BL Series Vertical Gearbox Cycloidal Reducer with Motor for Mixer

Product Description

1. Power: 0.37KW ~ 55KW

2. Torque: 150N · m and 20000N · M

3. Transmission ratio: single stage: 9-87

                                  2-stages: 121-7569

                                  3-stages : 2057-658503             

Features :

1, cycloid reducer big reduction ratio, high efficiency: a reduction gear ratio is 9~87, the two-stage reduction gear ratio is 121 ~ 5133, multistage combination can reach tens of thousands, and the needle tooth meshing line type rolling friction, the meshing surface no relative sliding, so a reduction efficiency of 94%.

2, pin wheel reducer smooth running, low noise: the teeth contact at the same time when in operation, the coincidence degree high, stable running, strong overload capacity, low vibration and noise, a variety of models, small noise.

3, the use of reliable, long life: because the main part is made of high carbon alloy steel quenching (HRC58-62), and then grinding, and cycloid gear and pin gear set mesh transfer to the pin gear form rolling friction pair, friction coefficient is small, so that the meshing zone no relative sliding, wear small, so durable.

4, compact structure, small volume: compared with other reducer with the power of the above weight, small volume 1/3, as is the planetary transmission, the input shaft and the output shaft in the same axis, in order to obtain the smallest possible size

Applications :

The machine is divided into horizontal, vertical, biaxial and direct connection, assembly, is the preferred equipment in metallurgy, mining, construction, chemical, textile, light industry.

Maintenances:

1 Use
1.1 Reducers are applicable to system of 24-hour continuous duty and allowed to run forward and reverse.
1.2 Output shaft and input shaft of single reduction reducers have opposite steering while output shaft and input
shaft of double reduction reducers have identical steering.
1.3 Reducers have no self-locking.
1.4 Output shaft of reducer can’t bear axial force.
1.5 Overload protection equipment should be installed on occasions that overload phenomenon may occur.
1.6 Foot-styled horizontal cycloidal pinwheel reducer should be installed on non-vibrating solid horizontal base.
When tilt installation is necessary, inclination of shaft axis of reducer should be in the scope of ±15°.

1.7 When cycloidal pinwheel reducer with vertical flange is installed, output shaft should be positioned straight
down.
1.8 If it needs other special installation types except foot-styled horizontal and vertical flange forms,
corresponding lubricating and sealing measures must be taken to ensure sufficient lubrication of reducer and<