CLPA, the organization promoting open network as well as your business partner.

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1 017.Nov. J a p a n K o r e a T a i w a n A m e r i c a s E u r o p e C h i n a A S E A N I n d i a T u r k e y M e x i c o T h a i l a n d CLPA Guide Book Overview of CC-Link Partner Association (CLPA)

2 Industry Standard family of industrial automation networks As the world top runner, the CC-Link Partner Association (CLPA) takes lead to further open up industrial network. First from Asia, the field network CC-Link has been opening up ever further as CLPA takes the lead to develop and diffuse it globally. As a result of enthusiastic promotional activities ever since the establishment and the certification to the ISO and IEC, the CC-Link has grown into a global standard network. Now, as a solution to the needs for total system optimization that integrates various functions not only control but also device management (setting, monitoring), device maintenance (monitoring and failure detection) and data collection (operating condition), CLPA brings about an Ethernet-based industrial network vision and is making it come to being. It is the integrated network CC-Link IE that enables seamless data transfer from the information network layer to the field device layer. Backed up by the technology and proven services accumulated through the development of the CC-Link, CLPA is promoting to open it up further to meet your expectations. Message In these globalized times, the manufacturing industry is facing harsh competition while at the same time welcoming opportunities for new development. Advances in information processing technology have given us a clearer image of the future manufacturing industry. In addition to flexibly restructuring the factory's manufacturing process or location according to the market situation and changes in technology, we are also able precisely manage the supplier chain in a broad sense from procurement of materials and parts, product sales and collection. It is said that promotion of this technology is a way to maintain and develop the manufacturing industry in technically advanced countries having a high infrastructure cost. On the other hand, this technology will be the foundation of industrial development especially in areas such as Asia. We expect major developments in the future. The industrial-use network plays a central role in this industrial development, functioning as a nervous system connecting nuclear functions that manage the system terminal actuators and sensors to the general system. This nervous system is not limited to business sites, but instead is incorporated into global activities and will continue to change as it transforms for major system optimization. We hope that the application range of CC-Link, originating in Japan, will continue to increase as an open network. We anticipate further development and diffusion so CC-Link may become backbone technology for future production system structuring. The Chairman of CLPA Fumihiko Kimura Faculty of Science and Engineering, Department of Mechanical Engineering Professor emeritus of Tokyo University, Doctor of Engineering

3 CLPA, the organization promoting open network as well as your business partner. Chairman of the Association Headquarters / Management Office Board of Directors Overseas Branches Technical Task Force Marketing Task Force CC-Link Association partners (CLPA partners) Marketing Task Force Oversees a wide variety of promotional activities world wide, including fairs, conferences, seminars, advertising programs, social media and other activities. Board of Director firms Distributing information Technical Task Force Oversees the future technical development of CC-Link IE and CC-Link. Also develops specifications for conformance testing, network infrastructure and other vital technical guidance. These activities have been key to our networks becoming adopted globally. Free distribution of CC-Link specifications Conducting conformance tests Technical support CC-Link IE specification Annual dues Initiation fee Acquisition of product specification License to use SLMP* CC-Link technology Other than SLMP* Master, local and intelligent device stations for CC-Link and normal station of CC-Link IE Control Master and local stations, intelligent device stationsremote device stations of CC-Link IE Field Conformance CC-Link remote device and I/O stations, cables and miscellaneous products test fee CC-Link/LT master and slave stations, (per device) cables and miscellaneous products Approved software products CC-Link IE Field Basic Recommended product test fees (per model) SLMP* connectable products Recommended network wiring parts for CC-Link IE Control and CC-Link IE Field Use of CC-Link logo Technical support Including products in the on-line and paper product catalogues (no charge) Promotion at fairs Information about events Posting of corporate name on CLPA web site Registered member Regular member JPY 100,000 JPY 00,000 JPY 00,000 JPY 50,000 JPY 50,000 JPY 100,000 Executive member JPY 00,000 member JPY 1,000,000 JPY 1,000,000 Provided for free upon membership registration Included Included JPY 00,000 JPY 100,000 JPY 0,000 JPY 0,000 JPY 50,000 Included Included Included Included Included Board Included in the annual membership fee *SLMP: Seamless Message Protocol

