Electric Loader Axle
1.The main deceleration utilizes Olikon bevel gear transmission featuring high teeth, high strength, and low noise.
2.The wheel edge is equipped with an NGW - type planetary deceleration transmission mechanism. Through a grinding process, it achieves high strength, low noise, and has a reasonable and compact design.
3.The cross - section of the axle housing is in a rectangular design, cast from cast steel material, which endows it with good rigidity and large bearing capacity.
4.The braking system adopts clamp disc braking, providing a large braking torque, ensuring stability and reliability.
5.A no - spin anti - slip differential is available as an option.
6.Suitable for 5 - ton loaders.
Introduction:
The electric loader axle is designed for 5-ton electric loaders, featuring an axle housing manufactured through integral casting of cast steel material. The main reducer employs Ollikon spiral bevel gears with high-offset tooth profiles for power transmission, while the wheel-end utilizes an NGW type planetary gear reduction mechanism. A caliper disc brake system ensures reliable braking performance. This engineering solution demonstrates exceptional structural strength, optimized noise reduction characteristics, and enhanced operational stability, meeting rigorous performance requirements for heavy-duty industrial applications.
Main technical parameters:
Total transmission Ratio | 22.853 |
Maximum input torque | 5800N.m |
Load each axle | 30000Kg |
Braking oil pressure | 11Mpa |
Braking capacity | 8.8ml |
Braking moment | 13050N.m |
Oil request for driving axle (API standard) | GL-5:85W/90 Gear Oil (above -12 ℃) |
Oil request for brake | L-HL46 Hydraulic oil |
Maintenance
The upkeep of construction machinery axles requires adhering to the "prevention-centered, compulsory maintenance" guideline. By performing routine cleaning, periodic lubrication, tightening, and component checks, one can promptly identify and address potential problems, avoiding minor malfunctions from escalating into major damages—like bearing seizures causing gear teeth damage or axle fractures. It is recommended to formulate a personalized maintenance schedule considering the equipment’s usage rate and working environment, and prioritize OEM parts to ensure reliable axle performance and prolong the equipment’s service life.
