Belt conveyor drives Coaxial Helical bevel gearbox

@Coaxial Helical bevel gearbox

series helical bevel gear unit has compact structure, flexible design, outstanding performance, and multiple standard options to meet clients specific application requirements. 

The bevel helical gearbox is an industrial heavy duty gearbox, universally applicable to high power and high torque working conditions. It adopts rigid cast iron housing and the whole structure is compact in modular design. The bevel helical gear unit is characterized by high strength, improved running reliability and increased transmission efficiency. We can provide flange-type output shaft to enable the installation in small spaces.

@Belt conveyor drives gearbox APPLICABLE CONDITIONS

1. Gear circumferential velocity is not more than 16 m/s;

2. High speed spindle speed is not more than 1000 revolutions per second;

3. The working environment temperature for – 40 ~ 45 degrees;

4. Can be a positive direction.

@conveyor drives gearbox  Feature

1. Proprietary modular design, high degree of interchangeability between functional accessories. The bevel helical gear reducer can flexibly fit for a variety of structures, mounting options and uses of different conditions.

2. Polyline shaft arrangement: in the same volume of the gearbox, the center distance is enlarged for greater load capacity.

3. Increased gear mesh overlap, more stable transmission, lower noise.

4. The ‎biomimetic design endows the bevel helical gearbox with a connotation of movement and strength, reflecting our proprietary world-class design concepts.

5. Reasonable stress structure design: stronger body, solid footing.

6. Improved cooling fan and cooling coil is designed to more effectively cool the gear motor at running.

7. More reliable sealing: the output section is sealed with double oil seals, widely applicable to different conditions.

8. CTY/NAK oil seal, is excellent in resistance against high temperature, aging, and wearing. It is more secure and durable in complex and hostile working environment.