GV800-V1.83B Micro Computer Controlled Air Covering Machine
high production efficiency, reliable yarn quality and favorable ratio of performance versus price.
Cover Machine
Main Specifications
1.Denier range: suitable for process of air covering yarn consisting of polyester, nylon, polyurethane filament, final product denier range 20-1000dtex 20 to 1000
2.Mechanical speed: 800 m/min
3.Practical process speed: 450-750 m/min
4.Draw ratio of PU elastane yarn: 1.3-4.5
5.Max. package size: dia. Max.160 x190-195mm(max.260-265mm), biconical precision winding
6.Paper core size: outer dia. 69 x inner dia. 57.2 x 220mm(max.290mm)
7.The installed power: 326W per position
8.Air consumption: 4-8NM3/hour (continued) per position
9.Machine overall measurement (80 spindles): 15400(L) X 1120 (W) X 2200 (H) mm
Remarks: All above technical specifications are subject to change before order confirmation.
Technical Features
1. Double sides design saves installation space.
2. Different type of product can be processed on each side of the machine. One machine can be used as two normal double sides machine.
3. Multiple human based designs
1) Unique straight downward yarn path, easy approach and operation.
2) Moveable yarn creel for easy threading up and yarn tails splicing.
3) High intelligent design of micro PC touch-screen for easier setting and display of process parameters.
4) Big size digital displayer for clear indication of yarn break or full package of each spindle enables the operator to handle timely and increase the production efficiency.
5) Function of automatic accumulation of daily actual production output enables to check the actual production output of each shift or every day.
4. Unique design of 3 groups of drawing rollers which can individually adjust the interlacing tension.
5. Package built up by bi-conical high speed precision winding, edge shape mechanically compensated against edge convex and overlap, adjustable winding tension, package with even density, to ensure excellent package shape, even unwinding tension and well performance in the downstream process.
