Siemens WT43H002 7kg Energy Class A+ Condenser
Clothes Dryer

Description

Introducing the Siemens WT43H002 Clothes Dryer - a top-of-the-line machine that boasts an impressive energy class rating of AP, making it both eco-friendly and cost-effective. With a capacity to dry up to 7kg of cotton garments in one go, this dryer is perfect for families with multiple loads of laundry. The condenser type feature ensures efficient drying without the need for external ventilation, while the noise level remains at a comfortable 65 decibels. This model also comes equipped with an automatic drying process that guarantees your clothes are treated with care and precision every time. The built-in feature is not included in this model, but its power-off mode consumes only 0.1 watts when left on standby. Other features include programme times that range from 126 to 204 minutes depending on the load size and composition, as well as a condensation energy class rating of B which exceeds industry standards for efficiency. All these cutting-edge features come packaged under the renowned supplier or trademark name

Specifications

• Brand

  Siemens

• Model

  WT43H002

• Type

  Condenser

• Sound power level (weighted average value) (dB)

  65

• Energy Class

  A+

• Power Consumption of the off-mode (W)

  0.1

• Capacity (cotton) (kg)

  7

• Energy Consumption (E dry) (kWh)

  1.96

• Energy Consumption (E dry1/2) (kWh)

  1.16

• Power Consumption of the left-on mode (W)

  0.5

• Programme time of the ‘standard cotton programme at full load’ (T dry) (min)

  204

• Programme time of the ‘standard cotton programme at partial load’ (T dry½ ) (min)

  126

• Available On Market

  [2019, 9, 2]

• Weighted Annual Energy Consumption (kWh)

  243

• Weighted programme time of the ‘standard cotton programme at full and partial load’ (min)

  159

• Automatic tumble dryer

  True

• Condensation efficiency class

  B

• Weighted condensation efficiency (%)

  81

• Average condensation efficiency (C dry) (%)

  81

• Average condensation efficiency (C dry½)

  81