CLPA Global Activity Report Vol.1

CC-Link and CC-Link IE
The Most Widely-Used
Networks in Asia

CC-Link/CC-Link
IE CC-Link/CC-Link IE
CC L
CC L
E
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
CC
L nk CC L nk IE
E CC
CC-Link/CC-Link
L nk CC L nk IE
E CC
CC-Link/CC-Link
L nk CC L nk IE
E CC
CC-Link/CC-Link
L nk CC L nk IE
E
CC-Link/CC-Link
CC
L
CC L
IE
E CC
CC-Link/CC-Link
L
CC L
IE
E CC
CC-Link/CC-Link
L
CC L CCIE
E CC
CC-Link/CC-Link
L
CC L E IE
E
CC-Link/CC-Link IE
CC-Link/CC-Link CC
IE CC-Link/CC-Link
L
nk CC L nk CC
L
CC L IE ECC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
L
CC
L
IE
E CC
CC-Link/CC-Link
L
CC L
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC L nk CC L nk E
CC-Link/CC-Link
CC
L
CC L
IE
E CC
CC-Link/CC-Link
CC-L
L
CC L
IE
E CC
CC-Link/CC-Link
L
CC L
IE
E CC
CC-Link/CC-Link
L
CC L
IE
E
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
CC
L nk CC L nk IE
E CC
CC-Link/CC-Link
L nk CC L nk IE
E CC
CC-Link/CC-Link
L nk CC L nk IE
E CC
CC-Link/CC
L nk CC
CC-Link/CC-Link IE CC-Link/CC-Link
IE
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC L
CC L
E CC LCC L
E CC LCC L
E CC L
CC L
E
CC-Link/CC-Link
IE CC-Link/CC-Link IE
CC-Link/CC-Link
CC
L nk CC L nk IE
E CC
CC-Link/CC-Link
L nk CC L
nk IE
E CC
CC-Link/CC-Link
L
nk
CC L nkIE
IE
E CC
CC-Link/CC-Link
L nk CC L nk IE
E
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
CC L nk CC L nk E
CC-Link/CC-Link
IE CC-Link/CC-Link IE
CCEL
CC L
E CC-Link/CC-Link IE CC-Link/CC-Link IE
CC L
CC L CC
CC-Link/CC-Link
CC
L nk CC L nk IE
E CC
CC-Link/CC-Link
L nk CC L nk IE
E CC
CC-Link/CC-Link
L nk CC L nk IE
E CC
CC-Link/CC-Link
L nk CC L nk IE
E
nk CC L nk E CC L nk CC L nk E CC L nk CC
L nk E CC
L nk CC L IE
E
CC L
CC L L E
CC-Link/CC-Link
CC-Link/CC-Link
CC-Link/CC-Link
CC-Link/CC-Link
IE CC-Link/CC-Link
IE
CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE IECC-Link/CC-Link
IE nk
CC-Link/CC-Link
IE IECC
CC L nk CC L nk E CC L
CC L
E CC L CC-Link/CC-Link
L
EIECC
L CC-Link/CC-Link
CC L IE CC-Link/CC-Link
EIE CCLCC
LIEIE CC-Link/CC-Link
E
CC-Link/CC-Link
L nk CC L nk IE
E CC
CC-Link/CC-Link
L nk CC L nk IE
E CC
CC-Link/CC-Link
L nk CC L nk IE
E CC
CC-L
L
IECCCC-Link/CC-Link
IE
CC-Link/CC-Link
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
CC L
CC L
E CC LCC L
E CCCC-Link/CC-Link
L
CC L IE CC-Link/CC-Link
E CC L CC CCE
L LIECCLE CCIELCC L
E CC LCC L
E CCL
CC LIE CC-Link/CC-Link
E
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC L nk CC L nk ECC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
CC L nk CC L nk E CC L nk CC L nk E CC L nk CC
L
nk
E
CC
L
nk
CC
L
nk
E
CC-Link/CC-Link
CC
L
CC L
IE
E
CC L
CC L
E CC LCC L
E CC LCC L
E CC L CC-Link/CC-Link
CC L
E
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
CC L nk CC L nk E CC L nk CC L nk E CC L nk CC L nk E CC L nk CC L nk E
CCL
CC LIE CC-Link/CC-Link
E CC L
CCCC-Link/CC-Link
L
E CC IE
L CC-Link/CC-Link
CC L
EIECC
L
CC L IE E
IE CC-Link/CC-Link
CC-Link/CC-Link
CC-Link/CC-Link
IE L
CCCC-Link/CC-Link
L CC
E
CC-Link/CC-Link
L
CC
L
IE
E CC
CC-Link/CC-Link
LIE CC-Link/CC-Link
CC L
IE
E IECC
CC-Link/CC-Link
L
CC L IE IE
E CC
CC-Link/CC-Link
CC
E
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IECC L
CC L nk CC L nk E CC L nk CC L nk E CC L nk CC L nk ECC-Link/CC-Link
CC-Link/CC-Link
CC
L L CCIE
E IE
CCLL nk CC
E CC LCC L
E CC LCC L
E CC L
CC L
E
CC-Link/CC-Link
IE CC
CC-Link/CC-Link
CC-Link/CC-Link
IE
CC L nk CC L nk E CC L IE
nk
CC L nk E
L nk CCIEL CC-Link/CC-Link
nk E CC LIEnk
CC
E L
CC-Link/CC-Link
IE L
CC-Link/CC-Link
IE
CC-Link/CC-Link IE CC-Link/CC-Link
IE L nk ECC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link CC
CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link CC
IE L
IE CC-Link/CC-Link
IE
CC L
E
CC
L nk
L nk CC L IE
nkCC-Link/CC-Link
E CC-Link/CC-Link
CC L
CC
L
E CC
LIE CCCC L
E CC LCC L
E CC L
CC L
E
CC-Link/CC-Link
IE CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
CC-Link/CC-Link
IE CC
CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC L IE
CC L nk CC L nk E CC L nk CC L nk
E CC L IE
nk
CC L nk E
L nk CCIEL CC-Link/CC-Link
nk E CC-Link/CC-Link
IE
CC-Link/CC-Link
CC
L
nk
nk
E
CC
L
nk
CC
L
nk
E
CC
L
nk
CC
L
nk
E
CC
L
nk
CC
L
nk
E
CC-Link/CC-Link
IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
IE
CC L nk CC L nk ECC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
CC-Link/CC-Link
CC
L
CC L
IE
E CC
CC-Link/CC-Link
L
CC L
IE
E CC
CC-Link/CC-Link
L
CC L
IE
E CC
CC-Link/CC-Link
L
CC L
IE
E
CC-Link/CC-Link
IEECC-Link/CC-Link
IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
IE
CC L
nk CC L nk E CC L nk CC L nk E CC L nk CC L nk E CC L nk CC L nk E
CC L nk
CC L nk
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link
IE L
CC L nk CC L nk E CC L nk CC L nk E CC L nk CC L nk E CC L nk CC
L nk ECC
nk CC L nk E CC L nk CC L nk E CC L nk CC L nk E
CC-Link/CC-Link
L
CC L IEIEECC-Link/CC-Link
CC-Link/CC-Link
CC
L
CCIEL CC-Link/CC-Link
IE
E CC
CC-Link/CC-Link
L IE CCL
IE
E CC
CC-Link/CC-Link
CC L
IE
E
CC L
CC L
E CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
nk E CC L nk CC LCCnk
L nk E CC L nk CC L nk E
LLE
nkCC
CC
nkCC
CCIE LCC-Link/CC-Link
CC
CCLL nk CC
E CC LCC L
E CCCCL L nk
CC CC
L LE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
IEE CC
CC-Link/CC-Link
IE
CC-Link/CC-Link
CC
CCLL
Lnk
IE
EECC
CC-Link/CC-Link
L
CC L
IE
E CC
CC-Link/CC-Link
L
CC L
IE
E CC
CC-Link/CC-L
L
CC L
CCLL nk
E L
CC
L
CC
L
E
CC
L
CC
L
E
CC
L
CC
L
E
CC
L
CC
L
E
CC L
nk
CC
L
nk
E
CC
L
nk
CC
L
nk
E
CC
L
nk
CC
L
nk
E
CC
L
nk
CC
L
nk
E
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC L
CC L
E CC LCC L
E CC LCC L
L nk E
CC L
CC L
E
CC-Link/CC-Link
CC
L
CC L
IE
E CC
CC-Link/CC-Link
L
CC L
IE
E CC
CC-Link/CC-Link
L
CC L
IE
E CC
CC-Link/CC-Link
L
CC L
IE
E
CC
CC L nk E
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE nk
CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC
CC-Link/CC-Link
IE nk
CC-Link/CC-Link
IE L nk
CC
E
CC-Link/CC-Link
CC
L nk CC L nk IE
E CC
CC-Link/CC-Link
L nk CC L
IE
E CC
CC-Link/CC-Link
L nk
CC L nk IE
E
CC-Link/CC-Link
L nk CC L
IE
EL nk CCIE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link
CC-Link/CC-Link
L
CC LCC-Link/CC-Link
IE
E
IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-L
CC-Link/CC-Link
IEIECC-Link/CC-Link
IE
CC-Link/CC-Link
IE CC-Link/CC-Link
IE IE
CC-Link/CC-Link
IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-LinkIEIE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link IE
IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link
IE
IE
CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link
IEIECC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
IE
CC-Link/CC-Link
IE CC-Link/CC-Link IEIECC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link
IECC-Link/CC-Link
CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-LinkCC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link
IE IE CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link IE
ink/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
nk/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link IE
nk/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE
IE CC-Link/CC-Link
IE CC-Link/CC-Link IE
CC-Link/CC-Link
CC-Link/CC-Link
IE CC-Link/CC-Link
IEIECC-Link/CC-Link
IE
CC-Link/CC-Link
CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
IE CC-Link/CC-Link
IEIE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link
IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link IEIECC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE
Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link IE
IE CC-Link/CC-Link IE CC-Link/CC-Link
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE
IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link
IE
Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
IE
CC-Link/CC-Link
IE IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link IECC-Link/CC-Link
CC-Link/CC-Link
IE
IE CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
IE CC-Link/CC-Link IE
C-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
CC-Link/CC-Link IE CC-Link/CC-Link
IE
CC-Link/CC-Link
IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
IE CC-Link/CC-Link IE IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE
IE CC-Link/CC-Link IE
k IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link IE IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IEIECC-Link/CC-Link
CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link
IE CC-Link/CC-Link
IE
CC-Link/CC-Link
C-Link/CC-Link
IE
CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link IEIECC-Link/CC-Link
IE CC-Link/CC-Link
IEC
CC-Link/CC-Link IECC-Link/CC-Link
CC-Link/CC-Link IE
CC-Link/CC-Link I
CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
IE CC-Link/CC-Lin
CC-Link/CC-LinkIEIECC-Link/CC-Link
CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link
IE IE CC-Link/CC-Link
CC-Link/CC-Link IE CC-Link/CC-Link
IE CC-Link/CC-Link
IE
CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE IE CC-Link/CC-Link
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link
IE IE
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
IE
CC-Link/CC-Link
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
IE
CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link IE IE
CC-Link/CC-Link
IE CC-Link/CC-Link
IE
CC-Link/CC-Link
IE CC-Link/CC-Link IE CC-Link/CC-Link IECC-Link/CC-Link
CC-Link/CC-Link IE IE
CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
IE CC-Link/CC-Link
IE
IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE IE CC-Link/CC-Link IE CC-Link/CC-Link
CC-Link/CC-Link
IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link
IE CC-Link/CC-Link
IE CC-Link/CC-Link
CC-Link/CC-Link
IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE IE
CC-Link/CC-Link
IE IE
CC-Link/CC-Link
IE IE
CC-Link/CC-Link
IE IE CC-Link/CC-Link IE
CC-Link/CC-Link
CC-Link/CC-Link
CC-Link/CC-Link
CC-Link/CC-Link
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-L
CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Li
CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE CC-Link/CC-Link IE
CC-Link/CC-Link
IE CC-Link/CC-Link IE C
CC-Link/CC-Link
IE

