Product Categories

Contact Us

Qingdao Haifu Machinery Co.,Ltd

Contact:Mr. Max Xue




Home > Exhibition > Content
How to implement energy-saving air-jet loom
Oct 18, 2016

With electronic technology widely application Yu weaving machine of monitoring, and monitoring, the enterprise has have launched energy-saving of technology and new measures, as energy-saving jet weaving machine auxiliary nozzle electromagnetic valve of application by past of 4~6 only auxiliary nozzle configuration 1 a electromagnetic valve to 2 only auxiliary nozzle configuration 1 a electromagnetic valve, by electric control box control electromagnetic valve of ordered switch, to reached air relay jet of purpose. According to this new technology can save the air consumption 10%~15%. 4750px air jet loom Reed width, for example, 1 air-jet weaving machine weft is 0.5~0.6 cubic metres of gas consumption/min, 48 air-jet weaving machine configuration nearly 40 cubic meters/min of air compressor, 1 40 m³/min compressed air utility configuration 1 tens of Watts motor. General 4750px with 24~26 auxiliary nozzle air jet loom, each auxiliary nozzle spacing in the weft channels 70~80mm, since 4~6 only auxiliary nozzle configuration 1 solenoid valve, 4~6 auxiliary nozzle switch time is simultaneous, not save gas consumption. Now some air-jet loom 2 auxiliary nozzle configuration 1 solenoid valve, switching time of only 2 auxiliary nozzle, which created conditions to reduce gas consumption. With the loom speed increase and reduction in the number of each solenoid valve controls the auxiliary spray, requiring auxiliary nozzle speed, no high performance, high speed solenoid valve technology is also not extend the programme.

Loom weft in addition to air in other than energy consumption, energy consumption is also a great deal of other agencies, most notably beating body. Beating up mechanism there are two: the crank and the conjugate cam weft, both institutions have their advantages and disadvantages. More than 20 years of production comparison: both beating-up mechanism in line with production requirements. For individual heavy wide-width fabrics, use of conjugate cam mechanism has its strengths, and crank-connecting rod mechanism is slightly lacking in this regard. For most products, the two institutions are exactly the same. In quantitative terms, air jet weaving machine the crank of an absolute majority. Rapier weaving machine crank-connecting rod mechanism has developed into conjugate wheel mechanism. Non-projectile loom for the conjugate cam mechanism is not available.