Miele PDR 910 G Plan D'installation page 23

Possible voltage options
208/240 V 60 Hz 2 Ph
Power source
Total amps
Maximum fuse rating (time-delay fuse)
Minimum current
Supplied power cable
Supply air
Recommended free air intake cross-section into the room:
(equivalent to 3 times the exhaust air cross-section of a machine).
There must be sufficient air intake to the installation site to match the air outlet volume.
Exhaust air/exhaust gas
Maximum nominal volume flow rate
Maximum permitted pressure loss
Connector on machine side (external diameter)
Connection pipe provided on site (internal diameter)
Maximum exhaust air/exhaust gas temperature
This tumble dryer is a gas fuel-burning installation without flow safeguarding equipment with a fan behind the heat exchanger (type:
B22). The exhaust air/exhaust gas line must be leak-tight. The gas connection must be carried out according to the national and local
regulations and – depending on the national codes – is subject to approval or acceptance.
As relative humidity inside the exhaust ducting can be as high as 100%, suitable measures must be taken to prevent a backflow of con-
densate into the machine.
Machine data
Machine width, total
Machine height, total
Machine depth, total
Niche width
Minimum wall spacing (up to the back edge of the lid)
Packaging width
Packaging height
Packaging depth
Maximum gross volume
Maximum gross weight
Maximum net weight
Max. floor load in operation
Diameter of exhaust duct
Drum diameter
Diameter of drum opening
Drum depth
Drum volume
Door opening diameter
Maximum door opening angle
Emission sound pressure level
Sound power level
en - Technical data
208/240 V
3 x AWG14 with NEMA 6-15P plug
4" (100 mm)
4" (100 mm)
176°F (80°C)
27 9/16" (700 mm)
40 3/16" (1,020 mm)
30 1/16" (763 mm)
32 5/16" (820 mm)
15 3/4" (400 mm)
29 15/16" (760 mm)
47 13/16" (1,215 mm)
32 5/16" (820 mm)
176 lb (80 kg)
159 lb (72 kg)
4" (100 mm)
25 9/16" (649 mm)
17 13/16" (452 mm)
21 5/8" (550 mm)
17 3/8" (442 mm)
50 dB (A) re 20 µPa
60 Hz
2 Ph
1.5 A
15 A
1.5 A
339 cm²
310 m³/h
400 Pa
757.2 L
853 N
180 L
180°
58
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