Description
UAC383AE01 HIEE300890R0001 Модуль ввода / вывода ABB
CC – Link и другие. Каждый слот IO может быть выбран автономно в соответствии с потребностями клиента, а один модуль поддерживает до 16 каналов.
Технологии основаны на инновацияхUAC383AE01 HIEE300890R0001 Предоставление клиентам высококачественных и надежных продуктов всегда было постоянным стремлением к нулю.
Давайте посмотрим на его инновации и различия с предшественниками: с жидкокристаллическим дисплеем, вы можете увидеть параметры связи, состояние канала IO,
информацию о версии модуля и так далее; UAC383AE01 HIEE300890R0001 Отладка и обслуживание более интуитивно понятны; ABS огнестойкая пластиковая оболочка, небольшой размер,
легкий вес, с использованием совершенно новой пряжки монтажной карты, установка более прочная и надежная.
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
PP C380 AE102 ABB PPC380AE102 APPLIC.& MOTOR
PP C902 AE101 ABB PPC902AE101
PP C380 AE ABB PPC380AE APPLIC.& MOTOR
PP C907 BE ABB PPC907BE APPLIC&MOTORCTRL
XV C767 AE102 ABB XV C767 AE102 3BHB007209R0102
PP C381 CE01 ABB CONVERTER CONTROL PPC381CE01
XV C724 A01 ABB XVC724A01 SHORT CIRCUIT DET VLSCD
XV C724 A02 ABB XVC724A02 SHORT CIRCUIT DET VLSCD Long Description:
XV C724 AE104 ABB XVC724AE104 VLSCD-BOARD 2k9V
XV C723 AE16 ABB CURRENT MEAS.SCAL XVC723AE16
XV C723 AE17 ABB XVC723AE17 URRENT MEAS.SCAL
XV C723 AE11 ABB CURRENT MEAS.SCAL XV C723 AE11
XV C723 AE12 ABB XVC723AE12 CURRENT MEAS.SCAL
XV C723 AE14 ABB CURRENT MEAS.SCAL XVC723AE14
XV C723 AE15 ABB XVC723AE15 CURRENT MEAS
XV C724 A03 ABB XVC724A03 SHORT CIRCUIT DET VLSCD
XV C769 AE101 ABB OEI-BOARD XVC769AE101
XV C768 AE102 ABB XVC768AE102 CURRENT MEAS.SCAL
XV C768 AE106 ABB XVC768AE106 CURRENT MEAS.SCAL
XV C768 AE105 ABB XVC768AE105 CURRENT MEAS. SCAL
XV C767 AE102 ABB XVC767AE102 module
XV C723 AE07 ABB XVC723AE07 CURRENT MEAS.SCAL
XV C768 AE11 ABB XV C768 AE11 SUBPRINT SCA
XV C722 AE016 ABB XVC722AE016 rectifier supervisi
XV C768 AE111 ABB XVC768AE111 SUBPRINT SCA
XV C768 AE113 ABB XVC768AE113 SUBPRINT SCA
XV C768 AE121 ABB XVC768AE121 BOARD (SUBPRINT)
XV C770 BE102 ABB XVC770BE102 HVD Board Coated
XV C768 AE119 ABB XVC768AE119 SUBPRINT ADJUSTIN
XV C772 A101 ABB XVC772A101 HVD- BOARD VARNISHED
XV C767 AE01 ABB XVC767AE01 SVA-BOARD
XV C768 AE01 ABB XVC768AE01 CURRENT MEAS
XV C722 A01 ABB XVC722A01 VOLTAGE MEAS.SCAL
XV C722 A03 ABB VOLTAGE MEAS.SCAL XVC722A03
XV C722 A02 ABB XVC722A02 VOLTAGE MEAS.SCAL
XV C723 AE01 ABB XVC723AE01 CURRENT MEAS.SCAL
XV C723 AE04 ABB CURRENT MEAS.SCAL XVC723AE04
XV C723 AE03 ABB CURRENT MEAS.SCAL XVC723AE03
XV C723 AE02 ABB XVC723AE02 CURRENT MEAS.SCAL
XV C723 AE05 ABB XVC723AE05 CURRENT MEAS.SCAL
XV C723 AE08 ABB XVC723AE08 CURRENT MEAS.SCAL
XV C723 AE08 ABB XVC723AE08 CURRENT MEAS.SCAL
XV C724 BE VLSCD-BOARD ABB XVC724BE
XV C722 AE014 ABB XVC722AE014 ACS1000i rectifier supervision
XV C768 AE101 CURRENT MEAS.SCAL ABB XVC768AE101
XV C770 BE101 ABB XVC770BE101 HVD Board Coated
XV C769 AE OEI-BOARD ABB XVC769AE
XV C768 AE117 ABB SUBPRINT ADJUSTIN XVC768AE117
XV C768 AE121 ABB XVC768AE121 BOARD (SUBPRINT)
XV C768 AE122 ABB XVC768AE122 SUBPRINT SCA 4500A/4040A
XV C768 AE103 ABB SUBPRINT SCA XVC768AE103
S KU C755 AE105 ABB GATE UNIT POWER KUC755AE105
KU C755 AE106 ABB GATE UNIT POWER KUC755AE106
S KU C755 AE107 ABB GATE UNIT POWER KUC755AE107
S KU C755 AE117 ABB GATE UNIT POWER SKUC755 AE117
KU C321 AE01 ABB Power Supply KUC321AE01
KU C710 AE ABB GATE UNIT POWER S GUSP KUC710AE
KU C711 AE ABB GATE UNIT POWER S GUSP KUC711AE
ABB KU C720 AE ELECTRONIC POWER KUC720AE
S KU C755 AE106 ABB ACS6000 GATE UNIT POWER SKUC755AE106
ABB S KU C755 AE105 GATE UNIT POWER SKUC755AE105
KU C755 AE108 ABB GATE UNIT PWRSUPPLY KUC755AE108
ABB KU C755 AE03 GATE UNIT POWER S GUSP KUC755AE03
S KU C755 AE107 ABB GATE UNIT POWER KUC755AE107
ABB KU C711 AE GATE UNIT POWER S GUSP KUC711AE
KU C755 AE Subboard PCB assembled varn KUC755AE
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