Siemens Dryer 8kg WT46G400GC

Siemens Dryer 8kg WT46G400GC

WT46G400GC Dryer

• Energy consumption 561.0 kWh per year, based on 160 drying cycles of the standard cotton programme at full and partial load, and the consumption of the low-power modes. Actual energy consumption per cycle will depend on how the appliance is used
• Energy consumption of the standard cotton programme at full load 4.63 kwh and energy consumption of the standard cotton programme at half load 2.61 kwh
• power consumption in off-mode 0.1 W and in left-on mode 0.75 W
• Duration of left-on mode: 0 min
• The programme Cotton cupboard dry used at full and partial load is the standard drying programme to which the information in the label and the fiche relates, this programme is suitable for drying normal wet cotton laundry and is the most efficient programme in terms of energy consumption for cotton
• Weighted programme time of the standard cotton programme at full and partial load: 106 min
• Programme time of the standard cotton programme at full load 137 min and programme time of the standard cotton programme at partial load 82 min
• Condensation efficiency class B on a scale from G (least efficient) to A (most efficient
• Average condensation efficiency of the standard cotton programme at full load 88 % and average condensation efficiency of the standard cotton programme at partial load 88 %
• Weighted condensation efficiency for the standard cotton programme at full and partial load: 88 %
• Noise level: 65 dB (A) re 1 pW
• Special programmes: woollen finish, mix, outdoor, timeprogramm warm, timeprogramm cold, hygiene, lingerie, shirts 15 options
• Anti crease cycle 120 min at the end of the programme
• Touch control buttons: Low Heat, Buzzer, less ironing, end time delay, programme length, start/pause, Fine-tuning of drying aim, 24 h end time delay comfort and safety
• Anti crease cycle 120 min at the end of the programme
• Auto-Dry technology
• Soft Dial
• Large LED-Display for remaining time and 24 h end time delay, programme status indication, special functions