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LSH-10 LIFT SYSTEM HEAVY TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 001 WWW NET . . SHEET 1 FUTUREAUTOMATION
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LSH-10 LIFT SYSTEM HEAVY ADDITIONAL MOTOR OPTIONS: MODEL DESCRIPTION MIN SCREEN HEIGHT MAX SCREEN HEIGHT LSH-5 Z - SERVO MOTOR Vertical Lift for 55" Screens 680 [26 3/4"] 800 [31 1/2"] Higher lifting capacity & faster operation. See LSHZ Tech 920 [36 1/4"] LSH-6 Vertical Lift for 65" Screens 800 [31 1/2"] 920 [36 1/4"] LSH-7 Vertical Lift for 75" Screens 1040 [40 15/16"] ADDITIONAL FLAP OPTIONS: LSH-8 Vertical Lift for 85" Screens 1040 [40 15/16"] 1160 [45 11/16"] LSH-9 Vertical Lift for 98" Screens 1160 [45 11/16"] 1280 [50 3/8"] 10 LSH- Vertical Lift for 105" Screens 1280 [50 3/8"] 1400 [55 1/8"] 1520 [59 13/16"] 11 LSHZ- Vertical Lift for 115" Screens 1400 [55 1/8"] 1520 [59 13/16"] 12 LSHZ- Vertical Lift for 120" Screens 1640 [64 9/16"] DSP - DROP & SLIDE HF - HINGING FLAP See LSH-DSP Tech See LSH-HF Tech ADDITIONAL MOVEMENT OPTIONS: S - SWIVEL TU - TELESCOPE S-TU - SWIVEL & TELESCOPE I - INVERTED EP - EXTENSION POLE See LSH-S Tech See LSH-TU Tech See LSH-S-TU Tech See I-LSH Tech See LSH-EP Tech (Upon request) TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 001 WWW NET . . SHEET 2 FUTUREAUTOMATION
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LSH-10 LIFT SYSTEM HEAVY SPECIFICATION MEASUREMENTS Maximum Screen Height 1400mm [55 1/8"] Minimum Screen Height 1280mm [50 3/8"] Maximum Lifting Capacity 100Kg [220lbs] (Higher Lifting Capacity Option Available, see LSHZ-10) Internal Cabinet Height 1770mm [69 11/16"] Packaging Dimensions TBC Shipping Weight TBC Movement Type Motorised Speed TBC Power Supply Required 110V - 240V AC Power Consumption 250 - 500W Power Consumption Standby 3W Mounting Patterns Supported VESA 600, 400, 300 W x 600, 400, 300 H Vertical Mounting Patterns Positioning Mount holes in the bottom 260mm [10 1/4"] of the screen require a VOA Adaptor Control Options IR Remote, RS232, Contact Closure, RF Available Colour Options Custom RAL paint finishes Package Contents Mechanism, IR remote control Marine Suitable Yes Outdoor Suitable No (Marine Outdoor Option Available, see LSH-10-MO) TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 001 WWW NET . . SHEET 3 FUTUREAUTOMATION
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LSH-10 LIFT SYSTEM HEAVY GENERAL DIMENSIONS 2 3/16"550"0 Top Panel Aperture Depth+ 55 [2 3/16"] Fixed Panel: Aperture Width = Screen Width + 60 [2 3/8"] (Box Enclosure: Aperture Width = Screen Width + 70 [2 3/4"]) Aperture Depth = Screen Depth + 135 [5 5/16"] DETAIL B (Minimum 235 [9 1/4"]) Screen Height + 20 [13/16"] 3 15/16" max. 100 max. 3/16" 3/16" Screen Depth 5 5 A B Note: For screens that are larger than 100mm [3 15/16"] the depths of the enclosure, base and top panel must be increased. Screen Height Max. 1400 [55 1/8"] 69 11/16" Min. 1280 [50 3/8"] Removable cabinet front 1770 for access for installation Internal and servicing. Enclosure Height Screen Width 14 3/16" 360 12 1/16" 306 14 3/16" Mechanism 360 Depth Min. Internal SECTION A-A A Enclosure Depth Solid surface to Internal Enclosure Width = MECH UP mount lift to. Screen Width + 100 [4"] SECTION A-A TECHNICAL SHEET MECH DOWN UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 001 WWW NET . . SHEET 4 FUTUREAUTOMATION
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LSH-10 LIFT SYSTEM HEAVY BASE PANEL AND TOP PANEL DETAILS Base thickness to be equal to or larger than the cabinet thickness. BASE PANEL Base Width = Aperture Width - 10 [3/8"] 1 3/16" 30 C C L 0" 0 1" Base Depth = 25 Aperture Depth - 10 [3/8"] 4 3/16" (Minimum 225 [8 7/8"]) 107 C SECTION C-C VIEWING SIDE 0"0 13/16" 15 1/16"38213 5/16"338 13 5/16"33815 1/16"382 20 Suggested tapered detail. 3/16" 5 (Suggested) TOP PANEL DETAIL E 3/16" 5 Top Panel Width = Aperture Width - 10 [3/8"] C L D E 0" 0 1 3/16" Top Panel Depth = 30 Aperture Depth - 10 [3/8"] (Minimum 225 [8 7/8"]) 7 1/16" 180 VIEWING SIDE D 27 3/16"69020 1/16"510 0"0 20 1/16"51027 3/16"690 SECTION D-D Recesses for top panel mount brackets. TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 001 WWW NET . . SHEET 5 FUTUREAUTOMATION
