Technical Information
27
H 408x BM
moisture will build up in the oven cavity.
b.
Air path during convection, broil and combination cycles:
The air
baffle (Figure 012-1, Item 5) remains closed. Vapors move through
the vapor passage (Figure 012-1, Item 6) into the vent (Figure 012-1,
Item 7) and mix with cool air.
3.
Cool air and vapor exit:
Cool air and vapor are pushed out through the vent above the air guide at
the front of the appliance.
Figure 012-1:
Ducting
2.2 Fan
Cooldown
The cooldown function protects the appliance from damage by temperature
and moisture. It is switched off when the oven cavity temperature falls below
167°F (75°C).
2.3 Microwave
Operation
The high-voltage system generates the microwave energy. The incoming AC
power passes through a “step-up” transformer and is further increased by the
diode-rectifier circuit (including a high-voltage capacitor) to supply the
magnetron with high-voltage DC power. The magnetron converts this high-
voltage DC to microwaves. The microwaves pass through the wave guide and
are dispersed into the oven cavity by the wave distributor motor. The oven
cavity is designed to resonate the microwaves that are absorbed by the food.
1
Cooling fan
2
Rear air duct
3
Front air duct
4
Release element
5
Air baffle
6
Vapor passage
7
Vent
Summary of Contents for H 4080 BM
Page 1: ...TECHNICAL INFORMATION H 408x BM Speed Ovens 2013 Miele USA ...
Page 15: ...Technical Information 15 H 408x BM 011 Casing Door Lock ...
Page 25: ...Technical Information 25 H 408x BM 012 Air Duct Magnetron ...
Page 43: ...Technical Information 43 H 408x BM 020 Door ...
Page 47: ...Technical Information 47 H 408x BM 031 Oven Cavity Wave Distribution ...
Page 52: ...Technical Information 52 H 408x BM 032 Convection Fan Heaters ...
Page 58: ...Technical Information 58 H 408x BM 040 Control Panel Electrical System ...