Key Grate Options
Wedge Wire
LAS
Cast Iron
Heelproof Cast Iron
Ladder
200MM Opening Polymer Concrete Channel
200MM Opening Polymer Concrete Channel
The 200 mm Polymer Concrete Channel delivers heavy‑duty stormwater management with a 200 mm clear opening and durable polymer concrete construction. Designed for high‑capacity commercial drainage, it offers multiple edge and grate options to meet performance and safety requirements.
Features
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- Polymer concrete trench drain for superior strength and low permeability
- 1 m lengths for versatile installation
- 200 mm clear opening for high‑capacity flow
- Edge options: stainless steel or cast iron
- Grate options:
– Stainless Steel 316 Wedge Wire
– Stainless Steel 304 Ladder
– Stainless Steel 304 LAS
– Cast Iron
– Heelproof Cast Iron
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- Load class tested to AS3996 for A–E (pedestrian to heavy industrial)
- Slip resistance tested to AS4586 for safety assurance
- Suitable for:
– Loading docks & industrial yards
– Infrastructure shoulders (freeway/motorway)
– Factory & production facilities (breweries, wineries)
– Pedestrian areas & light commercial areas (malls, car parks)
PC200-225SS
PC200-225CI
SS 200 Inline Sump
CI 200 Inline Sump
Stainless Steel
Cast Iron
Channels
Sumps
End Caps
End caps aren’t included with channels, please specify amount of end caps required by adding them in when selecting required channels for quote.
Revit Files
PC200CI.rvt
PC200HCI.rvt
PC200LAD.rvt
PC200LAS.rvt
PC200WW.rvt
Install Drawings
PC Install.pdf
PC Install.dwg
PC Inline Sump Install.pdf
PC Inline Sump Install.dwg
Technical Documents
Install Guide
Load Class
Material Analysis Report
Cast Iron Material Information
Galv Material Information
System Example
Allproof’s PC Range features channels with depths ranging from 75mm to 225mm. Sloped joiner channels connect different depths, increasing the hydraulic capacity along a continuous run.
The system supports long cascading runs terminating at a sump. A mirrored run can extend cascading between sumps, with no fixed overall limit. Actual length may vary depending on flow rates and other factors; consult a hydraulics consultant for specific project requirements.
