Hydro-Mec 030, worm gear Ø14 hollow shaft, 61:1, input 56B14, aluminium
HV80P030FB07C0-OB3-AIt features a gear size: 030, ratio: 61:1, and a gear motor interface: 56B14. The gear output shaft diameter: 14 mm and input shaft diameter: 9 mm support compatibility with a wide range of mechanical systems. Constructed from aluminium, the housing offers reliable performance at a reduced weight. With a BCD input and output: 65 mm and efficiency: 50%, the unit is optimized for moderate duty cycles. The Ø14 mm hollow output shaft supports streamlined power transmission in compact spaces.
Specifications
Product description
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€138.00
Made to order
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HS-Code
84834025.000000
Material
Aluminium
Ratio
61:1
BCD input
65
BCD output
65
Efficiency (%)
50
Gear output shaft (mm)
14
Gear input shaft (mm)
9
Gear motor interface
56B14
Gear size
030
Output speed at 1400 RPM
23
Max output torque (Nm)
20
Max kW input at 1400 rpm
0.1
Mounting position
B3
Oil
Telium VSF 320
Producer
Hydro-Mec
Description
Manufacturer Description: Hydro-Mec is a leading Italian manufacturer known for producing robust and modular gearbox solutions tailored for industrial applications. Their products stand out for their precise engineering, compact design, and flexibility in configuration. Hydro-Mec gearboxes are trusted by engineers and industry professionals worldwide for their durability and ease of integration into complex mechanical systems.Key Features, Benefits, and Application Opportunities:
Compact Gear Size 030 offers an optimal balance between performance and footprint, ideal for installations with limited space such as conveyor systems, packaging machines, and material handling units.
High Gear Ratio of 61:1 provides significant torque multiplication, making it suitable for applications requiring precise speed reduction such as mixers, screw feeders, and automated positioning systems.
Aluminium Gear Housing ensures a lightweight and corrosion-resistant construction, recommended for use in food processing, pharmaceutical environments, and portable equipment subject to movement or vibration.
Stainless Steel Ø14 Hollow Output Shaft offers superior corrosion resistance and is ideal for hygienic or outdoor environments, including washdown areas, marine installations, or chemical handling systems.
Ø9 mm Input Shaft Interface designed for smooth power transmission and adaptable to a broad range of motor couplings, enabling integration with various motor standards including electric, stepper, or servo motors.
56B14 Motor Mounting Interface supports easy coupling with IEC standard motors, reducing alignment issues and assembly time in conveyor drives, lifting systems, and rotary applications.
Efficiency of 50% typical of worm gear configurations emphasizes self-locking properties, providing added safety in vertical applications or where load holding is critical, such as hoists or tilting units.
Modular and maintenance-friendly design supports quick replacement and adaptable setups in custom machinery design, minimizing downtime and operational costs.
Compact Gear Size 030 offers an optimal balance between performance and footprint, ideal for installations with limited space such as conveyor systems, packaging machines, and material handling units.
High Gear Ratio of 61:1 provides significant torque multiplication, making it suitable for applications requiring precise speed reduction such as mixers, screw feeders, and automated positioning systems.
Aluminium Gear Housing ensures a lightweight and corrosion-resistant construction, recommended for use in food processing, pharmaceutical environments, and portable equipment subject to movement or vibration.
Stainless Steel Ø14 Hollow Output Shaft offers superior corrosion resistance and is ideal for hygienic or outdoor environments, including washdown areas, marine installations, or chemical handling systems.
Ø9 mm Input Shaft Interface designed for smooth power transmission and adaptable to a broad range of motor couplings, enabling integration with various motor standards including electric, stepper, or servo motors.
56B14 Motor Mounting Interface supports easy coupling with IEC standard motors, reducing alignment issues and assembly time in conveyor drives, lifting systems, and rotary applications.
Efficiency of 50% typical of worm gear configurations emphasizes self-locking properties, providing added safety in vertical applications or where load holding is critical, such as hoists or tilting units.
Modular and maintenance-friendly design supports quick replacement and adaptable setups in custom machinery design, minimizing downtime and operational costs.
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