Spec a Feature

Interv ew［G oba strategy］
CC-L nk and CC-L nk E Open ndustr a Networks
rom Japan
Spread ng G oba y From The r Strongho d n As a

［CC L nk Partner Assoc at on & Ch na Opt cs and Optoe ectron cs
Manu acturers Assoc at on LCD Branch］
The Ch nese FPD ndustry Cont nues to Grow CC-L nk
and CC-L nk E W
Meet The Cha enge o Product on
Advancement

Interv ew［CC L nk Partner Assoc at on & FAW Car Co Ltd ］
Part1
Product on systems are strengthened to respond tomarket d vers ﬁcat on
Keys o evo ut on are n the hands o automat on
techno ogy
Part2
Re ab ty s mportant or ndustr a networks
Ne w techno og y des g ned or n teg ra t on w t hn ormat on systems ooks prom s ng

Spec a Report［Rev ew o FPD nternat ona Ch na 2012 Be ng Summ t ］
CC-L nk and CC-L nk E were the Hot Top cs at the FPD
nternat ona Event
Attendees Saw Techno ogy and App cat on Examp es rom
the Latest Factor es［Rev ew o FPD nternat ona Ta wan 2012］
CC-L nk Partner Assoc at on CLPA Jo ns FPD Techno ogy
Sem nar n Ta wan
Addresses Attendees on the Theme o Manu actur ng
Techno ogy Evo ut on

CLPA Global Activity Report

Special Feature

Global strategy"CC-Link and CC-Link IE", Open Industrial Networks
from Japan
Spreading Globally From Their Stronghold in Asia

industrial open networks. In
f act, FAW Car Co.,Ltd.
（hereafter: FAW Car）, theleading Chinese automobile
manufacturer, has started

CLPA-North America

CLPA-Europe
CLPA-China

trying to automate its factories"CC-Link" is the industrial open network that was born in Japan. The CC-Link Partner Association（CLPA）is now
putting great eﬀort into developing CC-Link in China with the slogan "Gateway to China". The entire Chinese
manufacturing industry, not only the advanced companies, is now trying to adopt advanced automation
using industrial networks. With the promotion in China, CC-link and CC-Link IE will not only increase theirpresence in Asia, where they have captured about 40% of the market, but also in the global market.

CLPA-Korea
CLPA-Japan(Head Oﬃce)

CLPA-India

using CC-Link first.（See the

CLPA-Taiwan

column on the next page.）

CLPA-ASEAN

Strengthened Support for

Product Suppliers

The slogan CLPA chose for

CLPA, the association to promote CC-Link, wasNorth America, China, South Korea, and Taiwan have

its CC-Link and CC-Link IE

established in November 2000. CLPA has promoted CC-

joined as partners. "Especially in Asia, CC-Link has beenpromotion activity in China is

Link for about 11 years by aggressively supporting the

adopted by companies in South Korea and Taiwan and"Gateway to China". "For thecompanies involved with developing CC-Link-

commands about 40% of the industrial open-

promotion of CC-Link and CC-

compatible devices and system building. As of

network market, which is the highest market share of

Link IE, increased variety of

the industry. The main users are big companies which

CC-Link devices will be provided and services will also

necessary parts for CC-Link device development. This

CC-Link and 1742 partner companies support the

manufacture liquid crystal panels, glass, automobiles,

be strengthened in China. To do so, we will become a

kit enables a company to develop a CC-Link-compatible

activity of CLPA. Compared to 134 companies at its

and tires", said Ms. Naomi Nakamura.

gateway for companies handling CC-Link-related

product easily. In addition, as another service, CLPA

business to enter the Chinese market. This is thebears the cost for the conformance test of CC-Link. "Inconcept of our slogan", said Ms. Nakamura.

the near future, semiconductor manufacturers around（ﬁgure 1）.

