Younisi China Walk-Behind Scrubber Traction Motor - Reliable Factory Suppliers for Enhanced Propulsion Power
Product Description
Integrated Structural Design
The Younisi walk-behind drive motor features a highly integrated structural design, typically encapsulated with a reduction gearbox into a single drive wheel or drive axle assembly that can be directly mounted at the rear wheel position of walk-behind scrubbers. The motor housing employs a combination of high-strength engineering plastic and aluminum alloy, balancing lightweight construction with durability to meet the strict weight requirements of walk-behind equipment. The internal reduction gearbox utilizes low-noise helical gear transmission, ensuring high transmission efficiency while keeping operating noise to a minimum—particularly suitable for noise-sensitive indoor environments such as hospitals, schools, and offices.
Intuitive Control & Synergy
In terms of control experience, the Younisi walk-behind drive motor works in close coordination with the machine's control system. Through a potentiometer or pressure sensor on the operating handle, it achieves stepless speed control—the harder the operator pushes, the greater the auxiliary thrust output; when the handle is released or pulled backward, the motor automatically decelerates or even provides electromagnetic braking assistance, delivering an intuitive human-machine synergy. This control method requires no additional speed control modules, offers rapid response, and is naturally intuitive, significantly reducing operator training costs.
Safety & High Durability
In terms of safety and durability, the Younisi walk-behind drive motor is equipped with a built-in thermal protection switch. When the motor temperature rises excessively due to prolonged climbing or foreign object jamming, the power is automatically cut off and restores once the temperature returns to a safe range, effectively protecting the motor from thermal damage. The output shaft is manufactured from wear-resistant alloy steel and features double-sealed bearing construction, effectively resisting intrusion from floor wastewater and dust, ensuring long-term stable operation even in damp or dusty conditions.
Modular Maintenance
For installation and maintenance, the Younisi walk-behind drive motor adopts a modular design, secured to the machine chassis with standard bolts for quick and easy assembly and disassembly. The carbon brush caps are externally accessible, allowing for brush condition inspection and replacement without disassembling the entire unit, greatly simplifying after-sales service. Additionally, the motor leads are equipped with waterproof quick-connect plugs for reliable controller connection, facilitating both production assembly and on-site repairs.
Frequently Asked Questions
QWhat type of gear transmission does the Younisi drive motor use?
The internal reduction gearbox of the motor utilizes a low-noise helical gear transmission, which ensures high transmission efficiency while keeping operating noise to a minimum.
QHow does the stepless speed control function work?
It works in coordination with the machine's control system via a potentiometer or pressure sensor on the handle. The motor adjusts its auxiliary thrust based on the operator's push force and automatically decelerates or applies electromagnetic braking when the handle is released or pulled back.
QWhat safety mechanisms are built into the motor?
The motor features a built-in thermal protection switch. It automatically cuts off power if the motor overheats due to prolonged climbing or jamming, and restores operation once temperatures return to a safe range.
QIs the motor protected against water and dust?
Yes. The output shaft is made from wear-resistant alloy steel and features a double-sealed bearing construction, which effectively prevents floor wastewater and dust from entering the motor.
QHow is maintenance simplified for carbon brushes?
The motor is designed with externally accessible carbon brush caps, allowing operators to inspect and replace the carbon brushes quickly without having to disassemble the entire motor unit.
QWhat materials are used for the motor housing?
The motor housing is made from a combination of high-strength engineering plastic and aluminum alloy, offering a durable yet lightweight structure that meets the weight requirements of walk-behind equipment.

