Monday, October 25, 2021
More

    Latest Posts

    German company Trutzschler has developed TC19i to reduce energy consumption

    Trutzschler, a leading German textile machinery manufacturer, has developed the intelligent card TC 19i with its own T-GO gap optimizer. This optimizer continuously and automatically monitors the carding gap during production and adjusts it to the ideal position. According to the company, the TC19i sets a new benchmark for energy-efficient carding.

    Trutzschler, a leading German textile machinery manufacturer, has developed the intelligent card TC 19i with its own T-GO gap optimizer. This optimizer continuously and automatically monitors the carding gap during production and adjusts it to the ideal position. According to the company, the TC19i sets a new benchmark for energy-efficient carding.

    “To date, more than 2,000 intelligent cards sold worldwide have demonstrated quality and production jumps at double-digit rates per day, reducing energy demand per kilogram of production. We do, “says the machinery company. “Innovative drive and air technology further reduces the energy consumption of the TC 19i. In this way, the TC 19i saves energy, protects the planet and increases the profitability of yarn production.”

    Trutzschler, a leading German textile machinery manufacturer, has developed the intelligent card TC 19i with its own T-GO gap optimizer. This optimizer continuously and automatically monitors the carding gap during production and adjusts it to the ideal position. According to the company, the TC19i sets a new benchmark for energy-efficient carding.

    The most energy consuming elements of a carding machine are the drive, dust suction process, and compressed air system. Permanent suction is required to remove dust and cotton waste in critical areas. In contrast to the Trutzschler card, many cards on the market also use compressed air, for example, in the suction hood in the pre-carding and post-carding areas. By smartly optimizing these areas, according to Trutzschler, the Intelligent Card TC 19i consumes less power, has lower suction pressure and less compressed air than other machines, making it more energy efficient for carding. It became a benchmark. ..

    Trutzschler, a leading German textile machinery manufacturer, has developed the intelligent card TC 19i with its own T-GO gap optimizer. This optimizer continuously and automatically monitors the carding gap during production and adjusts it to the ideal position. According to the company, the TC19i sets a new benchmark for energy-efficient carding.

    “A direct comparison of the TC 19i with its competitors’ high-performance cards shows that the TC 19i consumes at least 10% of the energy per kilogram of material produced when making rotor yarn from a mixture of cotton and cotton waste. It’s running low, “continued the company. “In addition to improving productivity, air technology plays a vital role in the energy balance of the TC19i.”

    Trutzschler, a leading German textile machinery manufacturer, has developed the intelligent card TC 19i with its own T-GO gap optimizer. This optimizer continuously and automatically monitors the carding gap during production and adjusts it to the ideal position. According to the company, the TC19i sets a new benchmark for energy-efficient carding.

    “First, we reduced the need for compressed air as much as possible.” Christian Freitag, Chief Technology Officer of Trutzschler Said in a press release. “And secondly, we have reduced the suction pressure and the air required for suction. For example, all air collectors have been carefully developed to eliminate potential resistance and promote ideal flow. “

    Trutzschler, a leading German textile machinery manufacturer, has developed the intelligent card TC 19i with its own T-GO gap optimizer. This optimizer continuously and automatically monitors the carding gap during production and adjusts it to the ideal position. According to the company, the TC19i sets a new benchmark for energy-efficient carding.

    Improvements were made possible by long and sometimes challenging innovation processes, including mathematical models of airflow and flow simulations and prototypes. Trutzschler experts have developed a card that works with a suction pressure of only -740 Pa and an air requirement of only 4200 m³ / h by combining components optimized for the final flow of the TC 19i. This means that the energy demand for aviation technology is 40% less than the latest high-performance competing models.

    Trutzschler, a leading German textile machinery manufacturer, has developed the intelligent card TC 19i with its own T-GO gap optimizer. This optimizer continuously and automatically monitors the carding gap during production and adjusts it to the ideal position. According to the company, the TC19i sets a new benchmark for energy-efficient carding.