4 Consolidating the forces of partner firms around the world, CC-Link will take another giant step forward. CC-Link making the next leap foward with CLPA Partners! Board of directors

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6 CC-Link goes further for the better to the manufacturing sites in the world. CLPA keeps it advancing. Though starting with only 1 member firms when CLPA was established, it is expected to reach more than 971 member firms in financial year 016 (as of the end of March 017). The overseas firms account for as much as 70 % of the memberships, providing a solid evidence that the world has recognized that CC-Link IE and CC-Link have become true global standards. With the increasing number of vendor firms joining CLPA, the accumulated number of CC-Link IE and CC-Link compatible products is now over 1,600 models. Partner companies also receive the benefit of their products being promoted in various CLPA activities free of charge, including the CC-Link Product Catalog. The growth of the installed base is being driven by the automotive, semiconductor and LCD panel industries. We expect that this growth will continue to accelerate as industries such as food and beverage, consumer packaged goods and others adopt our technology. Growing CLPA members Overseas members Members in Japan Accumulated number of CLPA members Increase of number of CC-Link compatible products Accumulated number of CC-Link compatible products Accumulated number of CC-Link compatible products Increase of number of shipped nodes Accumulated number of shipped nodes Accumulated number of nodes As a key measure of our promotion and the best opportunities to exchange more information with more vendors and users, CLPA has participated in trade shows and exhibitions in Japan and overseas. We are going to actively participate in more trade shows and exhibitions of diversified industries to promote the technological understanding and propose our future concept that is well-represented by the CC- Link IE. In China Roadshow In Korea Automation World In Europe and North America SPS/IPC/ DRIVES Show In Japan System Control Fair

7 CLPA is a global operation with local offices in 11 regions worldwide. Each office works to increase the adoption of CLPA networks by device makers, machine builders and end-users operating in these regions RM. 711, 7F GANGSEO HANGANG XI-TOWER A, 01 Yangcheon-ro, Gangseo-gu, Seoul 0758 Korea TEL FAX clpakor@meak.co.kr 6th,FL.,No.105,WU KUNG rd.rd. WU-KU HSIANG,Taipei,Taiwan, TEL FAX cclink01@ms6.hinet.net 500Corporate Woods Parkway, Vernon Hills,IL,60061,USA TEL FAX info@cclinkamerica.org Postfach 1 17, 08 Ratingen, Germany TEL FAX partners@eu.cc-link.org nd Floor, Tower A & B, Cyber Greens, DLF Cyber City, DLF Phase-III, Gurgaon-100 Haryana, India TEL FAX clpa@mei-india.com 10 CC-Link has been certified to conform to international standards, IEC Standards and SEMI Standards for the semiconductor and FPD industries, in addition to Japanese Industrial Standards, Chinese National Standards, ISO Standards, Korean National Standards and Taiwanese Standards. An established de facto standard in Japan, now it is now also recognized as a global standard. It meets the conventional requirements for open networks, communication compatibility and a diverse lineup of compatible products. In addition, it can drastically improve the production efficiency of manufacturing systems and applications. Its high technological level and ease of use are internationally appreciated. Headquarters (Tongji University): School of Electronics and Information Engineering, Jiading Campus, Tongji University, Shanghai, P.R.China Head Office: 19F No.186 Hong Qiao Road, Shanghai, P.R.China TEL FAX support@cn.cc-link.org Serifali Mahallesi Nutuk Sokak.No:5 775 Umraniye-istanbul /Turkey TEL FAX partners@tr.cc-link.org 9th Floor, SV City Building, Office Tower1, 896/19 and 0, Rama Rd., Bangpongpang, Yanawa, Bangkok 1010 Thailand TEL FAX info@cclinkthailand.com 07Alexandra Road#05-01/0 Mitsubishi Electric Building Singapore1599 TEL FAX cclink@asia.meap.com Mariano Escobedo 69, Zona Industrial - Tlalnepantla, 500, Estado de Mexico, Mexico TEL info@cclinkamerica.org From a Japanese defacto standard to a Global Standard!! International Standard: ISO International Standard: IEC SEMI Standard Chinese National Standard: GB Japan Industrial Standard: JIS Korean National Standard: KS Taiwan Standard: CNS ISO1575-5: CC-Link approved in January 007. IEC61158: CC-Link approved in December 007. IEC6178: CC-Link approved in December 007. IEC61158: CC-Link IE Field approved in August 01. IEC6178: CC-Link IE Field approved in August 01. IEC : CC-Link IE Safety approved in August 016. SEMI E5.1: CC-Link approved in 001. SEMI E5.-051: CC-Link IE Field approved in May 01. GB/Z : CC-Link approved in December 005. GB/T Chinese BA (Building Automation) standard: CC-Link appeared in December 006. GB/T Chinese highest standard for industrial networks: CC-Link approved in June 009. GB/Z : CC-Link Safety approved in June 01. GB/T 57.1~.-017: CC-Link IE approved in April 017. JIS TR B001: CC-Link approved in May 01. KSB ISO : CC-Link approved in March 008. KSC IEC 61158/6178: [CC-Link] Certified in December 011. KSC IEC : [CC-Link/CC-Link IE] Certified in December 01. KS: CC-Link IE Safety to be approved in 017. CNS 155X6068: CC-Link approved in May 009.

