Future Automation I-LSL-BE1 technical sheet

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I-LSL-BE 1 INVERTED LIFT SYSTEM FOR BOX ENCLOSURE TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 005 . . WWW NET SHEET 1 FUTUREAUTOMATION

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I-LSL-BE 1 INVERTED LIFT SYSTEM FOR BOX ENCLOSURE SPECIFICATION MEASUREMENTS Screen Sizes (Approx) 19" - 32" Maximum Weight Capacity 25Kg (55lb) Maximum Weight Capacity (Marine) 16Kg (35lb) Maximum Screen Height 410mm (16.14") Packaging Dimensions 920mm (36.2") x 550mm (21.7") x 250mm (9.8") Shipping Weight 15Kg (33lb) Movement Type Motorised Power Supply Required 110V or 240V AC Power Consumption 250-500W Power Consumption Standby 3W Decibel Rating 58dB Mounting Patterns Supported VESA 200 W x 300, 200 H Control Options IR Remote, RS232, Contact Closure Product Options / Features Specific B&O and Loewe mounts / adapters, Custom RAL paint finishes, Outdoor version Package Contents Mechanism, IR remote control Marine Suitable Yes (Indoor) TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 005 . . WWW NET SHEET 2 FUTUREAUTOMATION

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I-LSL-BE 1 INVERTED LIFT SYSTEM FOR BOX ENCLOSURE CABLE ROUTING Screen cables are routed behind the Base Panel and out the right side of the Beam into the Cable Track. Cables must be routed carefully to prevent any interference with the LSL beam as it operates. Screen and Mechanism cables should be routed to a control box A in the bottom of the cabinet. Cable Track To Mains 2.0 Power

50 8.1

207 5.9

150 TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 005 . . WWW NET SHEET 3 FUTUREAUTOMATION

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I-LSL-BE 1 INVERTED LIFT SYSTEM FOR BOX ENCLOSURE 0.8 Minimum distance from 20 MECHANISM UP - IN CABINET Screen to inside of Cabinet Aperture Depth = Screen Depth + 60 [2.35] 1.8 0.1 0.1 (Minimum 80 [3.15])

46 3 3 Box Enclosure to Base Panel to SECTION B-B Cabinet Aperture Cabinet Aperture Minimum Internal Cabinet Width = 3.3 Screen Width + 120 [3.9] 85 Back of C Mechanism to Mount 22.8 580 Internal Cabinet Height 0.8 20 Max Thickness of Base and Cabinet Top D 0.8 0.8

20 20 16.9 16.1 430 410 Box Enclosure internal width = DETAIL D Internal Max Screen width +40mm [1.6] SCALE 1 : 3 Box Enclosure Screen Height Height B B C SECTION C-C TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 005 . . WWW NET SHEET 4 FUTUREAUTOMATION

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I-LSL-BE 1 INVERTED LIFT SYSTEM FOR BOX ENCLOSURE MECHANISM DOWN - IN CABINET Shown with a tapered Box Enclosure 0.2 Lid in a square Cabinet Aperture. 5 Aperture Width = Screen Width + 86mm [3.4] Maximum Thickness A tapered Cabinet Aperture can be of Box Enclosure used to improve the fit Back cover W DETAIL W 14.6 3.3 370 85 DETAIL V Minimum Width of opening Back of in rear face of Box Enclosure Mechanism to Mount U 5.9 150 Minimum Screen Height from Top 22.8 580 of Cabinet Internal 16.9 16.1 Cabinet 430 410 Height Internal Max Box Enclosure Screen Height Height V TECHNICAL SHEET U UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 005 SECTION U-U . . WWW NET SHEET 5 FUTUREAUTOMATION

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I-LSL-BE 1 INVERTED LIFT SYSTEM FOR BOX ENCLOSURE BASE PANEL & ENCLOSURE LID DETAILS NOTE: A tapered Box Enclosure Lid creates a good fit in the Cabinet Aperture and helps the Box Enclosure to locate within the Cabinet. Box Enclosure Lid Width = Cabinet Aperture Width -2mm [0.1] Lid Depth = Cabinet Aperture Depth - 2mm [0.1] (Minimum 78 [3.1]) 7.48

190

38 1.50

Base Depth = Cabinet Aperture Depth -6mm [0.25] (Minimum 74 [2.9]) 36.61

930 TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 005 . . WWW NET SHEET 6 FUTUREAUTOMATION

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I-LSL-BE 1 INVERTED LIFT SYSTEM FOR BOX ENCLOSURE OVERALL MECHANISM DIMENSIONS MECHANISM UP 4.8

122 MECHANISM DOWN 5.1

130 22.7 576 22.8 Back

580 Plate Height 40.4

1026 14.2

362 7.9

200 7.9

200 TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 005 . . WWW NET SHEET 7 FUTUREAUTOMATION