Views: 1474 Author: Site Editor Publish Time: 2025-07-02 Origin: Site
The four series of speed reducers generally consist of four series: F, K, R, and S. They are the F series parallel shaft helical gear speed reducer, K series helical gear-bevel gear speed reducer, R series helical gear-hard face speed reducer, and S series helical gear-worm speed reducer.
Modular Design: Supports millions of combinations to adapt to diversified needs.
Low Noise & High Rigidity: Optimized helical gear tooth profile + high-frequency heat treatment, with noise ≤65dB and strong impact resistance of the housing.
Typical Applications: Packaging machinery, conveying equipment, electroplating production lines.
Compact Structure: Two-stage/three-stage gears integrated in the same housing for high space utilization.
Heavy Load Optimization: Specifically designed for mixing, capable of withstanding large axial/radial forces (e.g., chemical reaction kettles).
Convenient Maintenance: Integrally cast housing extends bearing life and reduces downtime.
Right Angle Output: Bevel gears achieve 90° power steering, saving equipment layout space.
High Torque Density: Multi-stage gear combination, with torque output 40% higher than single-stage worm gears.
Scene Adaptation: Crane slewing mechanisms, mine hoisting equipment.
Self-locking Function: Worm gear transmission with reverse self-locking, suitable for vertical lifting equipment (e.g., elevators).
Vibration Resistance & Sealing: Concave-convex heat dissipation design of the housing + IP65 protection, adapted to dusty and humid environments.
Precision Transmission: Helical gear pre-clearance elimination technology meets frequent start-stop scenarios (e.g., automated production lines).
F Series of EEDe Speed Reducers: Mainly applied in light industry, logistics, and printing industries, such as in packaging machine conveyors and sorting systems. It has scene advantages of high-precision synchronous control, energy saving, and noise reduction.
R Series of EED Speed Reducers: Mainly applied in chemical, metallurgical, and building materials industries, such as in mixing kettles, ball mills, and cement rotary kilns. It has scene advantages of high temperature and heavy load resistance, and axial impact resistance.
K Series of EED Speed Reducers: Mainly applied in mining, construction machinery, and port industries, such as in excavator slewing mechanisms and port cranes. It has the scene advantage of right-angle steering adapting to complex layouts.
S Series of EED Speed Reducers: Mainly applied in automation, medical, and food machinery industries, such as in precision filling lines and operating table lifting mechanisms. It has scene advantages of self-locking anti-fall and clean environment adaptation.
For heavy-load scenarios, prioritize EED R/K series. For example, choose the EED R series for impact resistance in metallurgical mines, and choose the EED K series for right-angle steering needs.
For precise control functions, prefer EED F/S series. For example, the EED F series enables efficient synchronization in logistics sorting, and the EED S series provides self-locking and anti-vibration functions for medical equipment.
