constructing architect. water and heating building service (bse) team 1, a2010

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Constructing Architect

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Page 1: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Constructing Architect

Page 2: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Water and heating

Building Service (BSE) Team 1, A2010

Page 3: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Water and heating pipes

Page 4: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Boiler

Page 5: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Hot water store tank

Page 6: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Unit

Page 7: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Unit with manifold

Page 8: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

The flue system from gas boiler

Page 9: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Water and heating plan

Page 10: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Pipe in pipe system

Page 11: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Manifold

Page 12: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Manifold

Page 13: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Pipes from the manifold out in the floor

Page 14: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Different placements of pipes

Page 15: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Different placements of pipes

Page 16: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Steel pipes

Page 17: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

The joins are visible

If the pipes go on to the next room they have to be insulated

Page 18: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Principles for pipes in skirting panels

Page 19: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010
Page 20: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Floor heating

Page 21: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

A house with only floor heating

Page 22: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Difference in temperature on the surface.

Page 23: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Floor heating or/and heater?• Radiators are best to place under the windows• Radiators can change the temperature in the

room very fast.• Floor heating placed in concrete changes the

temperature in the room very slowly• It is best always to have radiators in the

house/room. Especially where there are light constructions.

- because the light constructions changes the temperature of the constructions very fast, and the floor heating are working very slow.

Page 24: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

How to place a radiator

Page 25: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Dish washer or washing machine

Page 26: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Symbols

• SI: Sink• KSI: Kitchen sink• FD: Floor drain• WC: Toilet• BT: Bathtub• SH: Shower• WM: Washing machine• DW: Dishwasher • CSI: Cleaning sink

Page 27: Constructing Architect. Water and heating Building Service (BSE) Team 1, A2010

Abbreviations for pipe penetration:• Heating forward• Heating return• Cold water • Hot water• Nature gas gas gas