To support partner companies and users, CLPA has

CLPA oﬀers two ways to support companies with CC-

the world will launch various chips, like ASSP

acted globally, with offices in South Korea, Taiwan,

Link and CC-Link IE: market development and product（Application Speciﬁc Standard Product）, which support

foreign companies. Specifically, companies in Europe,

United States, Germany, China, and Singapore（figure

development. For example, as support for market

CC-Link or CC-Link IE. This will make CC-Link-compatible2）. CLPA is especially focused on promotion in China.

development, CLPA takes a leading role for the

product development even easier.

"In China, a quality change in manufacturing is now

promotional activities of CC-Link-compatible products.

"We hope the device vendors will develop CC-Link-

beginning. Accompanied by this trend, the entire"We place advertisements introducing CC-Link-

compatible products more easily by using the support

manufacturing industry is focusing on the automationcompatible products to key industries in China and holdfrom CLPA under the "Gateway to China" programme

technology in factories. We will expand the share of CC-

technical seminars to deliver information to users

and will develop their business further in the

Link in China to 20 % or more in a few years, thanks todirectly. We also provide free media, like webinars", said

significantly growing Chinese market", said Mr.

this opportunity", said Mr. Yoshiaki Nagashima.

Mr. Nagashima. CLPA participated in the two big events

Nagashima.

1800

1742
1632

1600

1481

1400

1331
1182

1200

800

754
649

169

0

27

247

230

551
283

345

57

136

190

239

268

00

01

02

03

304
04

391

354

05

935
699

580
470

383

436

06
07
（year）

483

08

Figure 1：CLPA partners are increasing globally

2

1149

814

853

200

1062

1016

1000

400

Active Support for Promotion in China

and CC-Link IE, and 60 % of the partner companies are

Now companies all over the world support CC-Link

469

Figure 2：CLPA world branches

September 2012, 1253 products are compatible withfoundation, the number has increased about 12 times

600

・・・Comformance Testing Lab

517

09

546

10

570

11

593

12

Manufacturing in China used to mean simply

for the flat panel display industry; "FPD International

CC-Link is supported by many companies not only inassembling goods. Howev er, more and more

Taiwan 2012" held in Taipei on August 30, 2012 andJapan, but also in Asia. The standard itself has continued

companies in China handle components or materials,"FPD International 2012 China/Beijing Summit", held at

to develop. For example, "CC-Link IE" has been added

not only assembly, which means that the spread of

the China National Convention Center on September 18

to the family. This is the Ethernet-based specification

manufacturing is getting wider. On the other hand, thisand 19, 2012. "The ﬂat panel display ﬁeld is one of thewhich connects the information and production

expansion of the market requires that manufacturing

most automated industries. In these international

systems seamlessly. CC-Link and CC-Link IE will continuecompanies improve their productivity and especially

events, we promoted the advantages of CC-Link to key

to attract further attention as a key technology

the quality of their products. To deal with thispersons in the industry", said Mr. Nagashima.

providing eﬀective solutions for enterprises which are

movement, now more and more companies have an

As support f or product development, CLPA

interest in advanced automation technology using

distributes a development support kit containing theseeking a way to reinforce their production systems forfurther growth.

3

CLPA Global Activity Report

Interview

CC-Link Partner Association & FAW Car Co., Ltd. Part 1

Production systems are strengthened to respondto market diversiﬁcation.
"Keys of evolution are in the hands of automation
technology"
China FAW（First Automobile Works）Corp.（hereafter: China FAW）is the biggest automobile manufacturer
in China. FAW Car Co., Ltd.（hereafter: FAW Car）, an aﬃliated company of China FAW, has been aggressively
adopting an automated production system to achieve both high quality and high productivity. The
company, employing what they claim is the world's highest level automated production system, hasdemonstrated a strong commitment to CC-Link. We interviewed Mr. Wang Yuchun, one of the executives incharge of the production system, to ask about CC-Link.

automated systems in our plants.” said Mr. Wang. For
example, 200 robots are used in the welding line of the
2nd factory, which started operation in 2010. According
to him, a factory using so many robots in one process israre in China. "Employing robots has reduced thenumber of staff on this process by half; however, theproductivity has doubled. Reducing human operations
has helped to reduce errors, which has in turn improved
the quality", he said.
FAW Car will take a more advanced approach for the
3rd factory. "As we establish a new factory, we always
set a theme and try to employ a new technology
according to the theme to advance the whole conceptof the factories. The theme for the 1st factory was“Standardized Factory”, and the 2nd was “Automated

FAW Car is a wholly-owned subsidiary of China FAW.
It was formed in 1997 and celebrated its 15th

Hongqi-dedicated factory. Additionally, FAW Car plans

Factory”. For the 3rd factory we set two themes, which

to build a new factory, the 3rd factory.

are “New Energy” and “Digitalized”.” he said.

anniversary in 2012. Currently, FAW Car produces

The company is trying to establish a production

At the 1st factory, the operations and processes wereprivate-label automobiles including Hongqi（its ﬂagshipsystem that can be flexibly adopted for a complex

standardized to improve the quality and productivity.

actively configuring an advanced industrial networkand the highest class model in China）, Besturn, andproduction plan while increasing its productivity and

The automated system employed in the 2nd factory

system in cooperation with them."

Oley. In addition to these, FAW Car also manufactures

pursuing high quality. "Recently, the demand for

was more advanced than in the 1st factory, improving

According to him, the factories of FAW Car employ

the Mazda 6 and 8 as part of an alliance with Mazda.

automobiles in the Chinese market has kept increasing,productivity while maintaining quality. The new 3rd

several industrial networks of which CC-Link is the most

FAW Car currently operates three main production

and consumers' needs are getting more and moref actory is positioned as a production base ofwidely used（see below）.

factories; the 1st factory, the 2nd factory, and thevaried. Our aim is to respond to this situation.” Mr.

environmentally-friendly automobiles, and energy"We ﬁrst brought in CC-Link in 2004. In all of the 1st,

Wang said. He emphasizes that quality has the highest

saving is a key goal. Furthermore, FAW Car plans to

2nd, and Hongqi-dedicated factories, CC-Link is playing

priority in the endeavour. "We pay attention to quality

computerize all the factories. "We will automate morean active role. We will adopt CC-Link in the new 3rdeven when planning arrangements of equipment andprocesses using the latest technologies and, at thefactory too."staﬀ at a factory startup. After production is started, wesame time, enhance the linkage between the

Mr. Wang also says that the factories of FAW Car facestrictly manage our equipment, materials, components,

production equipment using network technologies. We

many issues for automation, such as linkages between

and staff arrangements based on our quality control

expect this to improve the productivity and quality.

production lines and between machines. To solve thosesystem." he continued. To deliver that, FAW Car has its

Presently, we are discussing the details on how toissues, FAW Car will widely adopt eﬀective automation

own unique production system, the Hongqi Production

realize these ideas. Furthermore, we will improve thetechnologies such as CC-Link. "We will need to integrate

System（HPS）. HPS was developed independently by

information system so that the development andthe information system and the production system to

FAW Car incorporating concepts inspired by its

production departments can cooperate closely.” Mr.

streamline the production system further. We hopepartnerships with Toyota and Mazda.

