PARKER   BFR5K100SK3P01TS16 Proportional valve

ABB AI825 4 channels,-20... 20mA,0(4).. 20mA,-10.. 10V,0(2).. 10V, electrical isolation 3BSE036456R1

ABB AI830A 8-channel, analog input, thermal resistance Pt100 3BSE040662R1

ABB AI835A 8-channel, thermocouple /mV 3BSE051306R1

ABB AI843 8-channel, thermocouple /mV, redundant 3BSE028925R1

ABB AI845 8-channel, analog input, redundant,HART 3BSE023675R1

ABB AI890 8-channel, intrinsically safe analog input 3BSC690071R1

ABB AI893 8-channel, intrinsically safe temperature input 3BSC690141R1

ABB AI895 8-channel, intrinsically safe analog input,HART 3BSC690086R1

ABB AO810V2 8-channel, analog output 4 20mA 3BSE038415R1

ABB AO815 8-channel,4... 20mA output, supports HART 3BSE052605R1

ABB AO820 4-channel, analog output 4... 20mA,0… 10V 3BSE008546R1

ABB AO845A 8-channel analog output module, redundant,HART 3BSE045584R1

ABB AO890 8-channel, intrinsically safe analog output 3BSC690072R1

ABB AO895 8-channel, intrinsically safe analog output,HART 3BSC690087R1

ABB DI810 16-channel digital input 24V d.c. 3BSE008508R1

ABB DI811 16-channel digital input 48V 3BSE008552R1

ABB DI814 16-channel digital input 24V d.c. current source 3BUR001454R1

ABB DI820 8-channel digital input 120V a.c. 3BSE008512R1

ABB DI821 8-channel digital input 230V a.c. 3BSE008550R1

ABB DI825 8-channel digital input 125V d.c. SOE 3BSE036373R1

ABB DI830 2*8 channel digital input 24V d.c. SOE 3BSE013210R1

ABB DI831 2*8 channel digital input 48V d.c. SOE 3BSE013212R1

ABB DI840 16-channel digital input 24V d.c. Redundant 3BSE020836R1

ABB DI885 8-channel digital input 24V/48V d.c. SOE 3BSE013088R1

ABB DI890 8-channel intrinsically safe digital input 3BSC690073R1

ABB DO810 16-channel digital output 24V d.c. 3BSE008510R1

ABB DO814 2× 8-channel digital output, current absorption 3BUR001455R1

ABB DO815 2× 4-channel digital 24V output,2A 3BSE013258R1

ABB DO820 8-channel relay digital output, normally open 3BSE008514R1

ABB DO821 8-channel relay digital output, normally closed 3BSE013250R1

ABB DO840 2× 8-channel digital output 24V d.c. redundant 3BSE020838R1

ABB DO890 4-channel intrinsically safe digital output 3BSC690074R1

ABB DP820 2-channel 1.5MHZ pulse input RS-422,Current 3BSE013228R1

ABB DP840 8-channel 20KHZ pulse input, with redundant 3BSE028926R1

ABB TU805K01 terminal block, used for DI801,DO801, two-wire/three-wire connection 3BSE035990R1

ABB TU810V1 compact terminal block,24VDC 3BSE013230R1

ABB TU811V1 compact terminal block,250V 3BSE013231R1

ABB TU812V1 compact terminal block,50V 3BSE013232R1

ABB TU813 compact terminal block,250V 3BSE036714R1

ABB TU814V1 compact terminal block,50V 3BSE013233R1

ABB TU830V1 expansion type terminal block,24VDC 3BSE013234R1

ABB TU831V1 expansion type terminal block,230VAC 3BSE013235R1

ABB TU835V1 expansion type terminal block, for AI810, with fuse 3BSE013236R1

ABB TU836V1 extended type, for DO820,DO821, 2*4 3BSE013237R1 with fuse

ABB TU837V1 extended type, for DO820,DO821, with fuse 1*8 3BSE013238R1

ABB TU838 extended type,2*4 fuses, 16-channel terminal 3BSE008572R1

ABB TU839 extended type, for DI820,DI821,DI825,250V 3BSE046966R1

ABB TU842 redundant I/O base,AO845,DI840,DO840, horizontal 3BSE020850R1

ABB TU843 redundant I/O base,AO845,DI840,DO840, vertically installed 3BSE021443R1

