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? HVAC system? Size ? HVAC system? Capacity ? HVAC system? Efficiency ? HVAC system? ? Thermal Control System? ? HVAC system? Energy Conservation ? HVAC system? Energy Efficiency ? HVAC system? Energy Savings ? ? HVAC system? Noise - HVAC ? HVAC ? HVAC System? Quietness? ? HVAC System ? HVAC System? Safety ? HVAC? Performance. ? HVAC System ? HVAC System? Service Life ? HVAC System? Temperature Range ? HVAC System? Typical Load Type ? HVAC System? Thermostat ? HVAC System? Weatherproof? ? HVAC System? ? HVAC System Winding Type ? HVAC System? ? HVAC. ? HVAC ? HVAC System. . High Efficiency ? HVAC system ? Housing Occupancy ? HVAC System? Residential HVAC? Routine Maintenance ? HVAC System? Routine Inspection ? HVAC System? Water Shutoffs ? HVAC System? ? HVAC System? ? HVAC System? ? HVAC. ? HVAC System ? HVAC System. 1.02.1.0.4 The following items are recommended for standard new construction: • The equipment shall be sized no larger than the space it occupies. The system shall be sized in the manner prescribed in Table 1.02.1.0.4. For air circulation, the equipment installed in air-conditioning buildings shall be sized according to Table 1.02.1.0.4. The equipment shall have an initial load rating of a minimum of 200 psf (16.7 kPa). Table 1.02.1.0.4 is provided for the air-circulation equipment required in new construction for residential buildings or as a component of general-purpose HVAC equipment. Where the system does not include separate heat exchangers, the following rule shall apply: Where a separate heat exchanger is installed in the new construction HVAC system, the total heat transfer area of all of the heat pipes and components shall not be a source of heat failure in excess of the maximum permissible limits of 20 percent and 20 percent, respectively, of the floor area of the HVAC installation. When a separate heat exchanger is installed in general-purpose HVAC equipment, the total heat transfer area of all of

All right we're gonna talk about heat transfer this is a topical outline of what we're going to do we're gonna talk about how heat and witch's energy moves we're gonna talk about heat transfer coefficient you value HIM C transfer multiplies, and we're going to define sensible and latent heat we're going to tell you what the measure walls gross then net we'll talk about that partitions new walls floors slab elevated below grade floors ceiling ceilings and roof combinations windows glazing fenestration whatever you want to call it and direction become important doors people and appliances all those things we're gonna talk about we're going to give you some formulas for area and volume because you lot of houses have turrets now a lot of them have vaulted ceiling, so you have to understand prisms okay zoning what constitutes a zone will do a little thing in that it's not going to be any detail on zoning this is not a zoning CD, but we're going to cover some stuff that's important some considerations that are should be important to you alright so if somebody will hit the magic start button we will get going thank you cold can be defined as the lack of heat cold can be defined is the lack of heat cold starts at minus four fifty-nine point six and below that's about the temperature of outer space it's very close to absolute zero minus four fifty-nine point six Fahrenheit is absolute zero at that point in time all molecular movement ceases if you were to be able to stay alive in a — for 596 environment let's say — — 459 environment the blood rushing through your veins or the barely moving through your veins would rub up against the walls of the vein and that's friction and that creates heat now I wouldn't want to deal us frozen pizza with that amount of heat, but it's still heat, and technically we have to count it the same way that minus a 20 degree air 20 degrees above zero air and the heat pump can extract heat from 20 degree air all we need is a fluid of media a refrigerant that can drop its condensing temperature 10 or 15 degrees below 20 and if we can do that we can absorb heat from that because hot goes to cold you'll see that in next slide cold doesn't start until you get to minus four fifty-nine point six so everything we deal with heating cooling in our world is heat movement so when I talk about the heat moving in a cooling situation I'm talking about hot air going too cold air alright everything else is heat anything above this temperature is heat is energy okay heat is energy they are the same thing remember cold is lack of heat and therefore lack of energy no molecular movement the cells in your body that the small the nucleus and all the particles of the cell can't move and where they can't absorb oxygen they can't pass blood along they are dead from the lack of energy the lack of heat that's involved okay you have to if you want to understand how heat moves you have to stop thinking about heat in terms of hot air rises that's fine, but...