Wang said. FAW Car will create an enhanced production

vendors will suggest solutions to establish such

"New Energy" & "Digitalization" in the new factory

system satisfying customers' needs while improving theadvanced systems. The Ethernet-based integrated

production eﬃciency.

network "CC-Link IE", which is introduced this time, isgreat challenge in factories. To meet this challenge,

CC-Link contributes to “Digitization”

high speed of 1Gbit/s. CC-Link IE will help us establish

Mr. Wang says that industrial networks play

an advanced system. We expect that CC-Link IE will also

"Automated systems are important when a new factory

important roles in advanced automation. "Our aﬃliates

contribute to improve the reliability of production

is built. Therefore, we employ state-of-the-art

develop host information systems, and we have beensystems." he said.

Satisfying both high productivity and high quality is a

Mr. Wang Yuchun

FAW Car Co., Ltd.
Deputy General Manager

4

Inside the 2nd factory of FAW Car Co., Ltd., and installed CC-Link
devices.

Ms. Naomi Nakamura
CC-Link
Partner Association
Director

automation technology plays a significant role.

capable of transmitting large volumes of data at the5

CLPA Global Activity Report

Interview

CC-Link Partner Association & FAW Car Co., Ltd. Part 2

Reliability is important for industrial networks.
New technology designed for integration withinformation systems looks promisingThis is the second interview with FAW Car Co., Ltd., a leading Chinese automobile manufacturer. Ms.
Naomi Nakamura, the global director of the CC-Link Partner Association（CLPA）, interviewed Mr. Gang
Chen, who is a manufacturing technology department researcher involved in production line design for
FAW. Ms. Nakamura asked him about his thoughts on automation systems for factories and the reason
why FAW had introduced the industrial network CC-Link as the base for their automation systems. Mr.
Gang, who regards "reliability" as the most important factor for automation, said that he highly valued
the basic design of CC-Link.

for example, CC-Link iswhen comparing standards, which are 1）reliability, 2）used in the welding

openness, 3）availability and usability, 4）high market

line, all assembly andshare, and 5）initial cost.

the conveyor system.

N

Only a few processes,

These five points are exactly what we emphasize

when promoting CC-Link. We especially put a greatsuch as painting andvalue on "reliability". Specifically, the CC-Link Partnerpressing, use networks

Association has worked to ensure the interoperabilityof other standards be-

between devices of diﬀerent vendors. For example, wecause of the specifica-

have conducted strict conformance testing. Today

tions of the devices installed on the lines.
Since the equipment inconformance test which we administer. Therefore,

the painting and thean engine manufacturing factory and a transmission

devices of various manufacturers can work properly inpressing processes isis one of the automobile manufacturers that has been

manufacturing factory. The automated production

any combination. I believe that these activities areimported mainly fromaggressively automating its production lines?

system in the 1st factory is no longer the state-of-the-important for users to establish a highly reliable system.

Europe, we have adopted western industri-art. However, we employed the latest automated

In fact, as a result of our activities, more and more

focusing on automation technologies since they aresystem in the 2nd factory, which was built in 2010, andcompanies have adopted CC-Link, especially in Asia. In

important to ensure both high quality and highthe Hongqi-dedicated factory. For instance, we use theJapan, CC-Link commands about 60% of the market for

productivity. I think our automation level is the highest

world's latest manufacturing equipment in most of theindustrial networks. CC-Link commands nearly 50 % in

in China. There are lots of automobile manufacturers inmain production processes. We are using 400 or moreSouth Korea and Taiwan.

China, however, few of them have world-classrobots.

automation. Only a few
companies such as
FAW, Shanghai GM,

Most important point for selection, "Reliability"

N I have heard that some management issues about

C I agree that the technology of CC-Link is excellent.

Ms. Naomi Nakamura
CC-Link Partner Association
Director

al networks.

CC-Link contributes to “Informatization”

N

CC-Link has evolved constantly and stably. For

example, the Ethernet-based network "CC-Link IE",

So far, we have adopted industrial networks of various

which was based on the technology of CC-Link, wasstandards, however, nowadays we are adopting CC-

launched in 2007. CC-Link IE can connect information

Link more widely.

systems and factory floors seamlessly, which helps

N In what kind of processes is CC-Link used?

optimize the whole production system. I would like to

and Guangzhou Honda

production bases are getting raised in China, such as

have the system equiv-

increasing staff cost especially in urban areas. Do you

alent to those of thethink automation technologies are getting moreleading companies inimportant in solving these issues?

handle a very large amount of information. This will be

the world, I think.

Chinese automobile manufacturers face manya help to computerize production systems. It is getting

Can you please tellC

problems, such as ensuring both productivity andmore complicated than ever to manage the production

me about the current

quality while reducing production costs, as they expand

system recently. For example, to respond to consumers'

automation situation attheir production volumes. Without automation

diversifying needs, automobile manufacturers have

FAW Car?

technologies, those problems would not be solved. To

developed more and more brands and models. ThisC We have now threesolve the problems which are becoming ever moretrend requires a production line to manufacture more

assembly factories; thecomplicated, automobile manufacturers need tovarieties of models, and the amount of information the

1st factory, the 2nd

cooperate with solution vendors strategically.

production system needs to handle keeps increasing.

N

6

In the 1st factory,

market, and all of them have passed the strict

Mr. Chen（hereafter: C） Sure, we are. We have been

FAW Car Co.,Ltd.
Technical Advisor

combine from them. We pay attention to five pointsC

more than 1200 CC-Link-compatible devices are on the

MS. Nakamura（hereafter: N） I understand FAW Car

Mr. Chen Gang

we should select or which standards we should

ask your opinion about such technologies.
C

I think the Ethernet-based industrial network canfactory, and the factory

I think industrial networks have much to contribute

As this trend continues, the need for an industrial

dedicated to theto develop automated systems. Various industrial

network capable of handling a large amount ofhighest-class model

network standards have already been established. As

information like CC-Link IE will increase.

"Hongqi". We also have

we create a system, we must consider which standard

N The CLPA willingly helps manuf acture.

7

CLPA Global Activity Report

Interview

CC-Link Partner Association & China Optics and Optoelectronics Manufacturers Association LCD Branch

Asia is that the world-famous FPD machine

information quantity on the network will

Japan, where CC-Link was born. Aftertransmission at the high speed of 1Gbps.

manufacturers located their factories intho s e machine manu f ac tur er s had

No other industrial network standard but

also started using CC-Link. That is why CC-

at such a high speed so far. Actually, thisadopted CC-Link, the FPD manufacturers

speciﬁcation was developed based on themachine manufacturers started using CC-

L To produce high-quality FPD panels, anNI believe that it is because suchhuman work is involved is required as

CC-Link. For example, in a network whereindustry is one of the industries which

Link?

For ﬂat panel display（FPD）production, large-scale equipment and complex processes are required. Productionlines for FPDs require the most advanced automation technology. How can automation technology including
industrial open networks contribute to their advancement? Ms. Naomi Nakamura, the global director of the
CC-Link Partner Association（CLPA）, interviewed Mr. Xinqing Liang, the secretary general of China Optics andOptoelectronics Manufacturers Association LCD Branch, which is a business organization for development of
the FPD industry in China, which has a strong large-scale FPD sector. Mr. Liang is also the vice chairman of BOE
Technology Group which has led the LCD industry from the earliest days.
Ms. Nakamura（hereinafter: N） I would

trend, the mainstream of FPDs may be

production facility can also be used for

accuracy to transmit a large amount ofyears after the entry of Japanese andLa large industry, isn't it?

production equipment started to be usedand production processes became more

information such as recipe data.

