| ALL GROUPSBACK TO LAMINATING - PVB ASSEMBLING LINE | ||
|
|
||
| Make/Type: | Glassrobots / FLL 220 x330 | |
| Group-Subgroup: | 8 Laminating - PVB Assembling line | |
| Reference: | S-LTD-234 | |
| Construction Year: | 2007 | |
| Condition: | 05 USED As seen and approved | |
| Info: | FLAT LAMINATING PVB LINE
GLASSROBOTS FLL 220/330 2200 x 3300 mm The Glassrobots FLL 220/330 is a specialized flat glass laminating line designed for the application of PVB (Polyvinyl Butyral) interlayers in high-volume production environments. Key Specifications & Features While specific data sheets for the "220/330" nomenclature often refer to the maximum processable glass widths (e.g., 2200 mm to 3300 mm), these lines generally include the following technical capabilities: Glass Dimensions: Typically supports a maximum glass width of 3300 mm (the "330" in the model name) and varying lengths depending on the factory layout, often up to 6000 mm or more. Production Speed: These lines are engineered for industrial efficiency, with cycle times often ranging between 45 to 75 seconds per sandwich. Interlayer Management: Equipped with an automatic PVB unwinding and trimming system. High-end configurations like the FLL series often include foil storage for 8 to 24 rolls, allowing for quick transitions between different PVB thicknesses or colors. Process Stages: The line is fully integrated, covering: Washing & Drying: Automatic cleaning with Low-E glass detection. Assembly: Precision positioning and automated PVB laying in a clean-room environment. Heating & Pre-Pressing: Using infrared lamps and nip rollers to evacuate air and create a temporary bond before the autoclave. Unloading: Automated stacking or transfer to autoclave racks. GMR.be Typical Configuration Components A standard FLL 220/330 line involves several specialized modules: PLC Control System: Usually powered by Siemens PLC with a touch-screen interface for real-time monitoring and self-diagnostics. Heating Method: Employs medium-wave infrared radiant tubes or quartz heating for energy-efficient pre-lamination. Thickness Handling: Capable of processing glass thicknesses from 3 mm up to 19 mm (original panes) and total laminated thicknesses reaching 80 mm to 100 mm. For a detailed layout or quote, you can typically find technical support through the Glassrobots Official Website or regional machinery distributors. Are you looking for specific power requirements or floor space dimensions for a new installation? I. TECHNICAL DESCRIPTION 1. Positioning conveyor, assembly conveyor and Lamirobot Maximum glass size: 2200 × 3300 mm Minimum glass size: 250 × 400 mm Maximum Lamirobot load: 400 kg Maximum laminated thickness: 100 mm Electrical connection: combined connection with pre-pressing unit Compressed air connection: 6 bar Conveyor speed: 1.2–6.0 m/min Automatic glass placement 2. Pre-pressing unit PPR 220/330 Maximum glass size: 2200 × 3300 mm Maximum laminated thickness: 100 mm Minimum glass size: 250 × 400 mm Conveyor speed: 0.6–3.0 m/min Electrical connection: 120 kW, 400/230V, 50Hz Compressed air connection: 6 bar 3. Support for interlayer film between PVB layers Maximum number of rolls: 4 units Maximum roll width: 2250 mm Manual feeding and cutting of interlayer film between layers |
|
