Clean-Geartech 211N, 1 stage coaxial gear, 2,8:1, input 71B14, output 71B14, stainless steel
HV82P211N-F03SI-QB3STOFThis model features a gear size of 211N and a single gear stage configuration, delivering a gear ratio of 2.8:1. The gear housing and mechanical components are manufactured using stainless steel, ensuring compatibility with demanding industrial environments including food processing and pharmaceutical applications.The unit is equipped with a 71B14 gear motor interface on both input and output, allowing for standardized motor integration. The input shaft diameter is 14 mm, matching the output shaft diameter of 14 mm, facilitating straightforward coupling to surrounding mechanical systems.The gear unit provides 85 BCD on both input and output sides, enabling reliable alignment and mounting in modular assemblies.With a mechanical efficiency of 98%, the Clean-Geartech 211N ensures minimal energy losses during operation, making it suitable for continuous-duty performance in automated and hygienic environments.
Specifications
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€537.00
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HS-Code
84834021.000000
Material
Stainless steel
Ratio
2,8:1
BCD input
85
BCD output
85
Gear stages
1
Efficiency (%)
98
Gear output shaft (mm)
14
Gear input shaft (mm)
14
Gear motor interface
71B14
Gear size
211N
Output speed at 1400 RPM
500
Max output torque (Nm)
14
Max kW input at 1400 rpm
0.75
Mounting position
B3
Oil
Mobil SHC Cibus 320 NSF H1
Producer
Clean-Geartech
Description
The Clean-Geartech 211N is a precision-engineered single-stage helical gear reducer with a 2.8:1 ratio, designed to meet rigorous demands in industrial and hygienic environments. Manufactured by Clean-Geartech—a leading brand known for high-efficiency, corrosion-resistant transmission solutions—this gearbox combines excellent mechanical performance with superior material qualities. Built from stainless steel, it is ideally suited for use in food processing, pharmaceutical manufacturing, chemical production, and other harsh or washdown environments. With a compact design and impressive 98% mechanical efficiency, it offers optimal torque transmission and long service life for technical professionals seeking reliable power delivery in demanding applications.Key Features and Benefits:
• Made entirely from stainless steel (SS), including housing, input and output shafts—ensuring outstanding corrosion resistance and suitability for wet, sterile, and aggressive environments. • High mechanical efficiency of 98% minimizes energy losses, increasing overall system performance and lowering operating costs in continuous-duty applications. • Compact 1-stage design enables easy integration in constrained spaces, reducing required installation footprint without compromising torque transmission. • Gear input shaft diameter of 14 mm is compatible with a wide range of motor coupling options, offering flexibility in mechanical system design. • Gear output shaft diameter also at 14 mm, supporting balanced and uniform torque delivery to downstream machinery or processing equipment. • Gear motor interface: 71B14 standardized input flange ensures seamless connection with IEC standard motors, simplifying installation and maintenance. • Gear ratio of 2.8:1 delivers precise speed reduction and torque multiplication for optimum control in automated production lines and robotic systems. • Gear size 211N and BCD dimensions (input and output) of 85 mm are standardized for compatibility with modular systems in industrial settings. • Single gear stage configuration reduces mechanical complexity, increasing reliability and simplifying troubleshooting during field servicing. • Ideal for engineers and technical specialists designing hygienic or chemically exposed machinery requiring durability, reliability, and precision power transmission.
• Made entirely from stainless steel (SS), including housing, input and output shafts—ensuring outstanding corrosion resistance and suitability for wet, sterile, and aggressive environments. • High mechanical efficiency of 98% minimizes energy losses, increasing overall system performance and lowering operating costs in continuous-duty applications. • Compact 1-stage design enables easy integration in constrained spaces, reducing required installation footprint without compromising torque transmission. • Gear input shaft diameter of 14 mm is compatible with a wide range of motor coupling options, offering flexibility in mechanical system design. • Gear output shaft diameter also at 14 mm, supporting balanced and uniform torque delivery to downstream machinery or processing equipment. • Gear motor interface: 71B14 standardized input flange ensures seamless connection with IEC standard motors, simplifying installation and maintenance. • Gear ratio of 2.8:1 delivers precise speed reduction and torque multiplication for optimum control in automated production lines and robotic systems. • Gear size 211N and BCD dimensions (input and output) of 85 mm are standardized for compatibility with modular systems in industrial settings. • Single gear stage configuration reduces mechanical complexity, increasing reliability and simplifying troubleshooting during field servicing. • Ideal for engineers and technical specialists designing hygienic or chemically exposed machinery requiring durability, reliability, and precision power transmission.
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