N I promise that we, CLPA, will deﬁnitely

production facility and changing the layout

any vendor can provide products which

FPD industry. The Chinese market issuch as CC-Link and CC-Link IE. Our

CC-Link is an open standard, and thusof the production line, OLED display

near future, this trend of production facility

Many of the large FPD manufacturers
have employed CC-Link

are CC-Link compatible. Any of those CC-

CC-Link Family in China, and supports

to promote CC-Link. I believe that this isalso valued by those manufacturers.

BOE Technology Group（hereinafter:

important industry and have provided

problems, CC-Link technology contributes

many manufacturers shift their production

Introduction of "CC-Link IE"− 1Gbps communication speed

earliest companies to enter the FPD

manufacturers. This is the reason why theto have changed a bit lately, Mr. Liang?

Link technology has been already used bysome LCD manufacturers will replace theirproduce large glass substrates has giventhat CC-Link was used in 80

BOE）, which I work for, was one of thevarious supporting measures for FPD

control problems emerged. To solve suchin various ways. However, this trend seems

L As you pointed out, the technology toindustry in China. Originally, BOE produced

FPD industry has grown greatly in the last

took notice of the movement of thelines in China. In addition, six more are

LCD panel manufacturers competitiveentered the FPD industry in 2003 bycontributes about 6% of the worldʼs LCD

lately because producing the larger size ofin operation, this will rise to about 20% .

production cost reduction.

Shifting to OLED displayschanges production lines

market growth during recent decades, andmedium size, in the near future, large OLED

CRTs（cathode ray tube）. But we quickly

industry shifting from CRTs to FPDs, andbuying Hyundai Display Technology, an

LCD panel manufacturer in South Korea. At

the beginning, the 3.5-generation glass

substrates were used in production lines at

BOE. Then BOE constructed new LCD panel
factories for the 5th-generation glass

substrates in Beijing in 2005. About that8

decades. Now, there are 14 FPD production

planned to be built. As of 2011, China
production. However, with these new lines

N Various factors are related to the LCD

greater opportunity to be used whenfacilities to OLED display production. CC-

many FPD manufacturers. In fact, I heard% of thefactories of the world's five main FPD

strength. However, this trend is changing

manufacturers. I also heard that CC-Link

glass substrates does not always result inmanufacturers which already started OLEDLAs I mentioned before, I expect thatindustry will take a new step, a shift to thegained a large market share in Asia,

recommend for those companies to use

displays in the current market are small or

Korea, the capitals of the FPD industry. Oneof the reasons for the large market share in

more and more used in China as a result of

this activity. Thank you so much for today's

interview.

into their facilities at the timing of the

manufacturers will desire to improve

especially in Japan, Taiwan, and South

CC-Link to enter the Chinese market. I

believe that the CC-Link Family will bepossible to introduce CC-Link technology

display production.

OLED display field. Although most OLED

companies whose business is related toexisting production lines with OLED display

renovation?

CC-Link, which was born in Japan, hascreated to accelerate the promotion of the

production lines. Would you think it is

was used in the factories of large FPD

On the other hand, the Chinese FPD

important to promote the CC-Link Family,

controlled strictly by CLPA, the associationNand local governments regarded FPD as an

respond expectations from the Chinese"Gateway to China" programme wascomplex. Then even some production

I expect that CC-Link will have atechnology to meet such demands.

build a stable network because the quality

Yes, it is. Chinese central government

Taiwanese companies.

would like to ask CLPA, through promoting

OLED display production. In other words,

by replacing some equipment of the LCD

of the CC-Link-compatible products ismarket. Corresponding to this trend, largeadvance, the demands for automation

CC-Link technology, to improve theshift to OLED displays will be remarkable.

getting established.

As FPDs and their accompanying

systems which require advanced control

Actually, some parts of an LCD

which lead to expansion of the LCD

N The Chinese FPD industry is now such

especially require automation technology.

technology will grow more and more. I

important point for FPD production

time when the Chinese FPD industry was

2003, Chinese companies entered the FPD

much as possible. That is why the FPD

data quantity to be transmitted. This is anchanged from LCD to OLED displays.

Link-compatible products helps users to

productivity and reduced production costs,

extremely clean environment where no

production technology continue todepending on an increase or decrease of

production facilities can be set up. In thesize has been growing. That is, using thedemand from the LCD industry.

control performance does not change

large glass substrates improved

LCD panel factories. Hence this was theindustry with LCD panels. This was ten

television receivers. Accompanying thistransmitted together with control data, but

Ltd. also established their 5th-generation

Mr. Liang（hereinafter: L） First, I am
industry in China. Starting from arounddisplays will be produced and used for

CC-Link is used, various information can be

I think one factor is that the glass substrate

InfoVision Optoelectronics（Kunshan）Co.,

going to explain the history of the FPD

China Optics and Optoelectronics
Manufactures Association LCD Branch
Secretary Generalmanufacturers valued the high reliability oftime, Shanghai Electric Group Co., Ltd. andlike to hear about the general condition of
the FPD industry in China.

Mr. Xinqing Liang

CC-Link IE has achieved data transmission

Link is now widely used in Asia.

L What would you say is the reason those

The Chinese FPD Industry Continues to Grow.
"CC-Link and CC-Link IE Will Meet The Challenge
of Production Advancement"

greatly increase. CC-Link IE enables dataN

Of course. I think that many

productivity during the renovation. I
CC-Link IE, which uses the physical layer ofGigabit Ethernet. Once produc tion

processes are highly developed,

Ms. Naomi Nakamura
Global Director
CC-Link Partner Association

9

Special Report【Review of FPD International China 2012/Beijing Summit 】
Overview

CC-Link and CC-Link IE were the Hot Topics at the FPD International Event
Attendees Saw Technology and Application Examples fromthe Latest Factories
FPD International China 2012/Beijing Summit, for the ﬂat panel display industry, was held at
the China National Convention Center, in Beijing, China on September 18 and 19, 2012. The"Intelligent Fab" technical session saw participation by the CC-Link Partner Association（CLPA）,
which promotes the CC-Link and CC-Link IE open network, Mitsubishi Electric, key Japanesemachine manufacturers and Chinese major FPD panel manufacturers who actually use CC-Link.
FPD International China 2012/Beijing

Summit is an event which has been held

Mitsubishi Electric

New FA Concept for TCO Reduction Introduced"CC-Link/CC-Link IE" Reinforces Linkage between
Information Systems and Production Sites
Mitsubishi Electric described a new FA system concept "e&eco-F@ctory" in the technical sessions of
FPD International China 2012/Beijing Summit. The goal of e&eco-F@ctory is an eﬀective production
system which is established by building a system with seamless horizontal and vertical linkages.
These allow coverage of an entire factory, as well as connection of production sites to information
systems. The enabling technologies for the concept are the industrial open networks "CC-Link” and“CC-Link IE".

industry trends and the latest technology

industr y development, automation

Mitsubishiʼs FA System Department, gave

Solving both "company" and"social" problems

exhibition featured vendors of FPD

technical sessions of FPD Internationalbrie f ly intr oducing the position ofa new-generation FA system concept thatgov ernment made speeches about

three times since 2010, with the aim ofrelated to the FPD industry. The adjacentcompanies and research institutes in the

manufacturing machines and of related

international exchange between

Special Report 【Review of FPD International China 2012/Beijing Summit 】

technology plays an important role in FPD

technology for factories featured in the

China 2012/Beijing Summit. In recent years,

Mr. Hideaki Morita, Senior Manager ofthe overview of the concept. He began by

Mitsubishi Electric in the FA（factoryis supported by their various FA devices

wide business interests - from private

IE. Mr. Morita reviewed factory problems to

the various business fields, Mitsubishi

e&eco-F@ctory. "Factory problems can bematerials and companies providing FA-

manufacturing facilities for FPDs are

Manufacturers Association LCD Branch,

FPD factories.

