In October of this year, the 10 millionth Chinese car in 2009 under Changchun FAW's offline line was an upgraded J6 heavy truck fitted with an upgraded version of the FAW Xichai CA6DM2 engine. The application of a series of latest results independently developed by FAW is another result of FAW's insistence on independent innovation. In particular, its engine, the CA6DM2 heavy-duty diesel engine, adopts the most advanced technology in the world today. It is the first heavy-duty vehicle diesel engine to use a four-valve overhead camshaft, and has independently developed engine braking technology and cylinder heads. Water jacket design and other eight patents. As the engine has the advantages of low fuel consumption, large low-speed torque, low noise, and strong reliability, the Liberated J6 heavy-duty upgraded version equipped with the Xichai CA6DM2 engine has more powerful power, better performance, and more prominent fuel-saving performance. Recently, in the “China Automotive Industry Science and Technology Progress Award†2009 sponsored by the China Automotive Industry Science and Technology Progress Award Fund Committee, the “Jieqi liberation of the sixth-generation J6 heavy-duty commercial vehicle and its heavy-duty diesel engine autonomous development†project won the special award.
High speed and high efficiency: Weaving Machine,Weaving Loom Machine,Textile Weaving Machine,High Speed Weaving Machine Nantong Jielei Machinery Co.,Ltd , https://www.lacemachinery.com
The rigidity and toughness of the frame structure are optimized and strengthened, and the weft insertion and beating-up are more stable, offering excellent high-speed performance.
Easy to operate:
This weaving machine fully considers ergonomics, strives to operate comfortably and conveniently, reduces the warp position line, and improves the comfort of the operator. Through the man-machine dialogue interface of the high-definition color touch screen, all settings are basically simplified and excellent operation is achieved.
Computer control system:
Equipped with a human-machine interface keyboard, which can display the operating status of the loom, the cause of failure, the weaving process parameters and the setting conditions of the loom on the display screen. Various data can be input conveniently through the function keys, and various set parameters can be stored for a long time through the memory card or input into the loom at any time.