8 For developing compatible products that attract world s attention, come to CLPA. We will back you up in various scenes and stages. Development planning Membership registration Development design and evaluation Production of prototype and its evaluation Member manufacturers Developing products compatible with the following specifications: CC-Link IE CC-Link CC-Link/LT CC-Link Safety For developing and marketing CC-Link compatible products, you are requested to hold a CLPA membership either as a Regular member, Executive member or Board member. To apply for membership, please visit the CC-Link Partner Association website. CC-Link Partner Association Design hardware and software in detail based on the products and network configurations. Produce a prototype product to the design drawings and evaluate it from various aspects. Development support Provision of Technical Specs Providing the CC-Link Conformance Test specifications C L P A As part of the development support, the members can take part in various CLPA-coordinated seminars and those promoted by a Development Methodology Partner. From members dealing with the CC-Link for the first time to those actually building up CC- Link, you have opportunities to gain technical knowledge that suits your purposes. The CLPA provides CC-Link protocol spec sheets free of charge. Development methodologies (dedicated communication LSI or built-in modules) prepared for different kinds of products may be used when developing products. OEMs are also available. CLPA offers the member firms the CC-Link Conformance Test specifications for free applicable to the developed compatible products.

9 What is Conformance Test? Test Cases Conformance test is to be conducted on each model to ensure highly reliable communication between CC-Link compatible products. Your products need to be tested in CC-Link communication to be certified if your products meet CC-Link communication specifications and can be connected to CC-Link networks. Automatic test tools are available for CC-Link IE Field Network Basic and SLMP. ensure the communication reliability of your By conducting the product in CC-Link, and conformance test, you can easily design system configuration where products of different manufacturers and models are connected. * The conformance test is to ensure that the product meets the common specification of CC-Link. The conformance test is not intended to ensure the performance and quality of the product itself. Power supply noise test (AC/DC) Power cable Tested station Master station Communication line noise test Tested station Master station Communication line (CC-Link) Fully loaded network test - 6 stations Master station (6 stations) Tested station Interoperability test Master station Tested station Implementing conformance tests Marketing The member firm implements the conformance test according to the CC-Link Conformance Test specifications for each product model. To facilitate the conformance testing, CLPA has test centers in Japan and overseas. CLPA promotes and expand marketing of compatible products with materials highlighting their innovative, excellent features. The member firms use the conformance test facilities to test CC-Link compatible products from various aspects. The noise test, hardware test, software test and combined test among others enable to appropriately check whether for instance, CC-Link compatible products can communicate normally. Laboratory Laboratory testing Mitsubishi Electric Engineering Co., Ltd. Nagoya Office CC-Link Test Center 19, Aza-Shimoyashiki, Shimoyashiki-cho, Kasugai-shi, Aichi Phone: (Direct line) Fax: mei_mee_testlab@mp.mee.co.jp Kanagawa Institute of Industrial Science and Technology 705-1, Shimoimaizumi, Ebina-shi, Kanagawa -05, Japan Phone: (Main switchboard) Fax: Product promotion A catalog in a printed and an electronic form (CD-ROM) is available, fully covering all the CC-Link compatible products that the member manufacturers have developed and put on market. CLPA provides users with diversified solutions. Information registered and disclosed on web site CLPA web site provides information on the CC-Link compatible products developed and marketed by the member manufacturers.

