Condenser Drying (Ukt); Operation; Technical Data; Control Valve - Miele G 600 Series Technical Information

G 600/G 800
Water hardness
Parts per
million
18 to 71
89 to 107
125
143 to 179
196 to 214
232 to 250
268 to 304
321 to 375
394 to 625
643 to 1250

Table 4-8: Reactivation Cycle Timing

4.18

Condenser Drying (UKT)

Does not apply to all dishwasher models.
4.18.1

Operation

An air inlet port is located on the back/left area of the cavity ceiling. An air duct is
installed on the port and attaches to the condenser assembly. During the drying
portion of a program, moist air within the cabinet is drawn through the condenser
assembly via the condenser fan (M2). As the cabinet air passes the cold-water
reservoir (inside the condenser), water vapor forms and exits the condenser (as
water) via the port on the left wall of the cabinet. The cooling bank within the
condenser assembly utilizes water from the intake/ softening system controlled by
the electronic via the condenser control valve (Y6).
4.18.2

Technical Data

Control valve (Y6): 120VAC, 60Hz
Cold-water reservoir: 750mL
4.18.3

Control Valve

The Miele circulation condenser drying system consists of a steam condenser
(Figure 4-16, Item 4) with circulation fan. The steam condenser contains a cold-water
reservoir over which an air duct passes (moist air from the cabinet is passed through
this air duct). The cold water and the air duct are separated by a 0.5mm-thick
membrane, which provides the condensing surface. The fan (Figure 4-16, Item 2),
takes in moist air from the top of the cabinet (Figure 4-16, Item 5), and passes it over
the condensing surface, where it is cooled, then blows it back into the cabinet via the
opening in the lower area of the side panel (Figure 4-16, Item 3). The water vapor
that is condensed out during cooling flows down and enters the cabinet via the
opening in the lower area of the side panel. Some vapor may condense out in the
fan; this vapor flows out via a hole in the bottom of the fan housing to the drip pan,
where it evaporates.
Number of program sequences before
Grains per
Normal water quantity
gallon
1 to 4.1
5.2 to 6.2
7.3
8.3 to 10.4
11.4 to 12.4
13.5 to 14.5
15.5 to 17.6
18.6 to 21.8
22.8 to 36.3
37.3 to 72.5
39
Technical Information
reactivation (Universal 65°C)
Increased water quantity
18
13
12
7
6
5
4
3
2
1
12
8
8
5
4
3
2
1
1
1