increasing size of the glass substrates andbusinesses to the space industry. Amongindustry development, and Nikkei Business

Publications, Inc. The event is one of a few

Various speeches featuring
the latest technology

e f f icienc y. On the o ther hand, themanufacturing process is getting more

Electric has an especially strong presence

key persons in the FPD industry participate

executives from many organizations,complicated in order to purse highincluding the Chinese government,functionality and high FPD performance.

related products are highly valued, andProgress in automation technology is

said.

global equipment and material

productivity and achieving the targets ofElectric in the FA field is as a leading

FPD industry. This event is organized by

the China Optics and Optoelectronics
which is a business organization for FPD

FPD-related events held in China and manyin it from Japan and other countries. A

large number of visitors attend every year

and the number has been s t eadily

related devices which are necessary for

In the keynote speeches on the ﬁrst day,industry groups, panel manufacturers, andincreasing.

manufacturers, made speeches. The

exhibitions. Many key persons from the

day in two meeting rooms, divided into

FPD industry and from the Chinese"Intelligent Fab". The main topic of the

The event is composed of speeches andcompanies who play an active role in thetechnical sessions were held on the second

necessary in order to keep highboth "larger facilities" and "complex
processes".

in the FA field. "Mitsubishi Electric's FA-

facturing FPDs andElectric described solutions based on CC-

with the theme of theits recent activities and benefits that the"Touch Panel/OLED",

latest technologies
for FPDs intended formobile devices.

Since automationnecessary to establish the "vertical linkage".

The other is the problem of "factories as

information system and the FA system,with the environment and society", such as

bur den, and ensur ing tr ac e abili t y.

"Conventionally, to connect the hostgateway computers were used. Replacing

them with our MES interface modules canstruction", he commented.

these two problems simultaneously",hesoftware, and networks using CC-Link andsuccess is being continued by CC-Link IE,

FA system based on e&eco-F@ctory also

Mitsubishi Electric can contribute to

Ethernet", he continued.

cost of ownership）in factories.

network especially plays an essential role. It

establish the "vertical（production sites andctory. CC-Link or CC-Link IE can connect anindustrial open networks, CC-Link has asaid. In addition, he emphasized that thecontributed to a reduction of TCO（total
The basic idea of e&eco-F@ctory is to

production process seamlessly to establish

efficient information environment where

purpose or the application", he concluded.

information systems. This can achieve an
the data of production sites can becollected and analyzed promptly andeasily. For creation of such an environment,

Technology and Canon Tokki described
Exhibition booth of Mitsubishi Electricis like the nervous system of e&eco-F@

relationship between f actories and

Link for factory eﬃciency. CLPA explained

industry. Finally, Beijing BOE Display

establishing the "horizontal linkage". "Theinformation system, factory controllers and（equipment in factories）" linkage in the

CC-Link technology provides for the FPD

CC-Link IE technologies provided byhost system）" linkage and the "horizontal

engineering company in China. Mitsubishi

actual CC-Link applications.

data logger modules, for example, areabout improvement of "production value",

Various controllers, HMIs, engineering

manufacturer, and S.Y. Technology,

Engineering and Construction, a majorof "factories as companies". This is mainly

e&eco-F@ctory provides solutions forare global standards for industrial open

China, Canon Tokki, a major FPD machinetechnology for manu-

MES interface modules and high speed

are available.

reduce 70% of the cost for the system con-tracks were "FPD

the theme of process

divided into two types. One is the problem

energy saving, reducing the environmental

which uses the physical layer of Gigabit

Manufacturing" withproducts produced by Mitsubishi Electric

developer of CC-Link and CC-Link IE, which

Elec tric , CLPA , Bei jing BOE Display

Technology, a major FPD manufacturer inprovide a background for the invention ofsociety". This problem is about "symbiosis

technology, for FPD

to industrial automation, Mitsubishi

and the technology of CC-Link and CC-Link

Another important role of Mitsubishi

high market share, especially in Asia. This

track was automation

Mitsubishi Electric
FA System Department
Senior Manager

such as productivity, quality and agility.

Institute（ITEI）, a research institute related

Instrumentation Technology and Economy

Mr. Hideaki Morita

command 15% of the world market”,he

networks. "Among many standards forfactories. The other10

their effect on improving production

automation）field. Mitsubishi Electric has

In this track, speeches were made by thethree tracks. One of the tracks was

K e y n o t e s p e e c h i n F P D I n t e r n a t i o n a l C h i n a 2012/ B e i j i n g
Summitgrowing larger and larger because of the

Mitsubishi Electricʼs “e&eco-F@ctory”, isinformation-related devices and FA

devices, and sensors for monitoring thean optimal network according to the

Products and solutions related toe&eco-F@ctory were introduced at thebooth of Mitsubishi Electric, which was
further supported by the speeches.

11Special Report 【Review of FPD International China 2012/Beijing Summit 】

CC-Link Partner Association（CLPA ）Beijing BOE Display Technology Co., Ltd.

CC-Link Continues to Grow from its Stronghold in Asia
CLPA Showed its Superiority in the FPD industry

BOE Presented Application Examples of CC-Link IE in LCD Factories
Removing Manual Processes at BOE Has Resulted in Higher Quality
and Eﬃciency

CC-Link Partner Association（CLPA）, a supporter of the "FPD International China 2012/Beijing Summit"
technical sessions, gave an overview of CC-Link and CC-Link IE promotional activities, its recent
activities to extend applications of the standard and also explained the key points of the technology.
CLPA showed that CC-Link technology, originally from Japan, has been widely adopted in many ﬂat
panel display（FPD）factories throughout Asia.
CLPA was represented by Ms. Naomi

Nakamura, global director of CLPA, and Mr.

Chen Jie, of CLPA-China. Ms. Nakamuraﬁrst introduced an overview of the CC-Linkfamily of technologies. Several protocols

are available, such as the “CC-Link”

fieldbus, “CC-Link Safety" fieldbus, andMr. Xiaogang Liu from Beijing BOE Display Technology Co., Ltd.
（BOE）, a large LCD panel manufacturer in China, madea speech in the technical sessions of "FPD International China 2012/Beijing Summit". Mr. Liu presented application
examples of CC-Link IE, an industrial open network which uses the physical layer of Gigabit Ethernet. Mr. Liu regards
automation as necessary to pursue quality improvement and high eﬃciency of production lines. He explained the
beneﬁts of CC-Link IE based on actual examples and also showed a next-generation system idea using CC-Link IE.

Taiwan, Singapore, and newly added India.

Mr. Liu is an engineer involved in the"As of September 2012, 1742 companies

development of automation systems at

have joined us as CLPA partners, and weare the worldʼs largest industrial open

network standard association", shecommented. As of September 2012, thenumber of CC-Link-compatible products is

Ms. Naomi Nakamura

Global Directorof CC-Link Partner Association“CC-Link/LT" bit level fieldbus, as well as

1253.

sharing a common virtual memory”,heField" Gigabit Ethernet versions. Said Ms.

dominant market share in the FPD industry,

suitable for building a network in aestablish seamless communication with

Link is employed by 80% of the factories ofthe "CC-Link IE Control" and "CC-Link IE

Nakamura, "Every protocol can be used tothe others by using a concept called SLMP

（SeamLess Messaging Protocol）. In otherIn addition, CC-Link has obtained thesaid. He continued, “The technology is also

which was the target of this event. "CC-manufacturing machine. In large FPD

panel manufacturers in the world. Most of

integrates and controls internal sensors

the manufacturers of OLED displays, whose

manufacturing machines, a network which
and actuators is now indispensable.

