---**Product Description – Hydromec 211A Single-Stage Helical Gearbox, 3.38:1 Ratio, Input 56B14, Output 71B14, Aluminium**Hydro-Mec is a trusted and innovative manufacturer based in Italy, renowned for producing high-performance, modular gearbox systems that are easy to assemble, maintain, and integrate into a wide range of industrial applications. Known for combining mechanical precision with optimized efficiency, Hydro-Mec gearboxes are engineered for durability, flexibility, and reliability—making them an excellent choice for demanding environments and critical operations.Key Features, Advantages, and Application Possibilities:
High Mechanical Efficiency (98%): The gearbox operates with minimal power loss, ensuring nearly complete transfer of mechanical energy. This significantly lowers operational costs and enhances system performance. Ideal for applications where energy efficiency is essential, such as automated production lines or high-duty thermal environments.

Single-Stage Gear Design: The 1-stage configuration allows for compact dimensions while still offering solid torque transmission. This makes the unit ideal for constrained installations where high performance is still required, such as compact conveyors or space-saving machinery layouts.

Gear Ratio 3.38:1: Offers optimal torque-output balance for medium-speed reduction applications. Suitable for general automation tasks, mixing systems, or industrial packaging equipment requiring consistent rotational control.

Standardized Motor Interface – 56B14: Enables seamless and quick mounting with standard IEC B14 motors, simplifying system integration and reducing installation time. Best suited for control systems, robotics, and modular drive solutions.

Input Shaft Diameter 9 mm: Supports direct shaft coupling with precise alignment. Perfect for systems where backlash minimization and shaft synchronization are critical, such as servo-drive applications and sensor-calibrated movement systems.

Output Shaft Diameter 14 mm: Allows for a strong and stable transfer of output torque, compatible with many standard coupling hubs. Suitable for mechanical actuators, lift systems, and screw drive assemblies.

Housing Material – Lightweight Aluminium: Offers excellent corrosion resistance while maintaining a low weight profile. Ideal for environments with regular maintenance or transport needs, such as food processing lines or mobile automation systems.

Gear Size 211A: Refers to a compact yet robust housing size suitable for medium-duty loads and applications requiring integrated gearing without compromising on performance. Fits modular systems in material handling, light-duty processing, and dynamic automation setups.

Hydro-Mec Modularity: The unit is designed within Hydro-Mec’s modular system, allowing easy replacement, reconfiguration, and serviceability. Greatly reduces downtime and inventory complexity—vital for production facilities with varied transmission requirements.

High Output Compatibility – Designed for 71B14 flange mounting at the output: This feature increases flexibility and compatibility, ensuring straightforward installation across standardized machinery platforms.

Low Maintenance Requirements: Precision-machined components reduce wear and vibration, extending service intervals and ensuring long-term performance in continuous-duty environments such as factories, pump systems, or energy generation sites.

Versatile Industrial Usage: Its balance of torque, speed, and durability makes this gearbox ideal for a wide range of industrial applications such as conveyor drives, mixers, automated gates, CNC machinery, and robotics.

Brand Reliability – Hydro-Mec Quality Assurance: Manufactured and tested under ISO-certified standards, ensuring consistent performance in demanding technical systems. Engineers and OEMs alike benefit from trusted engineering support and quick lead times.
---This structured and technically focused format should provide engineers and technical specialists exactly the depth and clarity they need to evaluate the gearbox for integration into complex industrial systems.