WD-1409FD - Vaskemaskine LG - Gratis brugsanvisning og manual

BRUGSANVISNING WD-1409FD LG

Item	Description of the procedure	Parameter
1.	Based on the direction of a line with an appropriate level of injection to the injection, which is required by the injection and the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount (in %)	100 gm
2.	Using the injection amounts of a line with the 'Take into' line with an injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of the injection amount of 100 gm	100 gm
3.	The injection amounts are not directly taken from any method, but they can be used for extraction or testing if they are required to be applied. The injection amounts are calculated using a linear model (e.g., 12 × 10^4 for each method) and then used in a linear model (e.g., 12 × 10^4 for each method). The injection amounts are calculated using a linear model (e.g., 12 × 10^4 for each method). The injection amounts are calculated using a linear model (e.g., 12 × 10^4 for each method). The injection amounts are calculated using a linear model (e.g., 12 × 10^4 for each method).	100 gm
4.	The injection amounts are not directly taken from any method, but they can be used for extraction or testing if they are required to be applied. The injection amounts are calculated using a linear model (e.g., 12 × 10^4 for each method). The injection amounts are calculated using a linear model (e.g., 12 × 10^4 for each method). The injection amounts are calculated using a linear model (e.g., 12 × 10^4 - 100% for each method). The injection amounts are calculated using a linear model (e.g., 12 × 10^4 - 100% for each method).	100 gm
5.	The injection amounts are not directly taken from any method, but they can be used for extraction or testing if they are required to be applied. The injection amounts are calculated using a linear model (e.g., 12 × 10^4 for each method). The injection amounts are calculated using a linear model (e.g., 12 × 10^4 - 100% for each method). The injection amounts are calculated using a linear model (e.g., 12 · 10^-6 for each method). The injection amounts are calculated using a linear model (e.g., 12 · 10^-6 - 100% for each method).	100 gm
6.	The injection amounts are not directly taken from any method, but they can be used for extraction or testing if they are required to be applied. The injection amounts are calculated using a linear model (e.g., 12 × 10^4 for each method). The injection amounts are calculated using a linear model (e.g., 12 × 10^4 - 100^% for each method). The injection amounts are calculated using a linear model (e.g., 12 · 10^-6 - 100^% for each method).	100 gm
7.	The injection amounts are not directly taken from any method, but they can be used for extraction or testing if they are required to be applied. The injection amounts are calculated using a linear model (e.g., 12 × 10^4 for each method). The injection amounts are calculated using a linear model (e.g., 12 · 10^-6 - 100^% for each method). The injection amounts are calculated using a linear model (e.g., 12 · 10^-6 - 100^% for each method).	100 gm
8.	The injection amounts are not directly taken from any method, but they can be used for extraction or testing if they are required to be applied. The injection amounts are calculated using a linear model (e.g., 12 × 10^4 for each method). The injection amounts are calculated using a linear model (e.g., 12 · 10^-6 - 100% for each method). The injection amounts are calculated using a linear model (e.g., 12 · 10^-6 - 100^% for each method).	100 gm
9.	The injection amounts are not directly taken from any method, but they can be used for extraction or testing if they are required to be applied. The injection amounts are calculated using a linear model (e.g., 12 × 10^4 for each method). The injection amounts are calculated using a linear model (e.g., 12 · 10^-6 - 100 ^% for each method). The injection amounts are calculated using a linear model (e.g., 12 · 10^-6 - 100^% for each method).	100 gm
Technical Specification
None specified	Treatment requiring one dose dose:	5 g
Yes specified	No dose:	5 g
No dose:	Yes dose:	5 g
Weight:	Weight: (kg/m2·kg)	5 g

Additional programs

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Time Delay

Setting "Time Delay" determines when machine stops.

- Press Power button.

- Turn the Program dial to select the program you require.

- Press the Start/Pause button.

Favorite

- Favorite progr

- To make a fan (5) Erjard a

(1) Select

The course (7) Purn and

(3) Hold and The Favor

То ящая т

Intensive

If the laundry is

- by selecting to depending on

- To win this op

Medic Rin

For best results

Available for the Medic Fibre it:

The perspective

m = 311

Cleaning and Maintenance

▲ Burnover: Before cleaning the washing murr

1. Stock. We are trading for buying, markets, stocks, and bonds to investors who are trading in the stock of

Cleaning the water inlet filter

(1) (2) (3)

(1) 2017年1月1日

图 1

(1) ① 等 ② ③ ④ ⑤

Turn off the water tap. Uncrew the water inlet now. Pull out the water inlet filter. Clean the filter using a inlet bottle inlets. Tighten up the inlet to

1. 100% 100% 100% 100%

Cleaning the drain pump filter

□ □ □ □

(1) ① ② ③ ④ ⑤

① 1

(√) ∽→ (×) ∽

Open the lower cover Unplug the drain plug Remove any after cleaning, turn Close the lower

cap. Brain plug to pull out the June. Then open the filter extraneous matter the pump filter and cover cap by turnout to the left from the pump filter joined the down plan

(2) 2014年1月1日（星期六）至2014年1月30日（星期六）的交易均价

Cleaning the dispenser drawer

□□□□□

Once you

have finished cleaning replace

The drawing of the paper is a simple line drawing and must be ignored.

Set a copy Open the drawer Open inside the Invert the drawer non a reset cycle without laundry

For so, die dipenter drawers Ostari de daugnen draver under Tor- Ostari insoz der insses with an 60 Inset der spafen dower

ing water bathforcell

■Urbs in ourd

Cleaning in general Important: Do not use methylated spirits, solvents or similar products.

Exterior Interior

Project Care of your working machine can extend its service life. The outside of the machine can be cleaned with warm water and

a neutral non-abstive household detergent. Immediately wipe off any spillage. Wipe with lamp-90th. Avoid striking the surface with glass. Run washing machine through a complete cycle using hot water.

sharp objects. Never have down the machine! Repeat process if necessary.

The Ground Truth image displays a single, solid horizontal line. According to Rule 2 (UNDERSCORE & LINE RULES), this is a stylistic or background line, not a placeholder underscore. Therefore, the OCR result must ignore it and output nothing or only meaningful text. The provided OCR content is "____", which consists of four underscores. This is an incorrect interpretation of the line as a placeholder, violating the rule that stylistic lines must be ignored. The OCR has hallucinated underscores where none should exist based on the GT's visual context. Hence, the OCR result is inconsistent with the Ground Truth.