    “These achievements are great, but they are not the only ones.” Ralf Helbig, R & D engineer for air technology at Trutzschler Said. “It has also made it possible to further reduce the energy demand for polyester applications, which are becoming more and more important to our customers. In polyester construction, the TC 19i improves the elements of the pre-carding and post-carding area, And by removing the suction hood, the pressure required to suck the waste can be reduced by an additional 14%. The suction is still just as reliable, but requires much less energy. “

    Trutzschler, a leading German textile machinery manufacturer, has developed the intelligent card TC 19i with its own T-GO gap optimizer. This optimizer continuously and automatically monitors the carding gap during production and adjusts it to the ideal position. According to the company, the TC19i sets a new benchmark for energy-efficient carding.

    With its unique Gap Optimizer T-GO, state-of-the-art drive and optimized air technology, the intelligent card TC 19i leads the energy-efficient carding market. The German company also has no other card that can match stable performance at such a high level of productivity, or consistent quality and energy efficiency. As a result, the TC 19i makes a valuable contribution to global sustainability and further enhances factory profitability.

    Fiber2Fashion News Desk (JL)

    var BlockNumber = 2; //Infinate Scroll starts from second block
    var NoMoreData = false;
    var inProgress = false;

    $(‘html’).bind(‘pagebeforecreate’, function (event) {
    $(“#arftslider”).addClass(“slickfoardis”);
    $(“#arftslider nav”).addClass(“aros”);
    $(“#arftslider nav div div div”).addClass(“aros”);
    });

    $(document).ready(function () {

    var newsId = $(“#hdnnewsId”).val();
    GetPrevNextNews(newsId)
    CreateReadNewsCookie(newsId)
    var hdnAudioURL = $(“#hdnAudioURL”).val();
    var hdnIsDisplayAudioPlayer = $(“#hdnIsDisplayAudioPlayer”).val();
    var hdnNewsType = $(“#hdnNewsType”).val();
    if(hdnIsDisplayAudioPlayer!=undefined && hdnIsDisplayAudioPlayer!=” && hdnIsDisplayAudioPlayer!=null
    && hdnIsDisplayAudioPlayer!=’undefined’ && hdnIsDisplayAudioPlayer.toLowerCase() == ‘true’)
    {
    if(hdnAudioURL!=undefined && hdnAudioURL!=” && hdnAudioURL!=null && hdnAudioURL!=’undefined’)
    {
    if(hdnNewsType.toLowerCase() == ‘free’)
    {
    AppendAudioControltoDiv(hdnAudioURL)
    }
    }
    }

    var top_of_element = $(“#divFacebookComments”).offset().top;
    var bottom_of_element = $(“#divFacebookComments”).offset().top + $(“#divFacebookComments”).outerHeight();

    var bottom_of_screen = $(window).scrollTop() + $(window).innerHeight();
    var top_of_screen = $(window).scrollTop();

    $(window).scroll(function (event) {
    var p = $(“.news-details-main”);
    var offset = p.offset();
    var lastScrollTop = offset.top;
    var st = $(this).scrollTop();

    var p1 = $(“.newsletter-main”);
    var offset1 = p1.offset();
    var lastScrollTop1 = offset1.top;

    if (st > (lastScrollTop + 130) && st < lastScrollTop1 – 780) {
    $("#arftslider").removeClass("slickfoardis");
    }
    else {
    $("#arftslider").addClass("slickfoardis");
    }

    //Facebook plugin start

    //(function () {
    // var e = document.createElement('script');
    // e.src = document.location.protocol + '//connect.facebook.net/en_US/all.js';
    // e.async = true;
    // document.getElementById('fb-root').appendChild(e);
    //}());
    //window.fbAsyncInit = function () {
    // FB.init({ appId: '1639088046145622', version: 2.4, xfbml: true });
    // if (typeof facebookInit == 'function') {
    // facebookInit();
    // }
    //};
    //function facebookInit() {
    // FB.XFBML.parse();
    //}
    //Facebook plugin end
    });
    });

    $(window).load(function () {
    $("#arftslider nav").removeClass("aros");
    $("#arftslider nav div div div").removeClass("aros");
    });

    function AppendAudioControltoDiv(hdnAudioURL)
    {
    $("#divaudioid").prepend("“);
    }

    German company Trutzschler has developed TC19i to reduce energy consumption

    Source link German company Trutzschler has developed TC19i to reduce energy consumption

    The post German company Trutzschler has developed TC19i to reduce energy consumption appeared first on Eminetra.

    Latest Posts

    Don't Miss

    Stay in touch

    To be updated with all the latest news, offers and special announcements.