Rollover Alitherm 55 Alitherm 47 Intruder Reversible Evolution Slide Visoline Imperial
Alitherm 47 Intruder Visoline Imperial

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Windows Doors Bi-Folding Doors Patio Doors Shopfront Curtain Walling
Windows Doors Bi-Folding Doors Patio Doors
RAL Colours Specifications

Doors - Specifications
Courtesy Smart Systems Ltd

Visoline Doors

Designed for use as open out or open in, single or double doors, internally beaded, with sidelight options, for domestic and light / medium commercial applications.
Door and door frames are extruded from aluminium alloy 6060/6063 T5/T6 and comply with the recommendations of BS EN 12020-2; 2001/BS 755-9: 2001. Profiles can be Electrostatic powder coat finished in a range of RAL colours to APA Qualicoat guidelines with the option of BI-colour, different internal and external colours. Other finishes include anodised in satin or bronze colours with EWAA/EURAS-Qualanod quality label. Powder-coated woodstructure finishes are available on request.
All doors are hung on aluminium knuckle or face hinges and fitted with one or three point locking mechanisms.
Glazing conforms to the requirements of BS 6262 and Part ‘N’ of the Building Regulations for both thickness and type. Weatherseals are EPDM set in undercut channels.
Internal beads and gaskets will accommodate 4mm to 38mm units.
Doors are manufactured according to customer requirements from a range of standard profiles and are designed to incorporate a range of options, therefore it is advisable to contact Smart Systems technical design department early in the design process.
Doors are manufactured to the required design to within the following maximum limitations (subject to location).
Single door – Max width 950mm. Max height 2400mm.
Double door – Max width 1800mm. Max height 2400mm.
Subject to agreement it is possible to exceed these limitations depending on design criteria, contact Smart Systems Technical Department for details.
Consult Smart Systems Ltd technical literature for details. Smart Systems Ltd can also provide design and specification guidance and it is recommended that they are consulted early in the design process.

Manufacturer: Smart Systems Ltd. North End Road. Yatton, Nr Bristol. BS49 4AW. Tel: 01934 876100. Fax: 01934 83516. Email: sales@smartsystems.co.uk Web: www.smartsystems.co.uk
Product reference: Visoline Door.
Materials: All profiles are extruded from aluminium alloy 6060/6063 T5/T6 and comply with the recommendations of BS EN 12020-2; 2001/BS 755-9: 2001. Thermal breaks are formed with polyamide strips PA 6.6 25 reinforced with glass fibre sections capable of withstanding temperatures up to 200°C for over painting.
All doors, in conjunction with a suitable glazing specification, to achieve an average project U-value to meet the current requirements of the approved Building Regulation Document L1/L2 for England and Wales.
Target window U-value to be ........ W/m²K.
Details/evidence of all calculations/methods of determining the required project average U-value for windows and doors, to be submitted with all tender submissions for approval.
All references to Document L1/L2 for England and Wales' should be substituted with 'Document J for Scotland’ and ‘Document F for N.I.’ where applicable.
Structure: All structural profiles to be designed so as the maximum deflection of any glass edge into a framing member under wind load shall not exceed L/175 of its span with no evidence of any permanent deformation once the load has been removed. All horizontal framing members to restrict dead load deflection to L/400, up to a maximum of 3mm.
All doorsets shall be manufactured, installed and glazed in strict accordance with Smart Systems instructions and guidelines as set down in the appropriate technical literature, details and specifications.
Minimum depth of outer frame sections shall be 51mm incorporating two 14.8mm or 18.6mm polyamide thermal break sections within the profiles.
All outer frame and door members to be 45° mitred corner construction, reinforced by means of extruded aluminium cleats and stainless steel corner braces.
All corner joints to be secured by gluing and crimping or gluing and mechanical corner cleats.
All mullions and transoms to be cut/shaped and secured using stainless steel screws driven into integral screw ports within the sections or cruciform cleats.
All joints to be sealed during construction using suitable 'small gap' sealant.
It is recommended that the door system be drained and ventilated in accordance with Smart Systems Technical Manual.
Drip bar shall be used to all doors.

Finish as delivered:
Internal colour: Insert RAL/BS or anodised reference. Consult with Smart Systems for availability of colours and to obtain samples.
External colour: Insert RAL/BS or anodised reference. Consult with Smart Systems for availability of colours and to obtain samples.

Glazing details: Glazing shall be factory fitted / Site glazed as section L40.
Internal beads and gaskets will accommodate 4mm to 38mm units.
All doors to be dry glazed using ‘snap in’ extruded aluminium beads and EPDM extruded gaskets.

Refer to Smart Systems Technical Department for full details and recommendations.
AS 8000 Revolving Ventilation grid system
Smart Systems Fly screens.
For details of Fly screens, refer to Smart Systems NBS Plus entry in section L10/210
90° fixed and variable angle couplers.
Variable couplings for joining modules.
Window sill profiles in various depths.

All fixings to be in strict accordance with the relevant British Standards, including BS 6262, and shall ensure the door frame is retained securely within the opening without incurring any damage or distortion to the frame.
Generally, fixings to be positioned 150mm from each corner and each mullion/transom and at centres not exceeding 600mm.
Fixing lugs/straps only to be used where they can be suitably concealed to approval.
All fixing of door frames to the supporting structure to be achieved using a suitable lug and/or frame anchor fixing method capable of accommodating all applicable loads, deflection, tolerances and expansion expected on site. Details of the proposed fixing method shall be submitted to the project engineer for approval prior to installation.