BOE. He began by talking about the
purpose of production line automation bylines in real time, we can control the whole

production line with only one personal
computer", he said.

pointed out the problems of insufficientare required for production process

pr omotes automation at their LCD

monitoring, for data recording and forhas emplo y ed as the base o f their

where a large-scale production facility is

networks include various connection types;

controller in series, "star" in which devices

communication to transmit data at highcan be constructed. Mr. Liu also added two

automation. In this case, manual processes

operation, for production condition

product testing. In some LCD factories
used, the length of a line may exceed

Based on this idea, BOE aggressively

automation system is CC-Link IE. CC-Link IE

Link IE ensures device compatibility, thus a"line” in which devices are connected to aanother beneﬁt, CC-Link IE supports optical

Further, the network shared memory

100m. To operate such a line manually,

information systems can be established."

Link", she concluded.

programs easy.", he concluded.

"To maintain the production capacity andin which devices are connected to atalked about CLPA's activities and the

Explanation of key points of CC-Link

out is the need for a mechanism to send

staff involved in the production must be

combination of these types.

technologies. CLPA is running its businessexplain problems related to automation ofdata generated by production lines to

said.

manufacturing lines, the linkage with the

an LCD plant, when some problem occurs

control and the motion control, thestaﬀ to solve the problem may need muchthe information system handling the ERP

Following the overview, Ms. Nakamura

spread of the CC-Link family of

globally with eight branches: Japan,

Europe, North America, China, South Korea,

large amounts of transient（asynchronous）

FPD production lines and solutions

upper level information systems. "In FPD

provided by the technical features of CCLink and CC-Link IE. A

large numbers of staﬀ would be required.

the production quality, performance of alltightly controlled. But this is not easy", heFurthermore, in a large factory such as

are connected to a controller radially, "ring"

controller in a ring pattern, and finally amore points. Firstly, CC-Link IE can provide

BOE uses the ring-type network for its

establish various different networks.

three; the field layer involved in the I/O

ha v ing high c omp a t ibili t y w i th ancontroller layer connecting controllers, anduses the same physical layer as Ethernet,

factories. "We divide the hierarchy into

Secondly, with CC-Link IE, an FA system

information system can be built because it（enterprise resource planning）system andnetworks.

an automation system for which a video

significantly. "If they cannot solve a

MES（manufacturing execution system）to

ple large manufacturing

IE, which has a high-speed data transmis-

problem, specialized engineers need tobuild a system", he said. BOE has

dependently can

divides the transmission band between

time", he continued.

the operation status of many devices

sion speed of 1Gbps, has a function thatcyclic communication for control andquickly respond, which takes additional
The purpose of production linetransient communication for production

automation was to solve the this problem

suited to the FPD manufacturing process,efficiency, he said. "If we construct away. "For CC-Link andcontrol. Features like these are highly

peer-to-peer network

meaning CC-Link IE will becoming stronger

mechanism to collect vast numbers of data

multiple controllers

the success of its predecessor, CC-Link.

to monitor the conditions of production

can be established by

ﬂexibility for system design because it cantime, decreasing production efficiency

said. To respond to this demand, CC-Link

CC-Link IE, a real time

speed. Thus, a real-time monitoring system

becoming more important than ever", henetwork in which multi-

other in a highly precise

failed device can be replaced easily. As

in a production line, an attempt by field

production, product quality, and energy iscollaborate with eachview point. One of the beneﬁts is that CC-

information system that controls

key issue is the need formachines operating in-

12

Another signiﬁcant problem he pointed

Mr. Chen followed Ms. Nakamura, to

a communication

Exhibition booth of CLPA

technology makes creating control

automation system, Mr. Liu talked aboutsome beneﬁts of CC-Link IE from the user's

market is expected to expand as a nextgeneration FPD, have also employed CC-

Beijing BOE Display Technology
Co., Ltd.
Engineerfactories. The network system which BOE

words, a seamless network that connects

the whole factory including devices and

Mr. Liu Xiaogang

BOE promotes automation with a ring
network

showing LCD production lines. First, heand stronger in the FPD industry, following

and to achieve both high quality and highusing various FA devices and networks oralready widely used for information
Lastly, he presented a personal vision of

established a mechanism for monitoring

monitoring system is used. His idea is toforming the large-scale production system

recorded by CCD cameras to a monitoring

this system.

CC-Link IE's capability of transmitting datawith only one personal computer by using

BOE intends to introduce a video
monitoring system

After introducing the overview of thesend video of production lines and devices

center via an automation network by using
at the high speed of 1Gbps. "If this idea

comes true, staff would not have to walkaround in the vast area of the factory," heconcluded.

13

Special Report【Review of FPD International Taiwan 2012 】

Special Report 【Review of FPD International China 2012/Beijing Summit 】

Canon Tokki Corporation

Overview

Biggest OLED Display Machine Manufacturer Uses
CC-Link for Streamlining its Large-Scale Systems
Canon Tokki Corporation（Canon Tokki）, which provides an integrated manufacturing system for OLED
displays, has employed CC-Link for its entire system control network. Mr. Sanno Tajima, from the design
department of Canon Tokki, talked about the merits of CC-Link for the design of manufacturing systems in
the technical session "Application Example: CC-Link for OLED Equipment" at the "FPD International China
2012/Beijing Summit". According to him, CC-Link has been signiﬁcantly eﬀective for streamlining OLED
display manufacturing systems that have been growing in size corresponding to the increasing size of theglass substrates.

OLED displays, which have great display

mental equipment for manufacturing

characteristics, are expected to be used as

In 1999, Canon Tokki developed andperformance and energy saving
the next-generation ﬂat panel displays andas an alternative to LCDs in the future.

Medium- and small-size OLED displays

The ﬂat panel display technology seminar "FPD International Taiwan 2012" was held at Taipei
World Trade Center Nangang Exhibition Hall in Taipei City on August 30, 2012. Co-sponsors were
the Taiwan Display Union Association（TDUA）, Nikkei Business Publications, Inc.
（Nikkei BP）,
and CC-Link Partner Association（CLPA）, an association promoting the industrial open network"CC-Link". The CLPA made a speech about "The evolution of manufacturing technology".
FPD International Taiwan 2012 was held

for the first time by TDUA as part of its

eﬀorts to assist the Taiwanese FPD industry

OLED displays in 1993.

Mr. Miyuki Tajima

started selling the industry leading

CANON TOKKI CORPORATION
Design Division
Sales & Technology
Development Center
Senior Manager“ELVESS” system（organic EL vacuum

e v ap o r a t i o n an d s e alin g）, a m a s shave already been employed for

production OLED display manufacturing

also be used for large-screen televisions.

integrated manufacturing system toof applications for OLED displays. This aims

human intervention by evaporating thin

improvement of production efficiency bysmartphones and mobile phones and will
Canon Tokki is known as the biggest man-ufacturer of OLED display manufacturingmachines. "Canon Tokki dominates the

CC-Link Partner Association（CLPA）Joins FPD Technology
Seminar in Taiwan, Addresses Attendees on the Theme of
Manufacturing Technology Evolution

in gaining a foothold in markets abroad.

The event was also supported by Nikkei BP,

which has held specialized exhibitions for

the FPD industry since the 1990s in Japan.

The morning program was devoted toto meet need for large screens ands ep ar a t el y a t e a c h s i t e . One t r a c k

FUK, automation technology provider

films, such as organic EL materials, onto

making the size of glass substrates larger

track was divided between "Liquid crystal/manufacturer Applied Materials and Tech
Organic EL" session, Sony Corporation,

had gained the leading position in the

AU Optronics Corp.（AUO）, and First

Appearing after her, Mr. Kazuhiro

manufacture OLED displays without

as well as LCDs. "A system for the major

two tracks of technical sessions were heldconcerned touch panels, while the otherOr ganic EL" and " T he e v olution o f

encapsulating them. Canon Tokki now

glass substrates, the 5th- to 6th-generation

manufacturing technology".

