Description
hardware flow control. It is an ideal choice in the field of industrial automation.
On the Shenzhen Xinwangda battery pack automatic production line, nearly 800 actions covering all processes, such as cell flipping, robot stacking
, and air tightness testing, have now been modeled using digital twin technology and implemented through the industrial Internet platform. connect. ”
The digital twin production line organically integrates industrial robots with the industrial Internet. Through comprehensive real-time data collection,
analysis, and decision-making, quality defects in battery packs will be easily discovered,” said Long Xiaoang, general manager of Hualong Xunda.
Recently, at the 11th China International Robot Summit Forum in 2021, Qingdao High-tech Zone won the 2020 Outstanding Industrial Park Award
at the 7th Capek Award Ceremony held at the same time. As the first approved “National Robot High-tech Industrialization Base” in China, the zone
aims at the robot industry, focusing on robots, intelligent manufacturing equipment, rail transit equipment and other fields, focusing on “replenishing,
strengthening and extending the chain” and adhering to high-tech Quality cluster development.
Up to now, the district has introduced more than 200 high-quality robot industry chain projects, with a total investment of more than 16 billion yuan,
accounting for more than 80% of the city”s robot companies. The products involve all aspects of the industry chain such as ontology research and
development, system integration, solutions, and key components. .
Won the title of the first “National Robot High-tech Industrialization Base” in China; approved by the Torch Center of the Ministry of Science and
Technology to establish an innovative industrial cluster pilot program; won the title of “Golden Finger Award·The Most Influential Robot Industrial
Park” for 4 consecutive years… Qingdao The High-tech Zone adheres to a high starting point and high standards, plans in advance, takes the lead
in layout, compiles and implements the “Qingdao High-tech Zone “Artificial Intelligence + Advanced Manufacturing” Action Plan”, accelerates the
transformation from “manufacturing” to “intelligent manufacturing”, and takes the lead in establishing the direction of industrial development.
“wind vane”. At present, the upstream and downstream of the robot industry chain have initially formed an enterprise hierarchy and industrial
closed loop in Qingdao High-tech Zone: among the top 10 robot companies in the world, 5 companies including ABB, Yaskawa, FANUC, Nachi
Fujikoshi, and Xinsong have settled in Qingdao. In the high-tech zone, a number of high-quality foreign-funded projects such as Biqin and Hexagon
have settled and developed; local enterprises have strong momentum, and enterprises such as Xinsong Robot, Ruankong Group, Kejie Robot, Kejie
Intelligent Equipment, Baojia, and Beiyang Tianqing have rapidly rise. A high-quality intelligent manufacturing industry cluster with the International
Robot Industrial Park as the main base has initially been formed.
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MMS6253/TS | EPRO | MMS 6253/TS DAPS mother board
MMS 6250/D | EPRO | MMS6250/D Displacement plate
MMS6250 | EPRO | MMS 6250 Displacement plate
MMS6220 | EPRO | MMS6220 eccentric monitoring plate
MMS 6210 | EPRO | MMS6210 displacement monitoring plate
MMS 6140 | EPRO | MMS6140 vibration monitoring board
MMS 6110 | EPRO | Axial vibration monitoring board MMS6110
MMS 6250 | EPRO | MMS6250 Shaft position monitor
MMS6310 | EPRO | MMS 6310 Dual channel key pulse monitor
MMS 6210 | EPRO | MMS6210 Vibration monitoring card
TVOC-2-240 1SFA664001R1001 | ABB | Arc light monitor
TAP-210DG/3 | DEIF | Transducers in watts
SNAP-IDC5D | OPTO 22 | Digital input module
SNAP-AITM-2 | OPTO 22 | Analog input module
DKL002 | SIGMATEK | CPU base
OS9-GNI-U24 | Alcatel-Lucent | SFP module
MRU2 | KONGSBERG | Rate gyroscope
LLS570-05 | LAETUS| Laser scanner
JGSM-06 | Yaskawa | Position controller
IOM2-20G | Alcatel-Lucent | 3HE00020AB IOM2-20G baseplate
E1460A | Agilent | 64 channel relay multiplexer
9907-028 | woodward | Standard non-voltage matching (EMC) components
2102-1201 | WAGO | Straight-through terminal
1X00797H01L | EMERSON | Power module
1X00416H01 | EMERSON | Power module
1X00024H01 | EMERSON | Two-channel power supply
PU514A | ABB | 3BSE032400R1 PU514A Real Time Accelerator DCN
SM812K01 | ABB | 3BSE072270R1 SM812K01 Secure CPU module
BC810K02 | ABB | 3BSE031155R1 BC810K02 CEX bus interconnection unit
BC810K01 | ABB | 3BSE031154R1 BC810K01 CEX bus interconnection unit
PM810V2 | ABB | 3BSE013220R1 PM810V2 S800 processor
PM150V08 | ABB | 3BSE009598R1 PM150V08 processor module
PM511V16 | ABB | 3BSE011181R1 PM511V16 Processor module
PM634 | ABB | 3BSE008063R1 PM634 processor module
PM633 | ABB | 3BSE008062R1 PM633 processor module
PM665 | ABB | 3BDS005799R1 PM665 processor module
CI930F | ABB |3BDH001010R0002 CI 930F master station module
CI910F | ABB | 3BDH001005R0001 CI 910F CAN module
PM904F | ABB |3BDH001002R0001 PM 904F CPU module
PM901F | ABB | 3BDH001001R0001 PM 901F CPU module
PM902F | ABB | 3BDH001000R0001 PM 902F CPU module
CI773F | ABB | 3BDH000395R0001 CI 773F master station module
CM772F | ABB | 3BDH000368R0001 CM 772F Master station module
HPC800K02A | ABB | HPC800 Controller Kit [Redundant]
HPC800K02 | ABB | HPC800 Controller Kit [Redundancy]
HPC800K01A | ABB | HPC800 controller suite, non-redundant
HPC800K01 | ABB | HPC800 controller suite Non-redundancy
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