| Payment Type: | L/C,T/T,D/P |
| Incoterm: | FOB,DDP,CFR,DDU,CIF |
| Transportation: | Ocean,Land,Air,Express |
| Port: | 天津,大连,广州 |
Whether CNC Machining: Cnc Machining
Types Of: Other Machining Services
Machinable Materials: Stainless Steel
Whether Micro Processing: Not Micro Machining
Place Of Origin: China
| Selling Units | : | Set/Sets |
| Package Type | : | According to customer requirements |
| Picture Example | : |
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The principle of the wiper motor is: 1. Basic principle: The wiper motor is driven by the motor. The rotating motion of the motor is converted into the reciprocating motion of the Wiper Arm through the linkage mechanism, thereby realizing the wiper action. Generally, the motor is turned on to make the wiper work. By selecting the high speed Low speed gear can change the current of the motor, thereby controlling the motor speed and thus the scraper arm speed; 2. Control method: The car's wiper is driven by the wiper motor, and a potentiometer is used to control the motor speed of several gears; 3. Structural composition: There is a small gear transmission enclosed in the same housing at the rear end of the wiper motor, which reduces the output speed to the required speed. This device is commonly known as the wiper drive assembly. The output shaft of the assembly is connected to the wiper end mechanical device, and the wiper's reciprocating swing is realized through the fork drive and spring return. The car's wipers are driven by a wiper motor. Use a potentiometer to control the motor speed in several gears. There is a small gear transmission enclosed in the same housing at the rear end of the wiper motor, which reduces the output speed to the required speed. This device is commonly known as the wiper drive assembly. The output shaft of the assembly is connected to the wiper end mechanical device, and the wiper's reciprocating swing is realized through the fork drive and spring return. The electric motor on the Electric Wiper drives the output shaft through the worm gear on the armature shaft and drives the output gear through the idler gear and idler shaft. The output shaft then operates the output arm connected to the wiper linkage. When the motor rotates, the output arm and connecting rod are driven to move forward and backward. A resistor located on the control switch is connected to the motor's armature winding to control the speed of the motor. The driver can flip the switch as needed to cause current to flow into the motor's input circuit.
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