Everbright E610 polycarbonate light panels Installation guidance

Transcription

1 Everbright E610 polycarbonate light panels Installation guidance Mono-pitched applications: Eaves For pitched roofs above 0-degree fix aluminium angle EL17 to supporting structure with self drilling screws at 180mm maximum centres, or otherwise calculated. Lay light panel units into angles and ensure joints are correctly interlocked. Insert plastics locking bars into joints between units. Insert profile filler, reference EL136, between underside of light panel units and face of supporting structure. When 4 light panel units have been laid, fix first units. Place EL154 clamping washers over of every 3 ribs in material and drill 5.5mm dia hole through material to supporting structure. Fix to timber with 5 x 100mm woodscrews EL56 or to steel structure with self drilling screws Lay further light panel units and repeat procedure. Verges and abutments Place EL154 clamping washers at 600mm centres on final rib in material and drill 5.5mm dia hole through material to supporting structure. Fix to timber with 5 x 100mm woodscrews EL56 or to steel structure with self drilling screws Intermediate supports Thermal movement of the material must be considered when screw fixing to intermediate supports. Generally, 1 of every 6 ribs is fixed. If there are or more supports, this fixing interval is staggered, creating a diamond pattern. The fixing incorporates the use of the EL154 clamping washer with the appropriate screw fixing as stated above. Ridge Pre-drill EL8 locking plate at the same frequency as required for the eaves. Place EL154 clamping washers over of every 3 ribs in material and drill 5.5mm dia hole through material to supporting structure. Place EL8 over material matching pre-drilled holes to clamping washers. Fix to timber with 5 x 100mm woodscrews EL56 or to steel structure with self drilling screws Barrel vault applications: Eaves Fix aluminium angle EL16 to supporting structure with self drilling screws at 180mm maximum centres, or otherwise calculated Lay light panel units into angles and ensure joints are correctly interlocked. Insert plastics locking bars into joints between units. Insert profile filler, reference EL136, between underside of light panel units and face of supporting structure. When 4 light panel units have been laid, fix first units. Drill through aluminium angle and secure units with M8 bolts at predetermined fixing positions. Lay further light panel units and repeat procedure.

2 Standard detail 01 Standard detail 0 Standard detail 03 Mono pitched eaves Typical abutment/ridge Verge abutment Standard detail 04 Standard detail 05 Standard detail 06 Intermediate support Standard detail 07 Typical verge Barrel vaulted eaves Internal External Flying verge

3 Ensure min mm at all panel junctions. S crew fix end of lower panels through EL 8 and clamping washer EL1 5 4 into purlin with EL1 5 8 S /D mm cts. S eal with foam filler EL1 3 6 inside and EL1 3 5 outside and clip upstand flashing EL1 9 over EL 8. At eaves of upper panel fix eaves angle EL4 1 to purlin and over upstand flashing EL1 9. S crew fix upper panel through clamping washer EL1 5 4 to purlin with EL1 5 8 S /D mm cts. S eal with foam filler EL1 3 6 S crew fix cover flashing EL 0 through self adhesive compressible foam tape to abutment 4 cts. S eal joint between wall and flashing with mastic sealant by others Fit upstand flashing EL1 9 over ali. locking plate EL 8 and screw fix to abutment 4 cts. S crew fix Everlite to S W wallplate through EL 8 & clamping washer EL1 5 4 with EL mm cts. AB UTMENT FIXING TO TIMBER Fix eaves flashing EL4 1 to timber wallplate. S crew fix Everlite to wallplate through clamping washer EL1 5 4 with EL mm cts. 4 0 x4 0 x4 mm eaves angle EL1 6 or EL1 7 to be fitted o for pitches greater than 1 0 Fix Locking plate EL 8 to both facets through clamping washer EL1 5 4 with EL mm cts. S eal outside with foam filler EL1 3 5 and inside with foam filler EL1 3 6 Clip ridge flashing EL over locking plates EL 8 Everlite panel E S TEPPED PURLIN Fix Everlite to timber purlins through clamping washer EL1 5 4 with EL mm cts. When fixing to multiple purlins ensure fixings are staggered mm For spans greater than metres and loads greater than kn/m use sleeve bolted eaves Fix eaves flashing EL4 1 to timber wallplate. S crew fix Everlite to wallplate through clamping washer EL1 5 4 with EL mm cts. Bevelled timber purlin to suit span PURLIN

4 Rake out mortar joint and install cover flashing EL1 8 and repoint with mortar Fit upstand flashing EL1 9 over locking plate EL 8 and screw fix to abutment wall at 4 centres S crew fix Everlite to steel angle through locking plate EL 8 Fit flashing modified EL1 9 over locking plate EL 8 S crew fix Everlite to steel angle through locking plate EL 8 S teel purlin ALTERNATIVE: S crew fix Everlite panels through clamping washer to structure at 0 0 mm centres Everlite E mm AB UTMENT S crew or bolt steel angle to wall at regular centres Modified eaves flashing EL4 1 Fit modified upstand flashing EL1 9 over locking plate EL 8 S crew fix Everlite to steel support through locking plate EL 8 Curved or pitched Everlite E6 1 0 S ECRET For spans greater than metres and loads greater than kn/m use sleeve bolted eaves Integral gutter by others S TEPPED PURLIN FIXING TO S TEEL 1 S teel column

5 Wall coping by others S eal outside with foam filler EL1 3 5 S crew fix Everlite to steel angle and inside with foam filler EL1 3 6 through locking plate EL 8 Clip purpose made ridge flashing over locking plates EL 8 Internal metal flashing by others S crew fix Everlite panel through clamping washer EL1 5 4 to structure with EL1 5 8 self drilling screws at mm centres Metal flashing and gutter by others Curved or pitched Everlite E6 1 0 PARAPET When fixing to multiple purlins ensure fixings are staggered mm PURLIN S teel support angle by others S teel column S teel support rail Eaves flashing EL mm Cladding by others FIXING TO S TEEL VALLEY For spans greater than metres and loads greater than kn/m use sleeve bolted eaves