LSM TU HF 6 - Lift System Telescopic - Electric Heavy Flap

Transcription

1 SHEET 1 of 9 DESIGN HIGHLIGHTS Quiet smooth action at approximately 40mm [1.6] per second Full cable management Wide range of mounting options 24V DC motor. Suitable for direct DC supply Robust lifting beam OPTIONS Heavy duty option NON-TELESCOPIC OPTIONS Box Enclosure with Swivel FUNCTION An electric mechanism to lift a flat screen television. Shown for use with a Telescopic Unit and Heavy Duty Electric Flap Unit. SUITABILITY Suitable for a total lifting weight of 30Kg [66Ibs] Maximum Screen 810mm [31.9] Maximum Screen Depth 60mm [2.4] Maximum Lift Distance 1385mm [54.5] (Top edge of screen to cabinet top) Lift systems to suit different screen heights are available. Box Enclosure Advance & Rotate Custom screen back cover SPECIFYING Check screen mounting details and request a suitable mount plate CONTROL Supplied with basic infrared remote. Can be learnt by many learning remotes. Also has switch control and RS232 so can be operated by relays, switches, Crestron / AMX or Lutron systems. WARNING It is the responsibility of the installer to warn all potential end users of the dangers of interfering with mechanisms during operation IMPORTANT Mechanisms which lift or move weights need to be checked on a yearly basis for any damage which may result in an accident

2 Design Highlights SHEET 2 of 9 A space efficient and robust lifting mechanism. A robust 24V DC motor with a purpose made lead screw enables a quiet and smooth lifting action at approximately 40mm [1.6] per second. Safety push rod to avoid finger trapping in flap Screen Mount Plates Suitable for VESA, 300 & 0 mounting patterns High precision linear guideways ensure stability and durability of the beam to prevent any unwanted movement of the screen. Adjustable UP and DOWN positions allow for a precise final setup within the cabinet. The safety switched base reduces the risk of damage to the mechanism or injury to the user by cutting power to the motor when there is an obstruction between the cabinet and base panel. Full cable management protects all screen and power cables from damage and is easily accessible for future changes to the AV setup. A wide range of mounting options are available to suit different screens and speaker arrangements. The Heavy Duty Flap Actuator mechanism eliminates the need for a lid or box to be mounted around the screen. Heavy Duty Electronic Flap unit (HF) Opens flap before lifting the screen Safety switched base Telescopic Unit Cable management The Telescopic Unit allows the screen to be lifted a further 575mm [22.6], producing a Maximum Lift Distance of 1385mm [54.5]. Robust lifting beam

3 SHEET 3 of 9 Cable Routing Screen Cables enter the top of the Telescopic Unit and are fed down through the Cable Track within. This can be accessed by removing the two front covers of the Telescopic Unit. The cables then pass through the LSM Beam and into the LSM Cable Track. Cables must be routed carefully to prevent any interference with the LSM beam as it operates. Screen Cables enter the Telescopic Unit here Maximum Possible Depth of Conduit 38mm [1.5] Screen and Mechanism cables should be routed to a control box outside of the cabinet via an opening in the back of the cabinet or a conduit leading to the bottom. C L TOP VIEW SCREEN CABLE MECHANISM CABLE POWER CABLE Recommended cable exit point Conduit LSM Cable Track A LSM Beam To Mains Power DETAIL A Cables exit beam and enter cable track Control Box

4 Mechanism Up - In Cabinet SHEET 4 of A Minimum Distance from Screen to Edge of Base Aperture Depth = Screen Depth [5.5] Minimum 150 [5.9] Maximum 0 [7.9] Back of Mechanism to Mount Max Screen Maximum Lift Distance Flap hinge point Max Thickness of Base and Cabinet Top B Internal Cabinet DETAIL B A Internal Cabinet Width = Screen Width [7.1] Minimum Width = 1000 [39.4] IMPORTANT: Thicker cabinet tops will require a reduced maximum screen height SECTION A-A

5 SHEET 5 of 9 Mechanism Down - In Cabinet Aperture Width = Screen Width +46mm [1.8] Aperture Depth = Screen Depth [5.5 Minimum 150 [5.9] Maximum 0 [7.9] Minimum Distance between Screen and Cabinet Top B Maximum Flap Weight 5Kg [11Ibs] Back of Cabinet to Mount Maximum Thickness of Base and Cabinet Top Internal Cabinet Max Screen B Minimum Screen from Base of Cabinet IMPORTANT: Thicker cabinet tops will require a reduced maximum screen height SECTION B-B

6 SHEET 6 of 9 Base Panel and Flap Panel Details Flap depth dimensions are based on a 3mm thick piano hinge Required flap dimensions may vary dependant on the hinge used IMPORTANT: Flap Panel weight must not exceed 5Kg [11Ibs] FLAP PANEL - BOTTOM VIEW VIEWING SIDE DETAIL M M Flap Panel Depth = Cabinet Aperture -6mm [0.25] Minimum 144mm [5.7] Maximum 194mm [7.6] HINGE SIDE Flap Panel Width = Cabinet Aperture Width -6mm [0.25] BASE PANEL - TOP VIEW Cut-out for HF Push Rod C L Base Panel Depth = Cabinet Aperture -34mm [1.34] Minimum 116mm [4.6] Maximum 166mm [6.5] VIEWING SIDE Base Panel Width = Cabinet Aperture Width -6mm [0.25]

7 SHEET 7 of 9 Screen Mount Adjustability A standard adjustable height VESA mount is included. This is also compatible with VESA 300 and 0 mounting patterns C L C L Highest Possible Centreline of Mount Lowest Possible Centreline of Mount

8 Mechanism Installation Overview SHEET 8 of 9 D The HF Unit is fixed to the rear face of the cabinet with wood screws. The Flap Panel is attached to a hinge at the back of the cabinet aperture. The Flap Plate is attached to the under side of the Flap and fixings are concealed with a magnetic Cover Plate The outer limits of the travel of the actuator can be adjusted to alter the Open and Closed positions of the Flap. DETAIL D The LSM is fixed to the back of the cabinet with wood screws in each corner

9 Overall Mechanism Dimensions MECHANISM - UP POSITION SHEET 9 of MECHANISM - DOWN POSITION Back Plate