Description
PSA90/6-105-P-PMB-4051 Использование параметров ABB
Japan is a major country in the production, development and use of robots. After World War II, Japan had a shortage of labor force and purchased a large number of robots
from the United States to replace human labor. Later, Japan conducted research and improvements on these robots, which led to the rapid development of its own robot industry.
Moreover, because Japan has less land and more people, The population is aging seriously. Japan has long attached great importance to robots, especially in service robots and
industrial robots, both of which are far ahead in the world. It can be said that “Japan is the country that uses the most robots in the world.”
Japan FANUC (Fanuc)
FANUC is known as the “Giant under Mount Fuji.” Since the advent of FANUC”s first robot in 1974, FANUC has been committed to leadership and innovation in robotics
technology. It is the only company in the world that uses robots to make robots (even if other companies dare to promote it to the outside world, they may not really be able to
do so). To), is the only robot company in the world that provides integrated vision systems, and the only company in the world that provides both intelligent robots and intelligent machines.
Founded in 1956, FANUC is the world”s largest professional CNC system manufacturer, occupying 70% of the global market share. There are as many as 240 types of FANUC
robot product series (not all of its own products are displayed at every exhibition…), with a load capacity from 0.5 kg to 1.35 tons, and are widely used in assembly, handling,
welding, casting, spraying, palletizing, etc. Different production links can meet a variety of needs.
Japan Yaskawa (Yaskawa)
Yaskawa Electric was founded in 1915 and initially specialized in the production of electric motors. Originating from an in-depth understanding of motor products and the
concept of “contributing to society and public utilities with unique technology”, after more than 100 years of dedicated research and development,
Yaskawa Electric is now second to none in many fields. The company”s frequency converters/servo motion control/industrial robots and motor products are recognized by
users in various
fields around the world. Yaskawa products represent high performance, high reliability and high safety.
In 1977, Yaskawa Electric used its unique motion control technology to develop and produce Japan”s first fully electrified industrial robot – Motoman 1. Since then, it has successively
developed various automated robots for welding, assembly, painting, transportation, etc., and has been leading the global industrial robot market, diversifying the use of the most suitable
robots to meet user needs. Today, Japan”s Yaskawa MOTOMAN series of robot products are widely used in arc welding, spot welding, gluing, cutting, handling, palletizing,
painting, scientific research and teaching.
The birthplace of robots – the United States
The United States is the birthplace of robots. It developed the world”s first industrial robot as early as 1962. It started at least five or six years earlier than Japan,
known as the robot kingdom. After more than 40 years of development, the United States has now become one of the world”s leading robotics powers, with a
solid foundation and advanced technology. Compared with other countries, American robot technology is more comprehensive, advanced, and highly adaptable.
In addition, the intelligent technology of American robots is also developing rapidly. Its vision, touch and other artificial intelligence technologies have been widely used in the aerospace and
automobile industries. Highly intelligent and difficult military robots and space robots have developed rapidly and have been actually used in Mine clearing,
mine laying, reconnaissance, guarding and space exploration.
Adept Technology, USA
The most famous industrial robot company in the United States is Adept Technology. The company is located in Livermore, California, and is a global leader and
service provider of intelligent visual robot systems. The Adept system”s unrivaled cost-effectiveness throughout the entire product cycle enables users to easily
complete assembly, processing and packaging with high precision, quality and efficiency.
Adept Technologies was founded in 1983 as the largest manufacturer of industrial robots in the United States. Adept”s intelligent automation product line includes
industrial robots, configurable linear modules, machine controls for robots and other flexible automation equipment, machine vision, systems and application software.
China”s industrial robot star company develops rapidly
In the past two years, with the proposal of national strategic emerging industries and the steady advancement of high-level and in-depth integration
of informatization and industrialization, China”s intelligent manufacturing equipment field has received widespread attention from
the entire society. As a representative of the field of intelligent manufacturing, industrial robots are playing an increasingly important role in the process of
industrial transformation and upgrading. Driven by the incentives of industrial policies and market demand, China”s industrial robot industry has achieved
rapid growth in recent years, and the industrialization capabilities of leading companies in the industry have continued to improve. At the same time, more and more
companies are actively involved in the robot industry. [!–empirenews.page–]
AI950N | ABB | 3KDE175523L9500 Temperature Input Module
AO910N | ABB | Analog output module
PFTL201CE | ABB | PFTL 201CE Pillow block tensiometer horizontal load cell
PFTL201DE | ABB | PFTL 201DE Pillow block tensiometer horizontal load cell
PFTL201DE| ABB | PFTL 201DE Pillow block tensiometer horizontal load cell
PFTL201D | ABB | PFTL 201D Pillow block tensiometer horizontal load cell
PFVL 141C| ABB | PFVL141C round load cell
PFVL141R | ABB | PFVL 141R Ring load cell
PFVA401 | ABB | PFVA 401 Rolling force controller
B4233-1 | HIMA | B 4233-1 Security System Module
PFBL141B/C | ABB | PFBL 141B/C Vertical Force Test Unit
PFRL 101A| ABB | PFRL 101A radial load cell
PFRL101B | ABB | PFRL 101B Radial Load Cell
PFRL 101C| ABB | PFRL101C radial load cell
PFRL101D | ABB | PFRL 101D Radial Load Cell
PFCL301E | ABB | PFCL 301E Mini Web Tension Vertical Load Cell
PFTL 301E | ABB | PFTL301E Mini Web Tension Level Load Cell
PFSK167K01 3BSE048634R2 | ABB | Front Panel Kit Shield
PFSK193 3BSC990116R1 | ABB | Front Panel Kit Shield
PFSK152REP 3BSE018877R2 | ABB | Signal Concentrator Board
PFSK163V3 3BSE016323R3 | ABB | PFSK 163V3 Profibus communication board
PFSK163V1 3BSE016323R1 | ABB | Profibus communication board
PFSK126 3BSE002097R1 | ABB | server motherboard
PFSK163 3BSE016418R| ABB | PFSK 163 Channel Control Unit
PFSK126 3BSE002097R1 | ABB | Channel Control Unit
PFSK193 3BSC620104R1 | ABB | Computer motherboard
PFSK126 3BSE002097R1 | ABB | Signal processing board
PFSK110 YM322001-EP | ABB | Channel control panel
PFSK104 YM322001-EB | ABB | Signal processing board
PFSK110 YM322001-EP | ABB | Channel control unit
PFSK113 YM322001-ET | ABB | Amplifier sliding device
PFSK102 EXCYM322001-EG | ABB | Roll supply unit
PFTL 101B | ABB | PFTL101B Pillow block tensiometer
PFSK151 | ABB | DSP signal processing
PFCL201CD/CE | ABB | Vertical load cell for pillow block tensiometer
PFCL 201C | ABB | PFCL201C Pillow block tensiometer
PFTL 101A | ABB | PFTL101A Pillow block tensiometer
PFTL101AE | ABB | Pillow block tensiometer
PFTL 101A-0.5kN | ABB | PFTL101A load cell
PFTL101AER | ABB | Acid resistant type pillow block tensiometer
PFEA111 | ABB | Control unit
DSDI451 5716075-A | ABB | Digital input module
DSDI306 57160001-CM | ABB | Digital input circuit board
DSDI304 57160001-DB | ABB | Digital input module
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