
1. This series of reducers is manufactured in accordance with relevant technical requirements, featuring a high level of technological content.
2. Hardened spur gear reducer saves space, is reliable and durable, has high overload capacity, and power can reach 132KW.
3. Low energy consumption, superior performance; the reducer efficiency exceeds 95%.
4. Low vibration, low noise, high energy efficiency.
5. The R series helical bevel gear hard tooth surface reducer is made of forged steel material, features a cast iron housing with high rigidity, and the gear surfaces are treated with high-frequency heat treatment.
6. Precision-machined for maintaining shaft parallelism and locating bearing requirements, the reducer assembly with bevel gear drive is equipped with various types of motors, forming an integrated mechanical and electrical system, ensuring the quality characteristics of the reduction motor products.
Performance Features:
1. Small offset output, compact structure, maximizes use of the box space, second and third levels within the same box.
2. Utilizes an integrated cast housing, offering excellent structural rigidity for the housing, which is conducive to enhancing the shaft's strength and extending the bearing life.
3. Installation Methods: Bottom foot installation, flange installation with various sizes of flanges for easy selection.
4. Solid shaft output; flat efficiency is 96% for Level 2, 94% for Level 3, and 85% for R/R combination.
5. The RM series, specifically designed for mixing, can withstand greater axial and radial forces.
Technical Specifications:
Speed Ratio Range: R Basic Type 3.33~289.74, RX Type 1.3~8.65, R/R Combination Type up to 27001
Torque Range: R Basic Model 85~18,000 Nm, RX Model 20~1,680 Nm
Power Range: R Basic Model 0.18~160 kW, RX Model 0.18~132 kW
Structural Form:
R: Flanged Foot Mounting RF: Flange Mounting
R…F: Bottom Flange Mounting RM: Flange Mounting with Extended Bearing Housing
RX: Single-stage Foot Mounting RXF: Single-stage Flange Mounting






























