NovaStar, PN107, Polyurethane / Polyisocyanurate Sandwich Panel Production Line, 1220mm Panel Width, 0-9 m/min, 400 kW (New)

Description

  1. Overview
    1. Speed: 0 to 9 meters per minute
    2. Dimensions: approx. 140 meters x 18 meters x 6.5 meters
    3. Total power: 400 kW
    4. Can make 3 kinds of panels: roof, wall panel I, and wall panel II
  2. Roof Panel
    1. Thickness: 20 mm to 150 mm
    2. Width of upper steel sheet: 1250 mm
    3. Width of bottom steel sheet: 1070 mm (machine has a side cutter to cut from 1250 mm sheet)
    4. Thickness of steel sheet: 0.4 to 0.8 mm
  3. Wall Panel I
    1. Thickness: 40 mm to 150 mm
    2. Width of upper and bottom steel sheet: 1220 mm
    3. Thickness of steel sheet: 0.4 to 0.8 mm
    4. Outside surface has wave profile
    5. B = 50 to 200 mm
  4. Wall Panel II
    1. Thickness: 40 to 150 mm
    2. Width of upper steel sheet: 1220 mm
    3. Width of bottom steel sheet: 1070 mm
    4. Thickness of steel sheet: 0.4 to 0.8 mm
    5. Outside surface has wave profile
    6. B = 50 to 200 mm
  5. Included Components
    1. Two sets of uncoiler with coil car
    2. Feeding table, pinching rollers, steel sheet transverse cutting device, steel sheet surface protective film covering device, steel sheet ribbing group
    3. Roll forming machine (4 sets) and platform (up and down)
    4. Conveyer rack
    5. Pre-heating room
    6. Foaming and the maturing caterpillar/double belt machine (24 m length), 6 sets side nylon seal blocks to make different thickness wall panel and roof panel, one set of blocks for supporting roof panel
    7. Heating and heat insulation system
    8. Panel automatically cutting system
    9. Optional: cooling system
    10. Optional: conveyer, automatic stacking machine
    11. Optional: packing machine
    12. Optional: electric control and communication link control system
  6. Main Machines and Technical Data
    1. Two sets of decoiler
      1. Automatic and hydraulic, can be used to uncoil steel coil which is maximal 1300 mm wide, no more than 15 ton weight, and steel coiler's inner diameter is about 500 or 600 mm
      2. De-coiler and coiler car for bottom steel sheet
        1. The hydraulic de-coiler is used to hold and drive the steel coil that is being fed into the roll forming machine
        2. The de-coiler allows for a quick change of steel coil with minimal manual labor
        3. The de-coiler is powered with a feedback system that ensures the roll former is not required to turn the coil
        4. The de-coiler will turn as required to reduce the potential for over coiling
        5. Maximum coil mass: 15,000 kg
        6. Nominal coil ID: 500 mm supplied with additional spaces to use 600 mm above
        7. Maximum coil OD: 1300 mm
        8. Maximum coil width: 1300 mm
        9. Machine consists of the following major items:
          1. Machine frame
          2. Overhung shaft with roller bearing
          3. Drive motor and chain
          4. Hydraulic power pack (shared power pack on top/bottom coil)
          5. Hydraulic cylinder of expansion/retraction
          6. Solenoid valves
          7. Electrical control system
          8. Limit system to allow positioning of de-coiler for different feed positions, manual positioning with position indicator
          9. Coiler car-powered loading bed to aid in loading to the de-coiler
    2. Main support structure for main profiling of the steel sheets
      1. The main support structure: a top and bottom section for the top and bottom profiling of the steel sheets, include face profiling and the edge profiling
      2. The main sections of this structure include:
        1. Main support floor for top and bottom profiling stations
        2. Moveable bottom section to allow production of different panels
        3. Access stairs to support platform
        4. Handrails and floor kick plate to raised platforms for safety
      3. Face profiling roller stations
        1. Face profilers are located in the front of the roll forming station to allow all face profiles to be made as required in the specifications
      4. Coil slitter for top steel sheet
        1. To allow over width steel to be used on the product line, a dual wheel type slitter is supplied to allow up to 100 mm of excess steel to be slit from the coil during production
        2. At the end of the production, the operator can remove the slit coil roll and dispose of as required
      5. Protective film application for top steel sheet
        1. A support shaft and holder is provided to allow plastic protective film to be applied to the outside skin of the coil
        2. The protective film coil is located just prior to the feed in pinch rolls for feeding of the coil, ensuring position pressure in applying of the film
        3. The loading of the film is manual by the operator prior to the start of production
      6. Coil slitter and application for bottom steel sheet
        1. See the specification for item 5.2.3
      7. Protective film application for bottom steel sheet
        1. See the specification for item 5.2.3
      8. Top and bottom steel processing stations
        1. The steel processing station consists of main steel fabrication housing the following entities:
        2. Sheet cutoff
          1. Two sheet cutoffs allow for the cutting of partially used coils during the production run when the entire coil feed is not required
          2. The cut is made when the shaft wheel is driven across the coil by a transmission chain and cuts against the top rail
          3. The sheet cutoff does not have to stop production during cutting
        3. Sheet guides
          1. As the skin is de-coiled and fed into the roll forming station, a series of adjustable sheet guides ensure that the coil is held and presented in the correct position for forming and prior to laminating
          2. These sheet guides are designed to be variable in width and are adaptable to the various panel types
    3. Roll forming machine
      1. Edge joint roll former stations (for cassette mounting of tooling)
      2. The station consists of both upper and lower forming group being top male side, top female side, bottom male side, bottom female side
      3. Each group is adjustable by electric screw thread and indicator to allow for width adjustment for each panel type and width
      4. The former groups are driven both top and bottom shafts through gearing
      5. The shafts remain fixed in the machine and rollers are interchangeable as required
      6. Each roller group is driven with a speed referenced of the bottom main-sail press drive motor encoder to ensure speed is matched
      7. The clearance adjustment between top and bottom former pairs is by manual screw adjustment
      8. The interlocking