10 Continuously evolving The evolution will not stop! CC-Link IE concept of CLPA, raising to the higher state covering information system to production fields. Features Information System Equipment maintenance Production order terminal LAN (Ethernet) HMI MES (Manufacturing Execution System) PLC Internet G networks Equipment monitoring cloud SLMP Seamless Message Protocol Manufucturing HMI Switch PLC (Local) Board PLC (Master) Safety PLC Controller dispersion Synchronization Synchronization Safety remote I/O I/O Robot Inverter I/O control Servo

11 Realizing CC-Link IE communication using general-purpose Ethernet on field network applicable to small-scale equipment Remote maintenance based on machine life diagnostic information and status information from devices compatible with CC-Link IE Field Basic Data information from slaves Seamless information sharing by SLMP compatible devices Ex) Parameter setting and status monitor by WEB server with built-in slaves Commercially available switch Wi-Fi router Cyclic communication between master and slave stations Typical Office Ethernet communication (HTTP,FTP, etc.) Sample programs For PLC and IPC Master station Robot Remote I/O HMI Barcode reader Sample programs for slaves Vision sensor Inverter Servo motors with built-in positioners Operation of built-in positioners Network Application software Ethernet protocol stack Ethernet communication driver The system can be developed easily, and a wide lineup of applicable devices can be provided earlier. Wiring for control is not required, and the Ethernet network can be unified. The master station can be realized without a dedicated interface board. *Cyclic communication is implemented as application software on Ethernet based on sample source code.

12 A wide factory backbone network utilizing Gigabit Ethernet technology. To achieve stable communication independent of transmission delay CC-Link IE adopts a token passing protocol for data transmission control. Each controller passes data to the network shared memory only when it has the token, ensuring fully deterministic and high speed real-time comunication. By adoption of redundant loop topology, each station continues communication by looping back upon detection of a broken cable or station error. This integrated redundancy is provided without additional equipment and without increasing network cost. Broken Cable Broken Data (PC) Data (PLC) Down Data (PLC) Data (Robot) Station down(error station) CC-Link IE Control network Specifications Basic communication function Communication speed / data link control Network topology Data transmission reliability method Data transmission control method Size of network shared memory Communication medium Connector Maximum Number of stations Station-to-station distance (When multi mode optical fiber is used) Overall distance (When multi mode optical fiber is used) Network shared memory communication (Cyclic communication: real time communication) Message communication (Transient communication: non real time communication) 1Gbps / based on Ethernet standard Loop Double loop Token passing MAX. 56Kbytes IEEE 80.z multimode optical fiber cable (GI) Twisted pair cable with shield (category 5e) IEC LC connector (duplex connector) RJ5 connector, M1 X-code connector 10 stations MAX. 550 m MAX. 66,000 m

