The estimated cost of ownership for the first year of the LG F4Y711WBTA1 clothes washer is £73.84 for the EC2V, London, ENG. The cost of consumed electricity will be £17.61. The cost of consumed water will be £18.27. The cost of using the sewer will be £18.27 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

Price:

599.0£

Cost of ownership:

73.84£

Total:

672.84£
TCO for 3 years

Price:

599.0£

Cost of ownership:

221.97£

Total:

820.97£
TCO for 5 years

Price:

599.0£

Cost of ownership:

370.77£

Total:

969.77£
TCO for 10 years

Price:

599.0£

Cost of ownership:

745.71£

Total:

1344.71£
Lifetime cost 13 years

Price:

599.0£

Cost of ownership:

969.42£

Total:

1568.42£

Description

The LG F4Y711WBTA1 Clothes Washer is a high-performance appliance designed to make laundry day a breeze. With features like TurboWash technology, Steam+, and SmartThinQ compatibility, this washer is perfect for busy households looking to save time and energy. The large capacity drum can handle even the bulkiest loads, while the sleek design adds a touch of modern style to any laundry room. Say goodbye to stains and odors with the advanced cleaning power of this innovative clothes washer from LG.

Specifications

Brand

LG
Model

F4Y711WBTA1
Type

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

71
Weighted remaining moisture content (%)

44.9
Spin-drying efficiency class

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

54
Airborne acoustical noise emission class (spinning phase)

A
Energy Class

A
Off-mode (W)

0.5
Capacity (Kg)

11
Spin speed (Half) (rpm)

1360
Depth (cm)

57
Width (cm)

60
Spin speed (Rated capacity)

1360
Height (cm)

85
Delay start (W)

4
Standby mode (W)

0.5
Spin speed (Quarter) (rpm)

1360
Minimum duration of the guarantee offered by the supplier (months)

24
Available On Market

[2023, 4, 10]
Energy consumption [per cycle, eco 40-60 programme] (kWh)

0.476
Maximum temperature inside the treated textile (Half) (°C)

29
Maximum temperature inside the treated textile (Rated capacity) (°C)

36
Networked standby

2
Rinsing effectiveness (g/kg)

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

48
Energy efficiency Index (EEI)

46.7
Maximum temperature inside the treated textile (Quarter) (°C)

25
Programme duration (Half) (min)

180
Programme duration (Rated capacity) (min)

240
Programme time of the "standard 60 °C cotton programme" at partial load (min)

159
Washing efficiency index

1.031