Canon Tokki launched the ﬁrst
integrated manufacturing systemin the industry

Mass Produc tion Sy stem（f or mass

length of the system is 70 to 80m", hespeeches. They included: Mr. Paul S.L. Peng,

Production System（for prototypes and

He also noted that one of CC-Linkʼs key

secretary general of China Optics andTajima introduced the activities of Canona n d T r y - E L V E S S R & D S y s t e m（ f o roﬀers three systems; ELVESS OLED Display

p r o d u c t i o n ）, S m a l l - E L V E S S P i l o t

small- to medium-volume production）,

automation systems. Tsugami Specialty

ﬁeld, the robot ﬁeld, and the vacuum thin-ﬁlm deposition system ﬁeld by purchasing

person of CLPA, explained the important

points of CC-Link technology. In his speech,

Optronics VP & GM of Touch Solutions

sample system conﬁgurations.

director of association of Chimei InnoluxEng. Corp. in Taiwan, which develops

was reduced from 14 to 5 days. By the

Eusden, chairman and the president ofmade a speech.

time for checking the connection status at

Ltd.

CLPA, explained how the activities of the

Touchpanel Laboratories, Dow Corning

share for CC-Link. She also explained how

TCL Corporation, Mr. Fred Hsieh, AU

be connected was reduced from about

Business Group in Taiwan, Mr. James Yang,process systems, about 300 nodes arefor dividing and connecting the system

Corporation in Taiwan and Mr. Alan T.

5000 to 50 by CC-Link. The time needed

automatic check function of CC-Link, thecompany Tokki Corporation, Ltd. Canonsystem provided by Canon Tokki is

modules, enabling the construction of

14

Kusunoki, the technical task force chairsession. In the same program, Mr.T.K.

connecting the system drastically", he said.

incorporated in these lines. "In one system,

growing in size according to the expansion

industry.

how CC-Link technology could satisfy

mechanical and processing systems

The fully automated manufacturingemphasized that CC-Link and CC-Link IE"The evolution of manuf acturing

into several parts. By reducing wiring, we

system rebuild was reduced. A ﬁnal beneﬁtTokki completed developing its experi-"CC-Link", made speeches in the program

displays from South Korea. Ms. Nakamura

he explained the requirements for FPD

Control of equipment exceeding
70m in length

affiliated companies to form the new

officer of Japan Display Inc., Mr. Bo

Ms. Naomi Nakamura and Mr. Kazuhiro

the major manufacturers of LCDs fromSouth Korea and Taiwan, and of OLED

promotion of the industrial open network

Specialty Machine merged with several

affiliated companies. In 1986, Tsugami

Kusunoki of the CLPA, the association forSpecifically, the number of I/O devices toconnected to CC-Link", he commented.

Panasonic Liquid Crystal Display Co., Ltd.,

Optoelectronics Manufacturers Association

Lianming, executive director and COO of

including transportation systems and& Biz Inc. appeared. In the "Liquid crystal/

O-Lite Inc., made speeches.

r educ ed the time f or dividing andt h e i n t e gr a t e d c o n t r o l o f a l o t o f

Machine advanced into the FA systembenefits is to reduce system wiring. "To

Siemens Limited Taiwan, coating device

chief director of TDUA, Mr. Xinqing Liang,

CC-Link to build the control network forhistory. Canon Tokki was established asbegan selling machine tools andnoted.

Key industry figures gave keynote

LCD Branch, Mr. Shuji Ariga, chief businessprototypes）. Canon Tokki has employed

Tsugami Specialty Machine in 1967, andtype, needs 50 to 80 chambers. The overall

transport a large system, it must be divided

Tokki for OLED display manufacturingmachines by reviewing the company

Technical Task
Force Chair Personof CC-Link Partner
Association

keynote speeches, while in the afternoon

system. ELVESS is a fully-automatedglass substrates in a vacuum andAt the beginning of the speech, Mr.

Mr. Kazuhiro
KusunokiGlobal Directorof CC-Link Partner
Association

market of OLED display manufacturingmachines", said Mr. Tajima.

Ms. Naomi
Nakamura

was the various CC-Link-compatible
ﬂexible control systems.

Corning Display Technologies Taiwan Co.,In the touch panel technical sessions,（which handles the surface treatment
technology）, equipment manufacturer

technology" in the latter half of thisCheng, the president of Unicom Systemproduction systems in detail and showedthese requirements. He also gave someA f t er Mr. K usunok i's speech, Mr.

T.K.Cheng, from Unicom System Eng.

automation systems for factories, also

Corp., described the trend towards

Ms. Nakamura, the global director oflooking back on the history of progress in

CLPA had resulted in a large Asian market

he introduced the examples of how

CC-Link and CC-Link IE had achieved a

the CC-Link standard are utilized in actual

majority position in the production lines ofautomation in FPD production lines,
the Taiwanese FPD industry. Furthermore,industrial network systems conforming toapplications.

15

CLPA Oﬃce Locations
CLPA - Japan（Head Oﬃce）

6F Ozone-front Building,
3-15-58, Ozone, Kita-ku,
Nagoya 462-0825, Japan
Phone: +81-52-919-1588 Fax: +81-52-916-8655
E-mail: info@cc-link.org
URL: http://www.cc-link.org

CLPA - Americas

500 Corporate Woods Parkway,
Vernon Hills, IL, 60061, U.S.A.
Phone: +1-847-478-2341 Fax: +1-847-876-6611
E-mail: info@cclinkamerica.org
URL: http://www.cclinkamerica.org

CLPA - Europe（Germany）

Postfach 10 12 1740832 Ratingen Germany
Phone: +49-2102-486-1750 Fax: +49-2102-486-1751
E-mail: partners@clpa-europe.com
URL: http://www.clpa-europe.com

CLPA - Europe（U.K. Oﬃce）

Travellers Lane, Hatﬁeld, Hertfordshire, AL10 8XB U.K.
（P.O. Box 50, Hatﬁeld, AL10 8XB U.K.）
Phone: +44-1707-278953 Fax: +44-1707-282873
E-mail: partners@clpa-europe.com
URL: http://www.clpa-europe.com

CLPA - Korea

2F, 1480-6, Gayang-Dong,
Gangseo-Gu, Seoul, 157-202, Korea
Phone: +82-2-3663-6178 Fax: +82-2-3663-0475
E-mail: clpakor@meak.co.kr
URL: http://www.cc-link.or.kr/

CLPA - China

Headquarters（Tongji University）:
School of Electronics and Information Engineering,
Jiading Campus, Tongji University, Shanghai, P.R.China
Head Office: 4F, Intelligence Fortune Leisure Plaza, No.80 Xin Chang
Road,
Huang Pu district, Shanghai, P.R.China
Phone: +86-21-64940523 Fax: +86-21-64940525
E-mail: mail1@cc-link.org.cn
URL: http://www.cc-link.org.cn/

CLPA - Taiwan

6th FI, No.105, Wu Kung 3rd. Rd., Wu-Ku Hsiang, Taipei, Taiwan
Phone: +886-2-8990-1573 Fax: +886-2-8990-1572
E-mail: cclink01@ms63.hinet.net
URL: http://www.cc-link.org.tw/

CLPC - ASEAN（Singapore）

307 Alexandra Road #05-01/02,
Mitsubishi Electric Bldg., Singapore 159943
Phone: +656-470-2480 Fax: +656-476-7439
E-mail: cclink@asia.meap.com

CLPC - India

2nd Floor, Tower A & B, Cyber Greens, DLF Cyber City,DLF Phase-III, Gurgaon-122002 Haryana, India
Phone:+91-124-4630300
E-mail:clpa@mei-india.com