Hydromec 211A, 1 stage coaxial gear, 8,29:1, input 63B14, output 71B14, aluminium

HV80P211A-F07SI-PB3ST

This gear unit features a gear ratio of 8.29:1 and is built with 1 gear stage, ensuring a straightforward and reliable transmission configuration. The gear size 211A enables compatibility with standard mounting dimensions within the series.The mechanical connection is established via a gearmotor interface of type 63B14 at the input side. The unit supports a gear input shaft diameter of 11 mm and an output shaft diameter of 14 mm. The output is designed to match a 71B14 flange configuration.Constructed in aluminium, the housing delivers adequate strength with advantages in weight reduction and corrosion resistance for industrial applications requiring robust but lightweight solutions.High operational performance is supported with an efficiency rating of 98%, minimizing energy losses during torque transmission. In terms of rotational data, the unit is rated with a BCD input of 75 and a BCD output of 85.The Hydromec 211A is suitable for use in automation systems, conveyors, and custom drive applications where compact mechanical assemblies and dimensional compliance are key design parameters.

Specifications

Product description

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Made to order

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More Information

HS-Code

84834021.000000

Material

Aluminium

Ratio

8,29:1

BCD input

BCD output

Gear stages

Efficiency (%)

Gear output shaft (mm)

Gear input shaft (mm)

Gear motor interface

63B14

Gear size

211A

Output speed at 1400 RPM

169

Max output torque (Nm)

Max kW input at 1400 rpm

0.36

Mounting position

Oil

Telium VSF 320

Producer

Hydro-Mec

Description

Robust Aluminium Construction – The gear housing is manufactured from lightweight yet durable aluminium, offering excellent thermal conductivity and corrosion resistance. This makes it suitable for demanding environments such as food processing, chemical plants, and marine applications.
Compact Design – The 211A gearbox features a compact form factor, making it easy to integrate into machinery with constrained installation space without compromising on performance.
Precision Gear Ratio – With a gear ratio of 8.29:1, this gearbox is optimized for torque multiplication and speed reduction, providing high-output torque for precision-driven industrial processes.
Versatile Shafting – Equipped with an 11 mm input shaft and a 14 mm output shaft, the gearbox supports standard coupling options and enables flexible integration with motors and drive systems.
Standardized Motor Interface – Incorporates a Gear Motor Interface of 63B14, allowing for seamless assembly with IEC-standard motors, simplifying mechanical and electrical integration into existing systems.
Superior Load Handling – The single-stage gear configuration is designed for high reliability and low backlash, delivering stable and accurate performance in applications such as automation lines, packaging equipment, and processing machinery.
Application Versatility – Ideal for use across various industrial sectors including material handling, conveyor systems, robotics, and precision machining due to its high performance, low maintenance, and robust design.
Quick Installation and Maintenance – The uncomplicated mechanical structure of the 211A model supports fast installation and minimal ongoing maintenance, reducing machine downtime and operational costs.
Compact Gear Size 211A – The standardized gearbox size 211A ensures compatibility with a wide range of mechanical setups, allowing engineers to exchange and upgrade components with ease in modular system designs.
High-Performance Brand – Hydro-Mec is a renowned European manufacturer specializing in modular, high-efficiency gearboxes and drive systems. Known for engineering reliability, precise build quality, and commitment to innovation, Hydro-Mec products are widely trusted by mechanical engineers and automation experts globally.
Streamlined Power Transmission – The single-stage gear setup minimizes transmission complexity while delivering consistent output power for tasks involving repetitive motion and high cycling, such as in automated warehousing systems and CNC machines.