Description
Single Duct Hot Water Re-Heat VAV Terminals shall be constructed from galvanised steel casing with 25mm acoustic high density polyester insulation. Each VAV Terminal shall incorporate a low leakage HCD-75 airfoil blade aluminium control damper with self inflating blade edge seals and flexible aluminium side seals. Damper shafts shall be 11mm hexagonal pivoted in two piece acetal self lubricating bearings. The Hot Water Re-Heat Coil shall be 1 or 2 Row, single or multi circuit and shall consist of 1/2 inch plain copper tubes with aluminium fins at 394 fins per metre and fitted into a robust galvanised steel housing. VAV Terminals shall be furnished with flow averaging pressure differential velocity sensor of the PDI type”, “Single Duct Variable Air Volume (VAV) Terminals with Hot Water Re-Heat Coils shall be Holyoake Model HCV-HW. Single Duct Hot Water Re-Heat VAV Terminals shall be constructed from galvanised steel casing with 25mm acoustic high density polyester insulation. Each VAV Terminal shall incorporate a low leakage HCD-75 airfoil blade aluminium control damper with self inflating blade edge seals and flexible aluminium side seals. Damper shafts shall be 11mm hexagonal pivoted in two piece acetal self lubricating bearings. The Hot Water Re-Heat Coil shall be 1 or 2 Row, single or multi circuit and shall consist of 1/2 inch plain copper tubes with aluminium fins at 394 fins per metre and fitted into a robust galvanised steel housing. VAV Terminals shall be furnished with flow averaging pressure differential velocity sensor of the PDI type as manufactured by Holyoake
Download files
- Revit 2019 VAV Terminal with Hot Water Coil Re-Heat TDF Duct Connection inlet-outlet HCV-HW.zip (Login to download)
- Revit 2020 VAV Terminal with Hot Water Coil Re-Heat TDF Duct Connection inlet-outlet HCV-HW.zip (Login to download)
Description
Single Duct Hot Water Re-Heat VAV Terminals shall be constructed from galvanised steel casing with 25mm acoustic high density polyester insulation. Each VAV Terminal shall incorporate a low leakage HCD-75 airfoil blade aluminium control damper with self inflating blade edge seals and flexible aluminium side seals. Damper shafts shall be 11mm hexagonal pivoted in two piece acetal self lubricating bearings. The Hot Water Re-Heat Coil shall be 1 or 2 Row, single or multi circuit and shall consist of 1/2 inch plain copper tubes with aluminium fins at 394 fins per metre and fitted into a robust galvanised steel housing. VAV Terminals shall be furnished with flow averaging pressure differential velocity sensor of the PDI type”, “Single Duct Variable Air Volume (VAV) Terminals with Hot Water Re-Heat Coils shall be Holyoake Model HCV-HW. Single Duct Hot Water Re-Heat VAV Terminals shall be constructed from galvanised steel casing with 25mm acoustic high density polyester insulation. Each VAV Terminal shall incorporate a low leakage HCD-75 airfoil blade aluminium control damper with self inflating blade edge seals and flexible aluminium side seals. Damper shafts shall be 11mm hexagonal pivoted in two piece acetal self lubricating bearings. The Hot Water Re-Heat Coil shall be 1 or 2 Row, single or multi circuit and shall consist of 1/2 inch plain copper tubes with aluminium fins at 394 fins per metre and fitted into a robust galvanised steel housing. VAV Terminals shall be furnished with flow averaging pressure differential velocity sensor of the PDI type as manufactured by Holyoake