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LSH-10 LIFT SYSTEM HEAVY General Mitigations: FIXED PANEL - INTEGRATION CONSIDERATIONS • Activate hold-to-run/dead-man switch operation. • Locate controls within direct line of sight of the mechanism. • Implement password or key switch protected operation. High Risk - Crushing Hazard Top Panel Crush hazard between the top panel and the cabinet top when the mechanism is closing. Mitigation The top panel is constructed to allow vertical movement in the presence of an obstruction, causing the mechanism to return to open again. Low Risk - Falling Objects Hazard Falling object hazard if objects are left on top of the top panel. High Risk - Crushing Hazard Crush hazard at the cabinet aperture when Mitigation mechanism is opening. See general mitigations. Cabinet Top Mitigation A Tapeswitch can be installed underneath the base panel to detect any obstructions. Scan the QR code and navigate to the Cabinet Guidelines document for further details. Base Panel Low Risk - Crushing Hazard Cables could be snagged if not properly managed High Risk - Crushing Hazard through and around the mechanism, causing Crush hazard below the mechanism when the damage to the mechanism and electronics. mechanism is closing. Mitigation Mitigation Ensure sufficient cable slack is allowed around Ensure the area below the mechanism is kept movement joints to prevent stretching and/or clear at all times when the mechanism is being damage to the cables and/or mechanism. used. If installing or maintaining the mechanism do so with the mechanism turned off. The installer is responsible for conducting a site-specific risk assessment. Due to the unique conditions of each installation, Future Automation cannot provide an exhaustive list of all potential risks. Installers must ensure that all risks associated with installation, operation, and maintenance are identified and mitigated in accordance CONSIDERATIONS SHEET with applicable legislation and best practice. UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 001 Further safety and servicing guidance is available at: www.futureautomation.net/safety WWW NET . . SHEET 6 FUTUREAUTOMATION
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LSH-10 LIFT SYSTEM HEAVY Top Safety Panel BOX ENCLOSURE DETAILS For size specific box enclosures with further details, please see CAD. Maximum lifting capacity: 100kg [225lbs] Z - SERVO MOTOR Higher lifting capacity & faster operation. See LSHZ Tech 13/16" Box Enclosure Base 20 Side Panel Thickness F Removable panel to allow access to mount Internal Box Enclosure Depth = adjustment from the rear Screen Depth + 95 [3 3/4"] Box Enclosure Height = Screen Height + 20 [13/16"](Minimum 195 [7 11/16"]) 23 5/8" 740 Internal Box Enclosure Height = 600 29 1/8" Screen + Base Panel Height + 20 [13/16"]Removable Panel Width Removable Panel Height SECTION F-F Base Depth = Screen Depth + 115 [4 1/2"] 1" F (Minimum 215 [8 7/16"]) 25 Internal Box Enclosure Width = Screen Width + 10 [3/8"] TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 001 WWW NET . . SHEET 7 FUTUREAUTOMATION
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LSH-10 LIFT SYSTEM HEAVY BOX ENCLOSURE - BOX ENCLOSURE BASE AND TOP SAFETY PANEL DETAILS TOP PANEL For top panel dimensions, please see sheet 5. Base thickness to be equal to or larger than the cabinet thickness. BOX ENCLOSURE BASE 1 3/16" Base Width = Screen Width + 10 [3/8"] 30 C L G 0" 0 1" Base Depth = 25 Screen Depth + 115 [4 1/2"] 4 3/16" (Minimum 215 [8 7/16"]) 107 G SECTION G-G VIEWING SIDE 15 1/16"38213 5/16"3380"0 13 5/16"33815 1/16"382 TOP SAFETY PANEL 13/16" Top Safety Panel Width = Screen Width + 10 [3/8"] 3 3/8" max. 20 85 max. C 4x 12 1/2" THRU L 0" 0 3/8" 10 2 1/8" VIEWING SIDE 53.5 26 3/8"67025 9/16"65021 5/8"55020 7/8"530 0"0 20 7/8"53021 5/8"55025 9/16"65026 3/8"670 TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 001 WWW NET . . SHEET 8 FUTUREAUTOMATION
