little bastien washing machine

I'm sorry, I don't actually know the specific 'little bastien washing machine story'. Maybe it's a personal or very local story that not many people are familiar with.

As I'm not familiar with the 'little bastien washing machine story', it's difficult to say what the main plot is. However, it could potentially be about Little Bastien's relationship with the washing machine. It might be that the washing machine is old and on the verge of breaking down. Little Bastien, out of love for this appliance (maybe it has some sentimental value), tries to keep it running. Along the way, he might face various challenges, like finding rare parts or dealing with the idiosyncrasies of an old - fashioned washing machine, and through this journey, he learns about perseverance and the value of things we often take for granted.

When the Little Swan washing machine displayed the F4 fault code and there was no feedback from the motor, the following reasons could be possible: This was a variable frequency washing machine. After starting up, the motor had to run forward and backward several times. After the computer board received the speed signal, it would execute the procedures of water intake, washing, drainage, etc. If the signal was abnormal, the machine would display the fault code and alarm, and the motor would not run. First, turn the wavy wheel by hand. If there is no blockage and the connection between the computer board and the motor is normal, the next inspection can be carried out. This model uses Pantheon's DC-variable frequency Brushless integrated motor with six wires: the blue wire is the common ground wire (Ground), the red wire is the DC300V power supply wire (V <anno data-annotation-id ="00000004 - 4444 - 4444 - 8888 - 9999 - 99999999999999"> ADC </anno>, the orange wire is the speed control wire (VSP), the brown wire is the +15V power supply wire (VCC) of the motor's internal signal processing circuit, the white wire is the speed feedback signal output wire (FF), and the yellow wire is the control wire (F/R) of the running direction. Power up and measure the voltage of each lead of the motor to the ground (black pen connected to the blue lead as the ground). Press the "Power" button on the computer board and measure. If the voltage on the brown wire fluctuates between 0.6V -15V, cut off the brown wire of the motor and measure again. If the 15V voltage output from the computer board is still unstable, it may be an abnormality of the computer board. For example, there was a case where the switching power supply (closed black square box) circuit on the computer board was found to output two sets of voltage,+12V and +15V. The +15V voltage was mainly supplied to the processing chip inside the motor. After measurement, it was found that the copper foil between the +15V output end of the switching power supply and the connecting socket seemed to be broken. After connecting it with wires, the fault was eliminated. In order to quickly determine and distinguish the fault range of the computer board and the motor, the following experiments can be carried out: After normal boot,+300V and +15V on the motor are delivered at the same time; after pressing the "Start" button, the VSP (Speed Control) voltage fluctuates between 0V- 3.3V, and the motor runs forward and backward; The feedback voltage of the MG is 15V when the boot is turned on, and the stable voltage is 7.4V when the motor runs; The F/R signal voltage is 3.4V when the motor is rotating forward, and 0V when the motor is rotating backward. He tried to cut off the two leads, the F/R and the IG. The motor could still be started four times, but it only operated in one direction. It can be seen that to determine whether the motor is normal, you only need to add +300V,+15V power supply to the motor, and add about 3V to the VSP terminal. At the same time, separately measure the resistance between the motor leads (Type 47 meter): the black pen is connected to the blue wire, and the red pen is connected to the following ports: the ADC terminal, which has charging and discharge phenomena. The stable resistance is 20k Ohms and 70k Ohms respectively. The resistance of the VCC terminal is 4.4 k Ohms, the resistance of the VSP terminal is 11 k Ohms, the resistance of the BG terminal is 11 k Ohms, and the resistance of the F/R terminal is 14k Ohms or infinity. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

There was no specific information on whether the fruit and vegetable washing machine could wash away the pesticide residue on the coriander. Therefore, it was impossible to determine whether the fruit and vegetable washing machine could effectively remove the pesticide residue on the coriander. It is recommended to use other methods, such as soaking in clear water, rice washing water, salt water, etc., to clean the coriander to ensure food safety.

Try to use less washing powder in the drum washing machine. When using washing powder, it was difficult to completely dissolve. The undissolved washing powder would stick to the inner wall of the washing machine, causing mold, unhygiene, and affecting the life of the washing machine. In addition, when washing clothes with washing powder, there were often residual particles that needed to be rinsed many times to be completely cleaned. Therefore, it is recommended to use laundry washing liquid as much as possible. The laundry washing liquid can better dissolve and penetrate the fabric of the clothes for cleaning to avoid residue and secondary pollution. If you insist on using washing powder, you can first dissolve the washing powder with warm water and then pour it into the washing tank. In addition, the washing box of the drum washing machine generally had a special place for disinfectant. The correct way was to put the disinfectant in the rightmost tank. In short, try to reduce the use of washing powder and choose a washing liquid that is more suitable for the drum washing machine.

I'm sorry, I don't know the specific 'little bastien story'. It could be a very personal or a less - known local story. Maybe it's about a boy named Bastien and his adventures, like his experiences in school, with his friends, or in his family.

There were usually two types of signs that prohibited machine washing: round signs and cross signs. The circular sign meant that machine washing was prohibited, and it usually appeared together with other signs, such as no drying, no rinsing, and so on. The cross sign indicated that any processing, including machine washing, was prohibited.

Maybe it's for some comical or fantastical element. Cartoons often have wild and unexpected scenarios for entertainment.

A washing machine cartoon usually shows a cute and colorful image of the machine. It might have big buttons, funny eyes, and maybe even a smiling face.

To open the switch of the washing machine, one first needed to turn off the power of the washing machine to ensure safe operation. Then, use a wrench to remove the switch button on the control panel. Next, loosen the screw on the door switch board and remove the switch board from the washing machine door. Finally, remove the connecting rod that connects the switch button to the switch board to ensure that no wires are broken. When dismantling the washing machine switch, be careful to avoid damaging other parts. If the switch is found to be damaged or faulty, it is recommended to replace the switch in time to ensure the normal operation of the washing machine. If you are not sure how to properly disassemble and replace the switch, it is best to consult a professional for maintenance or for more guidance.