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HV82PI85UNIN040MKINN-RB3-D-OFThe Clean-Geartech VFI I85, worm gear Ø35, 20:1, input 80B14, B3, OF320, stainless steel is engineered for industrial environments requiring reliability and robust materials. Key attributes: Input speed: 100 rpm; Output speed: 120 rpm; Efficiency: 79%; Gear input shaft diameter: 19 mm; Gear output shaft diameter: 35 mm; Ratio: 20:1; Gear size: I85; Gear material: Stainless steel AISI 316L; Gear motor interface: 80B14. This configuration combines a stainless steel build with a worm gear setup for straightforward integration and corrosion resistance in demanding applications.
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€2,286.00
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IP classification
IP66
Country of origin
ITA
HS-Code
84834025.000000
ERP net weight (Kg)
23.300000
Material
Stainless steel AISI 316L
Ratio
20:1
BCD input
100
BCD output
120
Efficiency (%)
79
Gear output shaft (mm)
35
Gear input shaft (mm)
19
Gear motor interface
80B14
Gear size
I85
Output speed at 1400 RPM
70
Max output torque (Nm)
294
Max kW input at 1400 rpm
2.7
Mounting position
B3
Oil
Mobil SHC Cibus 320 NSF H1
Producer
Clean-Geartech
Description

Brand Description: Clean-Geartech is an industry-leading manufacturer specializing in high-performance, stainless steel gear solutions for demanding industrial and engineering applications. Their products are renowned for reliability, hygienic design, and long service life.Product Features & Application Possibilities:
Stainless steel AISI 316L construction ensures maximum corrosion resistance and suitability for aggressive environments, including food processing, pharmaceuticals, and marine industries.
High efficiency rating of 79% minimizes power loss and maximizes energy usage, making it ideal for sustainable and energy-conscious operations.
Worm gear design with a 20:1 ratio provides precise torque control and smooth speed reduction, which is essential for applications requiring high positional accuracy and controlled motion, such as conveyor systems and automated production lines.
Input shaft diameter of 19 mm and output shaft diameter of 35 mm offer compatibility with a wide range of standard industrial motors and mechanical interfaces, simplifying integration into new and existing systems.
80B14 gear motor interface supports direct coupling with IEC standard motors, reducing installation time and system complexity.
Compact I85 gear size allows for installation in tight spaces while maintaining robust performance, supporting layout flexibility in equipment design.
Output torque and performance remain stable over time due to superior wear and chemical resistance of stainless steel parts, ensuring reduced downtime and lower maintenance costs in critical environments.
Designed for hygienically sensitive applications; easy to clean surfaces and resistance to cleaning chemicals make it ideal for processing lines with strict sanitation requirements.
Stainless steel AISI 316L construction ensures maximum corrosion resistance and suitability for aggressive environments, including food processing, pharmaceuticals, and marine industries.
High efficiency rating of 79% minimizes power loss and maximizes energy usage, making it ideal for sustainable and energy-conscious operations.
Worm gear design with a 20:1 ratio provides precise torque control and smooth speed reduction, which is essential for applications requiring high positional accuracy and controlled motion, such as conveyor systems and automated production lines.
Input shaft diameter of 19 mm and output shaft diameter of 35 mm offer compatibility with a wide range of standard industrial motors and mechanical interfaces, simplifying integration into new and existing systems.
80B14 gear motor interface supports direct coupling with IEC standard motors, reducing installation time and system complexity.
Compact I85 gear size allows for installation in tight spaces while maintaining robust performance, supporting layout flexibility in equipment design.
Output torque and performance remain stable over time due to superior wear and chemical resistance of stainless steel parts, ensuring reduced downtime and lower maintenance costs in critical environments.
Designed for hygienically sensitive applications; easy to clean surfaces and resistance to cleaning chemicals make it ideal for processing lines with strict sanitation requirements.
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