Your guide to tenders that comply with standards
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Our aim is to provide you with the best possible support in planning and implementing your projects and to make it as easy as possible for you to draw up legally compliant specifications.
Table of Contents: Tender Documents
Select the required tender document directly:
Tender text: Barefoot grids
Scope of work: Supply and fit bare-foot gratings
Material:
( ) S235 steel
Surface finish:
( ) hot-dip galvanised in accordance with DIN EN ISO 1461
( ) hot-dip galvanised + powder-coated
Colour: RAL __________
Dimensions:
Length (support bar dimension): __________ mm
Width (infill bar dimension): __________ mm
(Max. 1500 × 1500 mm possible)
Technical specifications:
• Support bar: __________ × __________ mm (20×2 to 50×2 mm)
• Infill bar: Made from 25 mm U-profile; skin- and barefoot-friendly
• Profile spacing: approx. 8.33 mm
• Edge edging: All-round flat steel edging
Installation:
( ) to be fitted
into a frame provided on site
( ) including delivery and installation of a suitable mounting frame
Quality: Manufacturing tolerances in accordance with RAL-GZ 638.
Tender specifications: Standard grating
Scope of work: Supply and fit grating in accordance with DIN 24537-1
Material:
( ) Steel S235JR (St37-2)
( ) Stainless steel 1.4301 (V2A) / 1.4404 (V4A)
Surface finish:
( ) Hot-dip galvanised in a continuous bath in accordance with DIN EN ISO 1461
( ) Hot-dip galvanised + powder-coated (RAL __________)
Technical specification:
• Grating type: ( ) Pressed grating / ( ) Welded-pressed grating
• Construction: Pressed grating with bar-in-bar pressing
• Mesh size: ( ) 30/30 mm ( ) 30/10 mm
• Support bar: __________ × __________ mm
• Edge finish: All-round, flush-welded
Structural analysis:
• Permissible surface load: __________ kN/m²
• Permissible wheel load: __________ kN
• Span: __________ mm
Quality: Manufacturing tolerances in accordance with RAL-GZ 638.
Tender text: Grating steps (stair treads)
Scope of works: Supply and fit stair treads in accordance with DIN 24531-1
Design / Type:
( ) MEASTEP XSL – optimised for emergency staircases
( ) Welded press-formed grating step – maximum torsional rigidity
( ) Press-formed grating step – classic industrial look
Material & finish:
( ) S235JR steel, hot-dip galvanised in accordance with DIN EN ISO 1461
( ) S235JR steel, hot-dip galvanised + powder-coated (RAL __________)
( ) Stainless steel 1.4301 (V2A) / 1.4404 (V4A)
Safety & Geometry:
• Tread edge: Double-profiled, perforated safety tread edge
• Slip resistance: ( ) R10 (standard) / ( ) R11 / ( ) R12
• Mesh size: ( ) 33 × 33 mm / ( ) 30 × 10 mm
• Side plates: Welded (70 × 3 mm) including standardised hole pattern
Dimensions:
Step length: __________ mm
Step width (tread): __________ mm
Quality: Manufacturing tolerances in accordance with RAL-GZ 638.
Tender text: Heavy-duty gratings / Vehicle-accessible gratings
Scope of work: Supply and fit grating for areas subject to vehicle traffic (e.g. garages/driveways)
Load class:
( ) Suitable for passenger cars (wheel load up to __________ kN, e.g. 9.00 kN)
( ) Suitable for lorries in accordance with DIN 1072 / Eurocode 1
Material & finish:
( ) S235JR steel (St37-2), hot-dip galvanised in accordance with DIN EN ISO 1461
( ) additionally powder-coated (RAL __________)
Technical Specifications:
• Construction: Pressed grating with bar-in-bar
pressing• Mesh size: ( ) 30/30 mm / ( ) 30/10 mm•
Support bar: __________ × __________ mm
• Edge trim: All-round, flush-welded
Installation & safety instructions:
• The grating must be laid in such a way that the ends of the support bars are in full contact with the surface.
• ( ) Installation in a frame provided by the client / ( ) including supply of an angle frame
Quality: Manufacturing tolerances in accordance with RAL-GZ 638. Permissible wheel loads must be checked on a product-by-product basis.
Tender specifications: LED handrail system
Item: Supply and fit an LED handrail system for grooved tubing / handrail Ø 42.4 mm
Installation location:
............................................................
Design in accordance with:
( ) Specification provided by the site management
( ) Drawing No.: ............................................................
