How to use the automatic washing machine? What does the button inside mean?

Automatic washing machine is to preset n programs in the whole washing process (soaking-washing-rinsing-dehydration).

When washing, select one of the programs, turn on the tap and start the switch of the washing machine, and the whole washing process will be completed automatically. After washing, the buzzer will sound.

As shown above, most washing machines have five buttons, namely: setting, progress, water volume, program and start/pause.

Setup button: The button above shows "Setup Display", that is, you can choose to set "Duration and Times", which will show how much time is left and how much to wash.

Program button: It shows "Laundry Program". There are four modes: soaking, washing, rinsing and dehydration. You can set the time of each process to a few minutes, and the laundry process will show which process is in progress in real time.

Water quantity button: Water quantity selection is displayed on it. There are 8 kinds of water quantity choices, which can be selected according to the laundry quantity.

When the red light often appears, the selected water quantity is: 62L, 46L, 32L,18l; ; The selected water quantity corresponding to red light flashing is: 70L, 54L, 39L and 35L.

Program button: There are 8 washing methods in the program to meet the daily laundry needs. Red lights often appear in the corresponding: standard, dip washing, strong washing, quick washing; Red light flashing corresponds to: home textiles, children's wear, soft washing and self-cleaning.

Start/Pause: This button has two functions. When the washing machine is in standby state, you choose the amount of water and washing method, press this button, and the washing machine will start and start washing clothes.

When the washing machine is working, you press this button, and the washing machine will temporarily stop working; Press it again and the washing machine will continue to work.

Extended data:

Maintenance of common faults of automatic washing machine

1. Stop the water inflow when the water inflow does not reach the set water level.

The pre-compression of the water level control spring of the hydraulic switch is reduced, and the pre-compression of the water level control spring is increased by screwing in the adjusting screw. If the elasticity of the water level control spring becomes smaller or loses its elasticity, the water level control spring should be replaced.

The groove on the cam of water pressure switch is worn or damaged, so the cam should be replaced generally.

2. Water inflow will not stop until it exceeds the set water level.

The air guide joint of the water pressure switch air collection chamber is blocked or leaked. As long as the impurities at the air guide nozzle are removed; Or use 40 1 glue to seal the air leakage. If the air duct is aged, kinked, cracked and leaked, it should be replaced.

Pre-pressure of water level control spring of hydraulic switch is too high. Loosen the adjusting screw slightly to reduce the pre-pressure of the water level control spring.

The reversing ejector pin and transmission parts in the water pressure switch are deformed or damaged. It can be solved by repair and correction, and the water pressure switch should be replaced in severe cases. ?

3. When the program enters the washing state, the motor rotates normally, but the impeller does not rotate.

Fastening screws of motor pulley, clutch pulley and impeller are loose, slipping or broken. Just re-tighten or replace the fastening screws; If the square hole of the impeller becomes round, the impeller should be replaced.

V-belt slips or falls off. Adjust the distance between the motor and the clutch properly, and rub some rosin powder on the V-belt to increase the friction. If the V-belt is aged and deformed, the V-belt should be replaced.

The parts of clutch deceleration mechanism are worn or damaged, so it is generally necessary to replace the clutch assembly. ?

4. When washing, the dehydration barrel rotates accordingly.

The concrete reasons and treatment methods of clockwise rotation of dewatering barrel are as follows:

Loosen the brake band to reduce the braking torque of the brake band on the dewatering shaft, and reinstall the brake band.

The brake band is badly worn or damaged. By rotating the adjusting screw, the position of the pawl can be properly adjusted to increase the braking torque of the brake band on the dewatering shaft, and the brake band should be replaced in severe cases.

The concrete reasons and treatment methods of counterclockwise rotation of dewatering barrel are as follows:

The clutch torsion spring falls off or breaks, or the torsion spring slips due to loose cooperation with the dehydration shaft, which makes the torsion spring lose its check function. As long as the torsion spring is reinstalled or replaced, the reducer should be replaced in severe cases.

Clutch brake band is loose, worn or broken, re-tighten or replace the brake band.

Clutch brake spring or shift fork spring is too soft or broken. Replace clutch brake spring or shift fork spring. ?

5. When washing, the motor runs normally in forward and reverse directions, but the impeller can only rotate in one direction, not in forward direction.

This failure is due to the deformation of the clutch pawl fork or the tightening of the adjusting screw, which makes the pawl work out of place, resulting in the washing shaft and dewatering shaft can not be separated in the washing state.

First, adjust the adjusting screw properly to make the clearance between the pawl fork and the brake lever within the normal range. If the pawl fork is deformed and damaged, it can be repaired and corrected. In severe cases, the pawl fork must be replaced to solve the problem. ?

6. Slow drainage speed

The drain valve is blocked by sundries or the drain hose is bent and deformed. Remove the sundries in the drain valve or replace the drain hose.

The gap between the relief rod and the rubber valve becomes larger, and the gap between the relief rod and the rubber valve decreases appropriately.

The spring in the drain valve is too long or loses its elasticity. Replace the internal spring.

If the damping of the moving core of the drainage solenoid valve is too large or the suction force becomes smaller, remove the rust and dirt in the electromagnet or replace the drainage solenoid valve. ?

7. Poor drainage

Generally, the poor performance of the water pressure switch or air leakage in the air pipeline reduces the air pressure in the gas collection chamber, shortens the total drainage time, and leads to unclean drainage failure.

Just try to find the air leak in the air pipe and seal it with 40 1 glue. If the water pressure switch is damaged, please replace it. ?

8. The braking time is too long after dehydration.

The brake band on the clutch is installed askew, the lining is worn or the fastening screw is loose. Reinstall or replace the brake band.

Brake spring is loose, broken or inelastic. Reinstall or replace the brake spring.

The brake lever is pulled back by the pawl fork, so that the brake belt cannot tightly grasp the brake wheel of the dewatering shaft, and the position of the pawl fork can be adjusted, repaired or replaced.

The moving iron core of electromagnet is blocked by sundries, and the brake lever cannot be restored to its original position. Remove rust and dirt on the moving core of electromagnet or repair electromagnet. ?

9. During dehydration, the dehydration barrel vibrates and makes a lot of noise.

There are sundries between the dewatering bucket and the washing bucket, please remove them.

The balance ring of the dehydration barrel is broken or leaked, which makes the dehydration barrel lose its balance function when it rotates. Replace the balance ring.

If the fastening screw of the flange of the dehydration barrel is loose or broken, fasten or replace the flange.

The dewatering bearing is seriously worn or loose. Tighten or replace the dewatering bearing.