The estimated cost of ownership for the first year of the LG F71P12WHS clothes washer is £102.13 for the EC2V, London, ENG. The cost of consumed electricity will be £36.46. The cost of consumed water will be £23.0. The cost of using the sewer will be £23.0 for this clothes washer.

The cost of ownership calculation is based on an average of 3.8 clothes washer loads per week.

TCO for 1 year

Cost of ownership:

102.13£
TCO for 3 years

Cost of ownership:

307.32£
TCO for 5 years

Cost of ownership:

513.88£
TCO for 10 years

Cost of ownership:

1036.39£
Lifetime cost 13 years

Cost of ownership:

1347.31£

Description

Introducing the LG F71P12WHS Clothes Washer, a powerful FREE_STANDING machine that boasts an impressive energy efficiency index of 90.9 and a water consumption rate of 68. With a rated capacity of 17, this washer is perfect for large families or those with heavy washing needs. The noise level during spinning peaks at 74 decibels, but drops to just 59 decibels during the washing cycle - ensuring peace and quiet while your clothes get cleaned. Equipped with advanced features such as moisture control and silver ion release (optional), this washer ensures that every load comes out fresh, clean and smelling great!

Specifications

Brand

LG
Model

F71P12WHS
Type

Free standing
Airborne acoustical noise emissions (spinning phase) (dB)

74
Weighted remaining moisture content (%)

53
Spin-drying efficiency class

B
Water consumption [per cycle, eco 40-60 programme] (litres)

68
Airborne acoustical noise emission class (spinning phase)

B
Energy Class

E
moistureHalf

53
Off-mode (W)

0.5
moistureRated

53
Capacity (Kg)

17
Spin speed (Half) (rpm)

1060
Depth (cm)

77
Width (cm)

70
Spin speed (Rated capacity)

1060
Height (cm)

99
moistureQuarter

53
Delay start (W)

4
Standby mode (W)

0.5
Spin speed (Quarter) (rpm)

1060
Minimum duration of the guarantee offered by the supplier (months)

24
Available On Market

[2020, 8, 20]
Energy consumption [per cycle, eco 40-60 programme] (kWh)

1.007
Maximum temperature inside the treated textile (Half) (°C)

50
Maximum temperature inside the treated textile (Rated capacity) (°C)

51
Networked standby

2
Rinsing effectiveness (g/kg)

5
Weighted energy consumption [per 100 cycles, eco 40-60 programme] (kWh)

101
Energy efficiency Index (EEI)

90.9
Maximum temperature inside the treated textile (Quarter) (°C)

37
Programme duration (Half) (min)

179
Programme duration (Rated capacity) (min)

239
Washing efficiency index

1.04
Programme time of the "standard 60 °C cotton programme" at partial load (min)

169
Washing efficiency index

1.031