaibei>Huainan>Mount Huangshan>Bozhou>Lu'an>Ma'anshan>Suzhou>Tongling>Wuhu>Xuancheng
Shandong: Binzhou>Dezhou>Dongying>Heze>Jinan>Jining>Laiwu>Liaocheng>Linyi>Qingdao>Rizhao>Tai'an>Weihai>Weifang>Yantai>Zaozhuang>Zibo
Shanxi: Changzhi>Datong>Jincheng>Jinzhong>Linfen>Lvliang>Shuozhou>Taiyuan>Xinzhou>Yangquan>Yuncheng
Guangdong: Chaozhou>Dongguan>Foshan>Guangzhou>Heyuan>Huizhou>Jiangmen>Jieyang>Maoming>Meizhou>Qingyuan>Shantou>Shanwei>Shaoguan>Shenzhen>Yangjiang>Yunfu>Zhanjiang>Zhaoqing>Zhongshan>Zhuhai
Guangxi: Baise>Beihai>Chongzuo>Fangchenggang>Guilin>Guigang>Hechi>Hezhou>Laibin>Liuzhou>Nanning>Qinzhou>Wuzhou>Yulin
Xinjiang: Aksu>Alar>Hami>Hotan>Kashi>Karamay>Shihezi>Tumushuke>Turpan>Urumqi>Wujiaqu
Jiangsu: Changzhou>Huai'an>Lianyungang>Nanjing>Nantong>Suzhou>Suqian>Taizhou>Wuxi>Xuzhou>Yancheng>Yangzhou>Zhenjiang
Jiangxi: Fuzhou>Ganzhou>Ji'an>Jingdezhen>Jiujiang>Nanchang>Pingxiang>Shangrao>Xinyu>Yichun>Yingtan
Hebei: Baoding>Cangzhou>Chengde>Handan>Hengshui>Langfang>Qinhuangdao>Shijiazhuang>Tangshan>Xingtai>Zhangjiakou
Henan: Anyang>Hebi>Jiaozuo>Kaifeng>Luoyang>Luohe>Nanyang>Pingdingshan>Puyang>Sanmenxia>Shangqiu>Xinxiang>Xinyang>Xuchang>Zhengzhou>Zhoukou>Zhumadian
Zhejiang: Hangzhou>Huzhou>Jiaxing>Jinhua>Lishui>Ningbo>Quzhou>Shaoxing>Taizhou>Wenzhou>Zhoushan
Hainan: Dongfang>Haikou>the Nansha Islands>Qionghai>Sanya>Wanning>Wenchang>Wuzhishan>the Xisha Islands>islands, reefs and sea areas of the Zhongsha Islands>Danzhou
Hubei: Ezhou>Huanggang>Huangshi>Jingmen>Jingzhou>Qianjiang>Shiyan>Suizhou>Tianmen>Wuhan>Xiantao>Xianning>Xiangfan>Xiaogan>Yichang
Hunan: Changde>Changsha>Chenzhou>Hengyang>Huaihua>Loudi>Shaoyang>Xiangtan>Yiyang>Yongzhou>Yueyang>Zhangjiajie>Zhuzhou
Gansu: Baiyin>Dingxi>Jiayuguan>Jinchang>Jiuquan>Lanzhou>Longnan>Pingliang>Qingyang>Tianshui>Wuwei>Zhangye
Fujian: Fuzhou>Longyan>Nanping>Ningde>Putian>Quanzhou>Sanming>Xiamen>Zhangzhou Guizhou: Anshun>Bijie>Guiyang>Liupanshui>Tongren>Zunyi
Liaoning: Anshan>Benxi>Chaoyang>Dalian>Dandong>Fushun>Fuxin>Huludao>Jinzhou>Liaoyang>Panjin>Shenyang>Tieling>Yingkou
Shaanxi: Ankang>Baoji>Hanzhong>Shangluo>Tongchuan>Weinan>Xi'an>Xianyang>Yan'an>Yulin
Qinghai: Haidong>Xining
-
Figure 1: The main steps of designing and debugging a programmable controller application system
(1) Deeply understand and analyze the process conditions and control requirements of the controlled object
a. The controlled object refers to the controlled mechanical, electrical equipment, production line, or production process.
b. Control requirements mainly refer to the basic methods of control, the actions that should be completed, the composition of automatic work cycles, necessary protection and interlocking, etc. For more complex control systems, the control task can also be divided into several independent parts, which can simplify complexity and facilitate programming and debugging.
