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U1404 Bottle Trap New Design
New U1404 design is now available from stock.
Manufactured of injection moulded 30% glass filled nylon 6 in three snap-together
components, with a silicon rubber o-ring to form the complete assembly.
Four stainless steel screws quickly compress the top plate, expanding the
o-ring from 99mm to 106mm diameter. This large expansion enables the U1404 to
be used in a wide range of applications. |
Features
 | Fits all 4" Vari-Levels - Thanks
to the wide expansion range of the o-ring, the U1404 now fits all 4"
throat Vari-Level gratings without modification, which also allows it to be used in
retro-fit applications. |
 | Compact Design -Whilst maintaining
the previous designs performance and 50mm trap seal depth, the overall height of the
U1404 has been reduced to 105mm, allowing it to be used in more applications. |
 | Snap-off Support Lugs - Support lugs
may be removed to enable use in our GC144 body. |
 | Corrosion Free - High quality,
proven materials used in its construction will ensure a long, trouble free service life. |
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WD5 and WD6 Series Roof Outlets
Extending the 3100 Series range, these two new
outlets are for use with Inverted Roof and No Fines Screed roof constructions.
With height adjustment and extensions available, a wide range of insulation and roof
finishes can be catered for in a high performance deep sump body.
Three outlet sizes are available - 3", 4" and 6" with a BSP thread,
enabling connection to different pipework systems by means of a spigot adaptor. |
Features
 | Choice of Grating - WD5 Series have
220mm dia. grating, WD6 Series have 224mm square grating. |
 | Large Free Area - Combination of
slotted membrane clamping collar with a slotted raising piece provides excellent
sub-surface drainage. |
 | Accurate Height Adjustment - Collar
cam allows a fine degree of adjustment by rotating the grating. |
 | Versatile Design - Along with our
existing WD Series outlets, they are also suited for use as Floor Gullies where
construction demands surface and sub-surface drainage over a lower level membrane. |
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2nd March 2001
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