13 Easy and world-wide purchasing of standard Ethernet cabling parts by using Ethernet technology. By using cable adapters, wiring debugging and installation can be started even if all the equipment in the line has not been fully installed. IEEE80.z (1000BASE-SX) LC connector (IEC6175-0) Additional controllers LC Connector Adapter Cable adapters can be installed within 550 m PLC CC-Link IE Control Safety PLC (Safety control) Safety PLC (Safety control) Standard input Safety input Standard output Safety input Safety output E-stop switch Restart switch Warning light Light curtain

14 A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F A B C D E F A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F A B C D E F A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F DA DG +V G A B C D E F DA DG +V G Ultra-high-speed... supremely useable... seamless... and fully compatible with the Ethernet standards We re bringing the benefits of Gigabit & Ethernet to the field level! Gigabit transmission and real-time protocol enables easy and reliable data communication and remote I/O communication independent of transmission delay. High-speed communication for the management information of the devices and trace information as well as the transmission of control data. Since the physical and data link layers of the CC-Link IE Field Network use standard Ethernet technology, conventional cables, switches and hubs can be used. The availability of materials and selectivity of equipment for the network installation and adjustment are enhanced. DETERMINISTIC 1Gbps (broad bandwidth) Bandwidth for cyclic communications Bandwidth for transient communications Reserves dedicated bandwidth for cyclic communication and transient communication. This realizes stable high speed communication and deterministic communication Flexible network topology (ring, line and star are all possible) The network shared memory allows communication among controllers and field devices. Easy configuration and network diagnosis enables a total engineering cost reduction from system start-up to maintenance. Ethernet cable RJ-5 Connector Ethernet Switch Flexible network topology Star topology Easy network trouble shooting Master Slave Slave Switch Slave Disconnected Line topology Slave Display the network structure same as actual system Switch PC Slave Unstable Ring topology Star topology When the trouble occurs, the cause can be found. Then system down time can be minimized.

15 CC-Link IE Field can access field devices directly by remote engneering tools, across the network hierarchy. Devices can be monitored or configured from anywhere in the network, which increases the engineering efficiency with remote management. The safety communication function has been added to the CC-Link IE Field network allowing safe communication at the field level. Allows flexible arrangement matching the device layout by connecting the PLC and Safety PLC with a single network. Highly accurate synchronization is possible by compensating the delay time in propagating data from the master station to the slave station. Able to set up not only the synchronization required, but also the information of I/O and sensors which synchronization is not required, on the same CC-Link IE Field network. Controller distribution Switch In addition to data control, stress free information exchange of control, monitoring, and diagnosis data are possible. The network shared memory enables communication among controllers I/O Control Motion control Safe communication function Ethernet Adapter Gate way Easily realize the management and configuration of increasing amounts of motion data Easily realize a safe communication function at the field level Ethernet equipment connection Ethernet equipment can connect easily CC-Link connection Seamless connection with existing CC-Link via gateway

16 CLPA provides a memory mapped profile that definesdata for each product type. This definition includes the control signal and data layout (addressing). Multiple vendors can develop CC-Link compatible products to match this profile. Users are then able to easily change from one product brand to another without needing to change connections or control programs. In addition to high speed 10 Mbps operation, CC-Link is extremely deterministic. Being able to rely on a predictable, unvarying I/O response allows system designers to provide reliable, real-time control. RX0 RWr0 RX10 RWr (Each occupy one station) 1 (Each occupy one station) Number of devices CC-Link significantly reduces the amount of control and power wiring needed in today s complex production lines. It reduces wiring and installation costs, minimizes the work needed to accomplish the wiring and drastically improves maintenance operations. The maximum overall cable length is 100 meters when 10 Mbps is selected. This length can be extended to 1. km when the network speed is 156 Kbps. The use of cable repeaters and optical repeaters allows even greater distances to be covered. CC-Link supports large-scale applications and reduces the work needed for wiring and device installation. 10Mbps 5Mbps CC-Link.5Mbps 65kbps 156kbps 0,000,000 6,000 8,000,00,00,000 [m]

