Description
hardware flow control. It is an ideal choice in the field of industrial automation.
[Introduction] China”s industrial robots started in the early 1970s. After more than 20 years of
development, they have roughly gone through three stages: the embryonic period in the 1970s
, the development period in the 1980s, and the applicability period in the 1990s.
In recent years, the global robot industry has entered a stage of rapid development. In fields such as
catering, public services, logistics and transportation, more and more robots are involved. At the same
time, the research and development process of commercial robots is also accelerating. In particular, the
outbreak of the COVID-19 epidemic has promoted the rapid development of robot applications.
China”s industrial robots started in the early 1970s. After more than 20 years of development, they have
roughly gone through three stages: the embryonic period in the 1970s, the development period in the
1980s, and the applicability period in the 1990s.
The 1970s was a milestone in the development of world science and technology: humans landed on the
moon and achieved soft landings on Venus and Mars. Our country has also launched artificial satellites.
The application of industrial robots has set off a climax in the world, especially in Japan, which is developing
more rapidly. It supplements the increasingly scarce labor force. Against this background, my country began to
develop its own industrial robots in 1972.
After entering the 1980s, under the impact of the high-tech wave and with the deepening of reform and opening up,
the development and research of robotics technology in our country received government attention and support. During
the “Seventh Five-Year Plan” period, the state invested funds to research industrial robots and their parts, completed the
development of
a complete set of teaching and reproducible industrial robot technologies, and developed spraying, spot welding, arc
welding and handling robots. In 1986, the National High-tech Research and Development Plan (863 Plan) was implemented.
The theme of intelligent robots followed the forefront
of world robotics technology. After several years of research, a large number of scientific research results were achieved and
a number of special robots were successfully developed.
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DEIF MALLING KONTROL 910.51 CONTROL PANEL
DANFOSS ADAP-KOOL TYPE-AKC25A COMPRESSOR PACK CONTROLLER
CUMMINS 3413905 ELECTRONIC GOVERNOR CONTROLLER
CUMMINS 3098693 REV-K GOVERNOR ELECTRONIC CONTROLLER
CONSILIUM MODEL 101 PROCESS CONTROL EQUIPMENT
CONFOR STALECTRONIC 2000 1891-726 PCB CARD
CHROMALOX LIMIT 10100 TEMPERATURE CONTROLLER
CHROMALOX 2104 TEMPERATURE CONTROLLER
BEMAC UGS-21 AUTO GENERATOR CONTROLLER
BOSCH 0 811 405 073 VALVE AMPLIFIER CARD
BASLER AVC63-7F ANALOG VOLTAGE CONTROLLER
BARBER COLMAN DYNA-10502-002-0-24 GOVERNOR CONTROLLER
AZBIL SDC26 DIGITAL TEMPERATURE CONTROLLER
AUTRONICA BU-70 FIRE ALARM CONTROL PANEL
ARTISAN 4950H 7DAY BELL CONTROLLER
AQUAMASTER-RAUMA STC-2X-944424 SECONDARY TURNING CONTROLLER
AQUAMASTER-RAUMA STC-2-AQ7351413 SECONDARY TURNING CONTROLLER
AQUAMASTER-RAUMA ROLLS-ROYCE PFC-3X-TJ52634 PROPULSIVE FORCE CONTROLLER
AQUAMASTER-RAUMA ROLLS-ROYCE AQATC-3-TK52672.1 AQUAMASTER TURNING CONTROLLER
AQUAMASTER-RAUMA KAMEWA KAMEWA PBC-01-ACD-7353679-001 PITCH BACKUP CONTROLLER
AQUAMASTER-RAUMA ATC-2-A7030004 AQUAMASTER TURNING CONTROLLER
AQUAMASTER RAUMA TYPE-STC2X-944424 SECONDARY TURNING CONTROLLER
AQUAMASTER RAUMA TYPE-STC2-AQ7351413 SECONDARY TURNING CONTROLLER
AQUAMASTER RAUMA TYPE-STC1-ACD7351413-1 SECONDARY TURNING CONTROLLER
AQUAMASTER RAUMA STC2-AQ7351413 SECONDARY TURNING CONTROLLER
AQUAMASTER RAUMA AIU3-7030008-1V69 CONTROLLER MODULE
ABB-AUTRONICA VD86 SCAN VIDEO CONTROLLER
ABB COMMANDER 300 UNIVERSAL PROCESS CONTROLLER
ZOLLER ELEKTROTECHNIK AHD 419 THRUSTER PROPELLER CONTROL PANEL
ZENTRALE SMA-48.0-901001 CONTROL PANEL
YORK REFRIGERATION UGS-11-USY11 OPERATOR PANEL
YOKOGAWA DENSHIKIKI ASSY V8219 SERVO CONTROL BOARD
WOODWARD PN-8400-015-D-PROACT-MA DIGITAL SPEED CONTROL PANEL
WOODWARD 9905-797 DIGITAL SYNCHRONIZER AND LOAD CONTROL PANEL
WOODWARD 8272-683 CONTROL DIGITAL REFERENCE UNIT
WOODWARD 723-PLUS DIGITAL CONTROL PANEL
WOODWARD 723-9906-619-8280-604 REV-F-D DIGITAL CONTROL
WOODWARD 723-9906-619-8280-412 REV-B-E DIGITAL CONTROL
WOODWARD 723-9906-619-8280-1009 REV-C-A DIGITAL CONTROL
WOODWARD 723-9906-619 REV-C-J DIGITAL CONTROL
WOODWARD 723 DIGITAL CONTROL
WARTSILA MCM-11 PN-46WMCM03_I HW-REV.04 MAIN CONTROL MODULE
WARTSILA MCM-11 PN-46WMCM_I HW-REV.03 MAIN CONTROL MODULE
VOLVO PENTA PN-3884604-ID-MCU MARINE CONTROL UNIT
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