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HV82PI11UNIN030MMINN-TB3ST-OFThe Clean-Geartech VFI I11 worm gearbox Ø42, 16:1, 90B14 input, B3, OF320, stainless steel is designed for demanding industrial environments. Key attributes include input shaft diameter: 24 mm, output shaft diameter: 42 mm, and gear size: I11. The gearbox features a 16:1 gear ratio and an efficiency of 82%. The gear input interface is 90B14 and it supports BCD input: 115 mm, BCD output: 140 mm. The gearing is made from stainless steel AISI 316L to ensure high resistance to corrosion. This configuration is suitable for technical applications requiring reliable stainless steel worm gears.
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€3,378.00
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IP classification
IP66
Country of origin
ITA
HS-Code
84834025.000000
ERP net weight (Kg)
38.500000
Material
Stainless steel AISI 316L
Ratio
16:1
BCD input
115
BCD output
140
Efficiency (%)
82
Gear output shaft (mm)
42
Gear input shaft (mm)
24
Gear motor interface
90B14
Gear size
I11
Output speed at 1400 RPM
88
Max output torque (Nm)
536
Max kW input at 1400 rpm
6
Mounting position
B3
Oil
Mobil SHC Cibus 320 NSF H1
Producer
Clean-Geartech
Description

**Brand/Manufacturer: Clean-Geartech** Clean-Geartech is renowned for delivering advanced, hygienic drive technology solutions, specializing in gear units manufactured from premium materials to meet strict industrial requirements within food, pharmaceutical, chemical, and other demanding sectors. Their innovative approach ensures high durability, corrosion resistance, and reliable performance in challenging environments.
High corrosion resistance due to all major components being manufactured from AISI 316L stainless steel, making the gear ideal for applications with aggressive cleaning protocols or exposure to chemicals.
Worm gear design with a 16:1 ratio provides smooth and precise torque transfer, making it suitable for conveyor systems, dosing pumps, mixers, and machinery requiring high torque at low speeds.
Large Ø42mm output shaft, made of stainless steel, enables transmission of high torques and is optimal for heavy-duty industrial processes where shaft robustness is critical.
Integration-ready with IEC 90B14 gear motor interface simplifies retrofitting and installation into existing drive systems with standard IEC motors.
24mm input shaft diameter ensures multiple coupling options, allowing adaptation to varied motor sizes and configurations.
Compact I11 housing design allows installation in confined machine spaces without compromising performance or accessibility.
Efficiency up to 82% reduces energy losses and operational costs, making it suitable for continuous and energy-sensitive processes.
Hygienic and easy-to-clean surface design is particularly advantageous for food, beverage, and pharmaceutical industries where contamination control is vital.
Extensive application potential in automation, packaging machinery, processing equipment, marine, and environments requiring uncompromising reliability and washdown capability.
High corrosion resistance due to all major components being manufactured from AISI 316L stainless steel, making the gear ideal for applications with aggressive cleaning protocols or exposure to chemicals.
Worm gear design with a 16:1 ratio provides smooth and precise torque transfer, making it suitable for conveyor systems, dosing pumps, mixers, and machinery requiring high torque at low speeds.
Large Ø42mm output shaft, made of stainless steel, enables transmission of high torques and is optimal for heavy-duty industrial processes where shaft robustness is critical.
Integration-ready with IEC 90B14 gear motor interface simplifies retrofitting and installation into existing drive systems with standard IEC motors.
24mm input shaft diameter ensures multiple coupling options, allowing adaptation to varied motor sizes and configurations.
Compact I11 housing design allows installation in confined machine spaces without compromising performance or accessibility.
Efficiency up to 82% reduces energy losses and operational costs, making it suitable for continuous and energy-sensitive processes.
Hygienic and easy-to-clean surface design is particularly advantageous for food, beverage, and pharmaceutical industries where contamination control is vital.
Extensive application potential in automation, packaging machinery, processing equipment, marine, and environments requiring uncompromising reliability and washdown capability.
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