17 The RAS (Reliability, Availability, Serviceability) function is another of CC-Links features. Functions including stand-by master, detaching slave station, automatic return and testing and monitoring provide high reliability net-work system and allow the system down time to minimize. M R1 R L1 R

18 More improvement wiring, maintaining same high-speed performance as CC-Link Small points dispersion. Size of I/O is smaller Open network the level of reducing wiring network and sensor network.

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21 Safety communication speeds of 10Mbps. Accurate detection of communication errors. failsafe Unitize original assets and equipment for the safety network. Maintain central network error and failure information.

22 CC-Link application stories Information System This system automatically conveys metal molds according to instructions received from an upper level cell controller. It controls AGV route switching and interfaces with an NC machine through the CC-Link. The CC-Link network drastically reduced wiring and the work period. A significant part of the wiring reduction was due to the high noise immunity of CC-Link, which imposed very few constraints on the routing of wires. Overground I/F PLC Remote I/O for root switching Large NC machine for die manufacture Remote for each control I/F CC-Link master x Large NC machine for 50 connection modules die manufacture Remote for each control I/F Information System This line assembles automobile body with spot-welding and arc-welding robots. The line consists of 6 PLCs, installed 7 to 8 CC-Link master units in each, and the total 000 to 000 of remote I/O units. The CC-Link reduced drastically wiring and cost. Also the time needed to do field installation work and wiring was drastically shortened because the easy connection of CC-Link to each piece of equipment. The efficiency and speed of the conveyor system was increased due to the high speed communication to the remote I/O made possible by CC-Link. Side-Main line RR-FUR line Information System Color LCD (10. inch) This system monitors the automatic operation and alarm conditions for machine rooms and electric equipment rooms. LAN connections and phone lines enable remote monitoring and maintenance. CC-Link I/O modules drastically reduce the wiring to air-conditioning units and other electrical equipment. The high-speed data link allows real-time display of the current status and error condition of equipment being monitored. Remote maintenance Telephone line Intranet connection Electrical equipment TFT touch panel Air-conditioning unit Sanitary equipment Touch panel operation Security equipment Performs operation of each equipment device, and monitors equipment status and faults

23 System application: Combination of CC-Link and CC-Link/LT Auto-warehouse Repeater improves network flexibility A wide range of devices can be connected Easy connection of various types of sensors Products from multiple manufacturers can be connected Seamless communication with a CC-Link to CC-Link to CC- Link/LT bridge Easy maintenance

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26 Maximum number of link points Number of link points per unit Maximum number of occupied stations inter-station cable length