Quantity:
............... m
System components:
• Grooved tube made of V2A stainless steel, sanded to 240 grit, Ø 42.4 mm
• Support profile made of aluminium, anodised E6/EV1, for use in a 24 × 24 mm groove
• Cover profile / diffuse diffuser made of plastic for glare-free light distribution
• Fixing elements made of PA6 / GF30 plastic, approx. 4 per metre
• End caps and fitting materials to be specified on a project-by-project basis
Optional light-directing element:
( ) Lens to be inserted into the diffuser for asymmetrical light output
LED technology:
• Operating voltage: 24 V DC•
LED strips dimmable via PWM•
Luminous flux: approx. 1500 lm/m
• Suitable LED accessories must be taken into account as required
Light colour:
( ) Warm white 2700 K
( ) Neutral white 4000 K
IP rating:
( ) IP 00
( ) IP 65
Power supplies / control:
( ) Indoor transformer, to be selected
according to power requirements
( ) Outdoor transformer, to be selected
according to power requirements
( ) Transformer with wireless or Bluetooth control, to be selected
according to power requirements
( ) Transformer with dimming function, to be selected
according to power requirements
( ) External dimmer
Handrail mounting:
( ) Stainless steel wall bracket, convex, for Ø 42.4 mm, with or without a cavity for cable routing
appropriate number as per plan: ............... pieces
( ) Handrail supports on posts with variable height adjustment, for Ø 42.4 mm, with or without cable passage
appropriate quantity as per plan: ............... pieces
Connection options:
( ) Mitre cut
( ) Stainless steel connecting elements for straight joints
( ) Stainless steel connecting elements for 90° corners
( ) Stainless steel connecting elements for ascents / descents
Required quantity as per plan: ............... pieces
Note: Power supplies, end caps, connecting elements, cable glands and other installation materials must be checked on a project-by-project basis.
Tender text: Cantilevered glass canopy system
Scope of work: Supply and install a complete cantilevered glass canopy system
Installation location:
............................................................
Design in accordance with:
( ) Specification provided by the site management
( ) Drawing No.: ............................................................
System description:
• Self-supporting glass canopy system with structural analysis
approved by the building authorities
• Verification of suitability for use and residual load-bearing capacity to be assessed
on a project-specific basis
• Usage category / requirements: ............................................................
Canopy profile:
• Aluminium canopy profile with cover and fixing materials•
Extruded
aluminium• Fixing holes as slotted holes, approx. 25 × 14 mm•
Hole spacing: approx. 200 mm
• Roof pitch: approx. 5°
Profile length:
( ) 1405 mm
( ) 1605 mm
( ) 1805 mm
( ) 2005 mm
( ) 2205 mm
( ) 2405 mm
( ) 3000 mm
( ) 6000 mm
( ) custom dimensions: ...................... mm
Profile finish:
( ) Anodised and polished aluminium with a stainless steel finish
( ) Powder-coated aluminium RAL 7016
( ) Powder-coated aluminium DB703
( ) Powder coating in a RAL colour of your choice: ......................
Decorative cover / fitting kit:
• Straight aluminium decorative cover, in the appropriate length
• Includes glass support, seals, rubber glass protector, end caps (left/right
)
• Includes suitable screws and glass retainer to match the glass thickness
System glass:
Laminated safety glass (VSG) made from toughened glass (TVG), to fit the profile length, with ground and polished edges
Glass pane width: ...................... mm
Number of glass panes: ......................
Required projection:
...................... mm
Glass construction:
( ) 2 × 8 mm laminated safety glass (VSG) made from toughened glass (TVG) with a 1.52 mm PVB interlayer, up to a maximum projection
of 1000 mm
( ) 2 × 8 mm laminated safety glass (VSG) made from toughened glass (TVG) with a 1.52 mm SentryGlas® interlayer, up to a maximum projection
of 1100 mm
( ) 2 × 10 mm laminated safety glass (LSG) made from toughened glass with a 1.52 mm PVB interlayer, up to a maximum projection
of 1200 mm
( ) 2 × 10 mm laminated safety glass (LSG) made from toughened glass with a 1.52 mm SentryGlas® interlayer, up to a maximum projection of 1300 mm
Fixing / Substrate:
The fixing methods must be adapted to the structural conditions.
( ) Concrete: ............................................................
( ) Masonry: ............................................................
( ) Timber: ............................................................
( ) Steel: ............................................................
Exact grade of the building structure: ............................................................
Optional accessories:
( ) Integration into ETICS, insulation thickness: ...................... mm
( ) Rain gutter for 17.52 mm
glass
( ) Rain gutter for 21.52 mm
glass
( ) Rubber seal for glass-to-glass sealing with multiple panes
( ) Cool white LED lighting, including connection accessories
( ) Warm white LED lighting, including connection accessories
( ) RGB LED lighting, including connection accessories
( ) Rubber shims for aligning the glass panes
Note: Structural calculations, fixings, glass assembly, overhang, substrate and accessories must be checked on a project-by-project basis and taken into account in the quotation.