(2) Identify I/O devices
Determine the user input and output devices required for the PLC control system based on the functional requirements of the controlled object. Common input devices include buttons, selection switches, travel switches, sensors, etc. Common output devices include relays, contactors, indicator lights, solenoid valves, etc.
(3) Choose the appropriate PLC type
Based on the identified user I/O devices, count the required input and output signal points, select the appropriate PLC type, including model selection, capacity selection, I/O module selection, power module selection, etc.
(4) Allocate I/O points
Assign input and output points to the PLC, prepare an input/output allocation table, or draw a wiring diagram for the input/output terminals. Next, PLC program design can be carried out, and control cabinet or operation console design and on-site construction can also be carried out.
(5) Design application system ladder diagram program
Design a ladder diagram based on work function diagrams or status flowcharts, which is called programming. This step is the core work of the entire application system design, and it is also a relatively difficult step. To design a good ladder diagram, one must first be very familiar with the control requirements, and also have some practical experience in electrical design.
(6) Input the program into the PLC
When using a simple programmer to input a program into a PLC, it is necessary to first convert the ladder diagram into instruction mnemonics for input. When programming on a computer using auxiliary programming software for programmable controllers, the program can be downloaded to the PLC through the connection cable between the upper and lower computers.
Application/Options
- WinAC MP software PLC for Multi Panel
- WinAC MP 177 option for MP 177 (PLC software with similar performance level to CPU 314)
- Can be connected to I/O devices through PROFIBUS DP
- Is the maintenance function compatible with? Sm@rtServer Combining options for use
- Can be generated using email and web servers
- Remote control of SIMATIC HMI panel using standard Internet Explorer
- The client/server functionality can be integrated with“ Sm@rtServer ”Combining options for use
- Remote operation and monitoring from one SIMATIC HMI system to another
- Information polling within the factory scope
- Centralized archiving of process data
MP 177 6 'touch sensitive has multi protocol capability and can be connected to:
- SIMATIC S7-200/-300/-400
- SIMATIC WinAC RTX/slot type PLC
- SIMATIC WinAC MP
- SIMOTION
- Merits
(You can choose "SINUMERIK HMI Copy License WinCC flexible CE"; The configuration also requires the "SINUMERIK HMI engineering software package WinCC flexible"; For detailed information, please refer to catalog NC 60)
- PLCs provided by other suppliers
- Allen Bradley
- Mitsubishi
- LG GLOFA GM
- Modicon
- GE-Fanuc
- Omron
- Telemecanique uni-telway
- Connect to a high-level PC via Ethernet (TCP/IP) with a network printer
Note:
For detailed information, please refer to "System Interface".
·The power supply range can reach ± 20%. The ESD, RS and other key indicators of the wonderful series panel are 50% higher than the standard (IEC). German quality easily owns this CP, which is now allowed to be used for S7-400 CPUs with firmware version FW V5.1 or higher. To be used for CPU V4. x or V5.0x, only the functionality of processor CP 443-1 (EX11) can be configured for CP 443-1 (EX20). This CP will be released for H systems containing CPU FW V4.0 and higher versions. At this time, there can only be 62 H connections. Restriction: PROFINET IO functionality is not yet available for the H system. The H system does not support the new AG_SSEND/AG_SRECV function block. The numerous channels in the module enable the S7-300 to achieve a space saving design. Modules with 8 to 64 channels (digital) or 2 to 8 channels (analog) in each module can be used. Cable types can be monitored for ports (such as diagnostic alarms) in PROFINET IO operations. This module can serve as a PROFINET IO controller to manage 128 devices. The integrated two port (RJ45) switch allows for easy construction of linear structures. The number of H connections has increased to 62. Siemens S7- |
|
6AV6613-0AA11-2CA5
|