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31 Max. number of link points per network Optical fiber cable Twisted pair cable Transmission line type Item Max. number of link points per station Communication speed Number of connected stations per network Max. number of networks Max. number of groups Communication medium Connector Distance between stations (max.) LB LW LX LY LB LW LX LY Standard Optical fiber specifications Transmission loss (max.) Transmission band (min.) Total length (total length of optical cable) Distance between stations (max.) Connector specifications Standard Connection loss Polished surface Specification 768 bits 1107 words 819 bits 819 bits 168 bits 168 words 819 bits 819 bits 1 Gbps Up to 10 stations 9 Optical fiber cable for 1000BASE-SX (MMF) IEC Types A1a.1(50/15 m multimode.5 (db/km) or less (=850 nm) 500 (MHzkm) or more (=850 nm) 66 km (when 10 stations are connected) 550 m (core/clad = 50/15 (m)) Duplex LC connector IEC6175-0: LC type connector 0. (db) or less PC polishing Dual loop Shielded twisted pair cable (category 5e) RJ5 connector, M1 X-Code connector 100m The CC-Link IE Control network achieves a communication speed of 1 Gbps. It uses token passing as the data transfer control method. This prevents frame collisions, improving the throughput of communication. Therefore, it is optimal for networks where regularly scheduled communication is required. Ethernet Standards Communication speed Communication media Communication control method Topology Maximum number of connected units Maximum station-to-station distance Cyclic communication (Master slave method) Transient communication (message communication) IEEE80.ab (1000BASE-T) compliant 1Gbps Shielded twisted pair cable (Category 5e), RJ-5 connector Token passing method Line, star, ring 5 modules (total of master and slave stations) 100m Control signal (bit data): max. 768 bits (096 bytes) RX (slave master): 168 bits RY (master slave): 168 bits Control data (word data): Max. 168 words (768 bytes) RWr (slave master): 819 words RWw (master slave): 819 words Message size: Max. 08 bytes Communication speed Implementation method Connection form Cable Max. number of connected stations per network (open specification) Cyclic communication Max. number of link points/network Max. number of link points/station (More than one station can be occupied.) Link scan time (16 stations connected) Transient transmission Mix of communication protocols, TCP and IP RX,RY RWr,RWw RX,RY RWr,RWw 100Mbps Software Start (connection with switching hub) Ethernet category 5e or higher 6 Allowed 51 bytes each (K points) K bytes each (K points) 8 bytes each (6 points) (fixed) 6 bytes each ( points) (fixed) 10ms Possible (max. K bytes) Allowed

32 CLPA Office Locations CLPA Japan (Head Office) 6F Ozone-front Building, , Ozone, Kita-ku, Nagoya 6-085, Japan Phone: Fax: URL: CLPA Americas 500 Corporate Woods Parkway, Vernon Hills, IL, 60061, U.S.A. Phone: Fax: URL: CLPA Europe (Germany) Postfach 1 17, 08 Ratingen, Germany TEL: Fax: partners@clpa-europe.com URL: window CLPA Europe (U.K. Office) Travellers Lane, Hatfield, Hertfordshire, AL10 8XB U.K. (P.O. Box 50, Hatfield, AL10 8XB U.K.) Phone: Fax: partners@clpa-europe.com URL: CLPA Korea RM. 711, 7F GANGSEO HANGANG XI-TOWER A, 01 Yangcheon-ro, Gangseo-gu, Seoul 0758 Korea Phone: Fax: clpakor@meak.co.kr URL: CLPA China Headquarters (Tongji University): School of Electronics and Information Engineering, Jiading Campus, Tongji University, Shanghai, P.R.China Head Office: 19F No.186 Hong Qiao Road, Shanghai, P.R.China TEL: Fax: support@cn.cc-link.org CLPA Taiwan 6th FI, No.105, Wu Kung Rd., Wu-Ku Hsiang, Taipei, Taiwan Phone: Fax: cclink01@ms6.hinet.net URL: CLPC ASEAN (Singapore) 07 Alexandra Road #05-01/0, Mitsubishi Electric Bldg., Singapore 1599 Phone: Fax: cclink@asia.meap.com CLPA India (India) nd Floor, Tower A & B, Cyber Greens, DLF Cyber City, DLF Phase-III, Gurgaon-100 Haryana, India Phone: Fax: clpa@mei-india.com CLPA Turkey (Turkey) Serifali Mahallesi Nutuk Sokak.No:5 775 Umraniye-istanbul /Turkey Phone: partners@clpa-europe.com CLPA Mexico Mariano Escobedo 69, Zona Industrial - Tlalnepantla, 500, Estado de Mexico, Mexico TEL info@cclinkamerica.org CC-Link Promotion Center Thailand 9th Floor, SV City Building, Office Tower1, 896/19 and 0, Rama Rd., Bangpongpang, Yanawa, Bangkok 1010 Thailand TEL FAX info@cclinkthailand.com 008 CC-Link Partner Association. All rights reserved. CC Y New publication, effective Nov. 017 Specifications subject to change without notice