Description
hardware flow control. It is an ideal choice in the field of industrial automation.
Many people may have felt the lack of talent, but the reality is actually more serious. In the future, many companies will stop, decline or even be eliminated because of this.
Why do you say that? Because in the subsequent development of the robot industry and the upgrading of intelligent manufacturing, the positioning of talents has
changed, which means that most of today”s talents do not match the needs of the next industry.
Some time ago, I heard an industry expert say that once he asked a programmer how much code he could write in a day. The programmer replied that he could write
3,000 lines. Hearing this, the expert laughed and replied, “You are not writing code, you are writing code.” Writing a novel.
The reason why this expert said this is that this kind of programmer can only be said to be a porter of programs, rather than a talent that can promote the progress
of the industry. In fact, a programmer can write one line of code that can be actually applied every day. , is already at the top of the industry, and the future industry
needs exactly this kind of innovative employees.
Over the years, my country”s manufacturing industry has developed rapidly. In just 20 to 30 years, it has crossed the first stage of labor-intensive industries, the second
stage of capital-intensive industries, and has now begun to enter the third stage of intelligence-intensive industries. , that is, high-end manufacturing, but as we all know,
the further back we go, the harder it will be, and we will become more dependent on a variety of talents, and we are obviously not ready for this now.
Overview of the lack of talent in the robotics industry
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IC695ETM001 | GE | Ethernet interface module
IC695EIS001 | GE | server module
IC695EDS001 | GE | Slave/Substation Module
IC695ECM850 | GE | Ethernet communication module
IC695CRU320 | GE | New RX3i 1Ghz redundant CPU dual serial ports
IC695CPU320 | GE | CPU of RX3i series
IC695CPU315 | GE | RX3i CPU315 CPU processor
IC695CPU310 | GE |RX3i CPU310 CPU
IC695CPK400 | GE | RX3i CPK400 CPU
IC695CPK330 | GE | RX3i CPK330 CPU
IC695CPE400 | GE | RX3i CPE400 CPU
IC695CPE305 | GE | RX3i CPE330 CPU
IC695CPE310 | GE | RX3i CPE310 CPU
Fireye 85UVF1-1CEX Integrated flame scanner
16710-20 |Bently Nevada | interconnection cable
Schneider Electric 140CFG01600 digital output module
20F1ANC260JN0NNNNN | Allen-Bradley | 753 AC drive
Allen-Bradley 20F1ANC302JN0NNNNN variable frequency drive
20F1ANC260JN0NNNNN | Allen-Bradley | variable frequency drive
BMEH584040 schneider Redundant Processor Modules
20F11NC8P7JA0NNNNN | Allen-Bradley | AC drive
BMEP584040 schneider independent processor
1797-IRT8 | Allen-Bradley | Thermocouple Input Module
AB 1794-IF4I I/O Isolated Analog Input Module
PFXA401F 3BSE024388R3 | ABB | control unit
AB 1797-0B4D Non-Isolated Source Output Modules
MTL661 | MTL | digital display
ABB BGDR-01C Gate Driver Board
PR6423/013-030+CON021 | EPRO | Sensor Signal Converter
PR9376/010-011 speed sensor
BDPS-11C | ABB| Gate Driver Board
330103-00-13-10-02-00 | Bently Nevada | 3300 XL 8mm Proximity Probe
BDFC-01C | ABB| Gate Driver Board
X20BC8084 | B&R | bus controller
IE-2000-16TC-G-N | Cisco | Rugged Access Switch
ICSM06A6 | ABB | I/O module
RLM01 | ABB | Redundant Link Module
CT-ARS.11 | ABB | Time Relay
ICST08A8 | ABB | I/O module
P0916KF | foxboro | junction box connector
DASD-CT15SPXB | DAEWOO | Servo Motor/Driver
6SN1112-1AC01-0AA1 | SIEMENS | monitoring module
DKC11.1-040-7-FW | Rexroth | servo drive
FBM207B | FOXBORO | Particle Counter Battery
UNS0885A-Z V1 3BHB006943R0001 | ABB | converter display
NL2024HU22 | INSPIRED ENERGY | Particle Counter Battery
IC695CPE305 |GE | RX3I CPU Processor
FBM201 | foxboro |Analog Input Interface Module
S77202-NANANA | Kollmorgen | Digital Servo Drive
X2MARINE7 630002505 | Beijer | HMI
PM810V2 3BSE013220R1 | ABB | S800 processor
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