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LSH-10 LIFT SYSTEM HEAVY General Mitigations: BOX ENCLOSURE - INTEGRATION CONSIDERATIONS • Activate hold-to-run/dead-man switch operation. • Locate controls within direct line of sight of the mechanism. • Implement password or key switch protected operation. High Risk - Crushing Hazard Top Panel Crush hazard between the top panel and the cabinet top as the lift closes. Mitigation The top panel is constructed to allow vertical movement in the presence of an obstruction, causing the mechanism to return to open again. Low Risk - Falling Objects Hazard Box Enclosure Falling object hazard if objects are left on top of the top panel. Mitigation Low Risk - Crushing Hazard See general mitigations. Crush hazard at the cabinet aperture when mechanism is opening. Cabinet Top Mitigation A Tapeswitch can be installed underneath the base panel to detect any obstructions. Scan the QR code and navigate to the Cabinet Safety document for further details. Base Panel Low Risk - Crushing Hazard Cables could be snagged if not properly managed High Risk - Crushing Hazard through and around the mechanism, causing Crush hazard below the mechanism when the damage to the mechanism and electronics. mechanism is closing. Mitigation Mitigation Ensure sufficient cable slack is allowed around Ensure area below the mechanism is kept clear movement joints to prevent stretching and/or at all times when the mechanism is being used. damage to the cables and/or mechanism. If installing or maintaining the mechanism do so with the mechanism turned off. The installer is responsible for conducting a site-specific risk assessment. Due to the unique conditions of each installation, Future Automation cannot provide an exhaustive list of all potential risks. Installers must ensure that all risks associated with installation, operation, and maintenance are identified and mitigated in accordance CONSIDERATIONS SHEET with applicable legislation and best practice. UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 001 Further safety and servicing guidance is available at: www.futureautomation.net/safety WWW NET . . SHEET 9 FUTUREAUTOMATION
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LSH-10 LIFT SYSTEM HEAVY CABLE ROUTING Screen cables should be routed through the cable management chain, over the top of the beam and through the centre of the screen mount. Mechanism cables should be routed to the control box, which should be stored in a safe and accessible location. MECHANISM CABLES MAINS POWER SCREEN CABLES To external connections Control Box To mains power (110V or 240V AC) Power Supply Unit TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 001 WWW NET . . SHEET 10 FUTUREAUTOMATION
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LSH-10 LIFT SYSTEM HEAVY CONTROL BOX DETAILS 5 7/8" 2 3/16" 149.5 55 3 CORE CABLE LIFTING BEAM SWITCHES CABLE LOOM 6mm [0.25"] dia. LENGTH APPROX 20 max 0.79 max EU SPEC: 0.5mm² 118 1/8" 137.5 5 7/16" US SPEC: 20AWG 3000 RS232 PORT CONTACT CLOSURE IR OUTPUT PORT INDICATOR LED EMERGENCY STOP CONNECTOR IR LEAD INPUT 3.5mm [0.14"] JACK MAINS INPUT 2 CORE CABLE 11 1/4"286.2 LIFTING BEAM MOTOR 10mm [0.4"] dia. EU SPEC: 1.5mm² US SPEC: 16AWG 2 3/16" 6 5/8" 55.1 167.5 POWER SUPPLY UNIT INPUT = 110V (6A) OR 240V (3A) AC MAINS OUTPUT = 24V DC, 21A NOTES • POWER SUPPLY UNIT (PSU) WILL ALLOW 110V OR 240V AC INPUT. THE SAME PSU IS USED FOR EU OR US MAINS SUPPLIES. • OTHER THAN CONTROL CABLES, ALL CABLES TERMINATE AT CONTROL BOARD VIA STANDARD PHOENIX CONNECTORS. • CABLE LOOM LENGTH SUPPLIED AT APPROX. 3m [118"]. LOOM CAN BE EXTENDED UP TO MAXIMUM OF APPROX. 10m [400"]. • MINIMUM CABLE BEND RADIUS 25mm [1"]. TECHNICAL SHEET UK +44 (0) 1438 833577 US +1 (603) 742 9181 ISSUE 001 WWW NET . . SHEET 11 FUTUREAUTOMATION
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