Cycloidal pinwheel reducer manufacturer Shanghai Nuoguang produces WB1510 double-stage cycloidal reducer

Shanghai Nuoguang is a manufacturer specializing in the production of cycloidal pinwheel reducers. The products are smaller in size, better in quality, lighter in weight and more refined in appearance. The cycloidal pinwheel reducer is a machine that achieves deceleration through cycloid pintooth meshing based on the planetary transmission principle with small tooth difference. The machine is divided into horizontal, vertical, biaxial and direct-coupled assembly methods and is suitable for reduction devices and transmission devices in food machinery, printing machinery, textile machinery, pharmaceutical machinery, ceramic machinery, ceramic machinery and various industrial production lines.
Reducer model and reduction ratio:
Single-stage reducer speed ratio models include B, B, B, B, B;
Reduction ratios include,,,,,, ,,,.
The two-stage reducer models are B, B, B, B;
The reduction ratios are,,,,,,,,, respectively.
Technical parameters: Power: .～ Torque: &;～&;
Transmission ratio: Single stage: - Double stage:
, B series micro cycloidal pinwheel reducer has compact structure, The small size is due to the planetary transmission principle, where the input shaft and output shaft are on the same axis, making the model as small as possible.
, smooth operation, low noise, large number of cycloid pin tooth meshing teeth, large overlapping coefficient, and mechanism of mechanical balance to limit vibration and noise to a minimum.
Using a high-speed ratio and high-efficiency single-stage transmission can achieve: the reduction ratio efficiency is above %. If a multi-stage transmission is used, the reduction ratio is even greater.
, Reliable use and long life. Because the main parts are made of high-carbon chromium steel and quenched (R~) to obtain high strength, and some transmission contacts adopt rolling friction, they are durable and have a long life.
, reasonable design, easy maintenance, easy disassembly and installation, minimum number of parts, and simple lubrication. All are lubricated with grease and are not easy to leak oil. Installation and use in any direction make the cycloidal pinwheel reducer deeply trusted by users.
Installation method of cycloidal pinwheel reducer:
Correct installation, use and maintenance of reducer are important links to ensure the normal operation of mechanical equipment. Therefore, when installing the reducer, be sure to assemble and use it in strict accordance with the following installation and use related matters:
Step 1: Before installation, confirm whether the motor and reducer are intact and strictly check all connections between the motor and the reducer. Whether the dimensions of the parts match. Here are the dimensions and fitting tolerances of the positioning boss of the motor, the input shaft and the groove of the reducer.
Step 1: Align the side hole with the dust-proof hole, insert the inner hexagon and tighten it. Then remove the motor shaft key.
Step 1: Connect the motor and reducer naturally. When connecting, it must be ensured that the concentricity of the output shaft of the reducer and the input shaft of the motor is consistent and that the outer flanges of the two are parallel. Inconsistent concentricity may cause the motor shaft to break or the reducer gear to wear.
In addition, it is strictly forbidden to hit with a hammer during installation to prevent excessive axial or radial force from damaging the bearing or gear. Be sure to tighten the mounting bolts before tightening the force bolts. Before installation, wipe the anti-rust oil on the motor input shaft, positioning boss and reducer connection parts with gasoline or zinc-sodium water. Its purpose is to ensure the tightness of the connection and the flexibility of operation and to prevent unnecessary wear.
Before connecting the motor to the reducer, the keyway of the motor shaft should be vertical to the tightening bolt. To ensure uniform stress, first screw on the mounting bolts at any diagonal position but do not tighten them, then screw on the other two mounting bolts at diagonal positions, and finally tighten the four mounting bolts one by one. Finally tighten the force bolt. All tightening bolts need to be fixed and inspected with a torque wrench according to the indicated fixed torque data. The correct installation between the reducer and the mechanical equipment is similar to the correct installation between the reducer and the drive motor. The key is to ensure that the concentricity of the reducer output shaft and the driven part shaft is consistent.