Tailong S-Series Modular Reducer Introduction

Tailong S-Series modular reducers are high-performance transmission components characterized by a hollow shaft mounted design and integrated bevel-helical gear structure. Engineered for space-constrained heavy-duty industrial scenarios, this series combines compact dimensions with robust load-bearing capacity, becoming a preferred solution for equipment requiring direct shaft installation and efficient power transmission.

Crafted with high-strength alloy steel gears, the S-Series undergoes precision carburizing quenching and grinding processes, achieving a tooth surface hardness of HRC 58-62 and ISO 6-level gear precision. The optimized bevel-helical gear meshing design not only enhances transmission stability but also boosts efficiency to 94%-97%, significantly reducing energy loss and operating noise (≤72dB under rated load). The rigid cast iron housing is subjected to stress relief treatment, effectively suppressing vibration and ensuring structural durability under continuous high-load operation.

Modularity empowers the S-Series with flexible configurations, including hollow shaft with flat key, shrink disk connection, and torque arm mounting options. It supports input power ranging from 0.75kW to 45kW, output torque up to 9500N·m, and speed ratios spanning 3.81-314.89, seamlessly matching asynchronous, servo, and stepping motors via standardized interfaces for diverse application needs.

Equipped with IP65/66-level protection, the series resists dust, heavy water splashing, and mild corrosive media, adapting to harsh working environments with temperatures ranging from -20℃ to +45℃. Its sealed lubrication system uses high-grade extreme-pressure gear oil, enabling maintenance-free operation for up to 15000 hours, while enhanced sealed bearings prevent oil leakage and extend service life.

Widely applied in belt conveyors, bucket elevators, mixers, and metallurgical auxiliary equipment, the S-Series excels in material handling, mining, and construction industries. Its shaft-mounted design simplifies installation, saves space, and reduces alignment errors, lowering equipment downtime and maintenance costs for industrial users.