ABB TU844 Redundant I/O base,AI845,DP840, horizontal 3BSE021445R1

ABB TU845 Redundant I/O base,AI845,DP840, vertically installed 3BSE021447R1

ABB TU850 TU850 expansion module base, 50V 3BSE050930R1

ABB TU890 intrinsically safe terminal 3BSC690075R1

Resistors for ABB TY801K01 AI845,8 3BSE023607R1

Resistors for ABB TY804K01 DP840,8 3BSE033670R1

ABB TB805 module bus Cable Adapter Interface (out) 3BSE008534R1

ABB TB845 dual-mode bus cable Adapter Interface (out) 3BSE021437R1

ABB TB806 module bus Cable Adapter Interface (In) 3BSE008536R1

ABB TB825 Fiber optic Converter 3BSE036634R1

ABB TB846 dual-mode bus Cable Adapter Interface (In) 3BSE021439R1

ABB TK801V003 module bus connection cable,0.3m 3BSC950089R1

ABB TK801V006 module bus connection cable,0.6m 3BSC950089R2

ABB TK801V012 module bus connection cable,1.2m 3BSC950089R3

ABB TK812V150 single-port plastic optical fiber,15m 3BSC950118R3

ABB TK812V015 single-port plastic optical fiber,1.5m 3BSC950118R1

ABB TK812V050 single-port plastic optical fiber,5m 3BSC950118R2

ABB TB807 terminal resistor 3BSE008538R1

ABB TB820V2 module bus Modem 3BSE013208R1

ABB TB840A module bus Modem Redundancy 3BSE037760R1

ABB TB810 module bus Optical fiber Port (applicable to CI810,CI830) 3BSE008560R1

ABB TB811 Module Bus Optical Fiber Port (for drive equipment) 3BSE008568R1

ABB TB815 communicates with CI820 3BSE013204R1

ABB TB842 module bus optical fiber port (applicable to CI801,CI840) 3BSE022464R1

ABB TU807 TB840/TB840A base,(suitable for single TB840/TB840A) 3BSE039025R1

ABB TU840 redundant TB840/TB840A base, for redundant I/O 3BSE020846R1

ABB TU841 redundant TB840/TB840A base, for non-redundant I/O 3BSE020848R1

ABB TU848 redundant TB840/TB840A base, redundant I/O, redundant power interface 3BSE042558R1

Parker/Veriflo P/N: 48600812 Gas Regulator. Assy.TDR735

What is the path to the ultimate goal of intelligent manufacturing? The industry is not very clear about it. A pioneer in the field of global industrialization and automation - — Schneider Electric has provided a model based on ";" "Lean production" The progressive path of ideas.

“ Intelligent manufacturing is a long-term direction that China's manufacturing industry is striving for, and it cannot be achieved in just one or two years. The smart factory is the foundation of intelligent manufacturing. From the perspective of automation, our suggestion is to first achieve single-machine automation, then consider line automation, workshop automation, factory automation, and finally the smart factory. ” A senior executive of Schneider Electric said recently," "Lean production" It is an inevitable path for intelligent manufacturing.

At present, Schneider Electric's business is classified into four major fields: industrial manufacturing, power grids and cloud, smart cities, and smart homes. Among them, intelligent manufacturing and lean production in the industrial manufacturing field are the main directions that Schneider Electric focuses on in the upgrading of China's manufacturing industry.

Schneider Electric is based on" "Lean production" The progressive path of ideas

The manufacturing industry is having a hard time.

For China's manufacturing industry, which accounts for more than one-third of the global share," "Big but not strong" It's a big label.

World Bank statistics show that China's manufacturing added value surpassed that of the United States in 2012 to rank first globally. However, China's manufacturing added value rate was only 21.5%, while that of industrialized developed countries was all above 35%. Meanwhile, the added value of the manufacturing industry accounts for approximately 32.6% of China's GDP, but its energy consumption makes up 58% of the country's total energy consumption.

Zhang Qizai, a researcher at the Institute of Industrial Economics of the Chinese Academy of Social Sciences, believes that currently, China's manufacturing industry is confronted with ";" "Big but not strong" The current situation, apart from weak innovation capabilities and weak core technologies, also faces major problems such as overcapacity and homogeneous competition.

“ Europe is revitalizing its manufacturing industry, and so is the United States. The growth rate of the United States has already been very fast, and Russia has also risen. Therefore, the export of China's manufacturing industry has become very difficult. ” A Chinese business insider analyzed that many manufacturing enterprises in China are imitating those in Europe and America, with few genuine innovations, which leads to homogenized competition and fierce price competition.

“ For China's manufacturing industry, it is now plagued by overcapacity, especially in the mid-to-low-end manufacturing sector. In the Wenzhou area of the Yangtze River Delta and some regions of the Pearl River Delta, the production capacity of mid-to-low-end manufacturing is very large. Previously, they had market demand, so their survival situation was relatively good. Now that the crisis has come, the first to go bankrupt are these companies. ” The above-mentioned business people said that even for some large enterprises in China's machinery industry, the orders in 2015 were far behind those of previous years.

Another harsh fact is that the costs of China's manufacturing industry have risen sharply. Relevant statistics show that from 2004 to the present, China's labor costs have risen by 180%, the cumulative exchange rate of the RMB against the US dollar has increased by 35%, and energy costs are also constantly rising. “ China's manufacturing costs are close to those of the United States. It is an indisputable fact. Some foreign media compared the manufacturing costs of individual products in China and the United States and concluded that the overall manufacturing cost in China is only 8% lower than that in the United States. “ The average labor cost in the United States is still about three times that of China, but China's financial costs, logistics costs, energy costs, raw material costs, etc. are much higher than those in the United States, so the overall cost has increased. ” Another person from a foreign-funded manufacturing enterprise believes.

This person from a foreign enterprise's judgment on China's manufacturing industry is," As China has entered a new normal and no longer rolls out a 4-trillion-yuan investment plan as it did in 2008, a large number of medium and low-end manufacturing industries encountered a survival crisis in 2015. ; Meanwhile, ";" Some large manufacturing enterprises, if they fail to improve their internal management, may be in trouble next year or the year after. This is because their costs are the highest, but the market demand has declined, so it will be very troublesome. ”

Misunderstandings in the transformation of China's manufacturing industry

Does the decline in industry prosperity mean that China's manufacturing industry has no direction? Of course not. Transformation and innovation have become the development directions for most Chinese manufacturing enterprises. But how to make transformation and innovation "..." "Landing" It has become a practical problem.

A certain manufacturer of complete sets of equipment for the pharmaceutical industry is now the only one in China's pharmaceutical industry that can provide complete sets of equipment for solid dosage forms. Its equipment is used in 80% of the pharmaceutical factories that produce solid dosage forms in China. However, in the face of... "Automation, intelligence" At present, I'm also completely at a loss about the direction of the industry's transformation.

“ Our industry is highly valued by the country