Hydro-Mec 030, worm gear Ø14 SS hollow shaft, 5:1, input 56B14, aluminium
HV80P030FB09I0-OB3-A-OFGear size: 030 Ratio: 5:1 Input interface: 56B14 Input shaft diameter: 9 mm Output shaft: 14 mm stainless steel hollow shaft Gear material: Aluminium Efficiency: 82% BCD input: 65 mm BCD output: 65 mmThis unit combines a compact aluminium housing with a corrosion-resistant stainless steel output shaft, making it suitable for demanding environments where space and material resistance are key factors.
Specifications
Product description
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€199.00
Made to order
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HS-Code
84834025.000000
Material
Aluminium
Ratio
5:1
BCD input
65
BCD output
65
Efficiency (%)
82
Gear output shaft (mm)
14
Gear input shaft (mm)
9
Gear motor interface
56B14
Gear size
030
Output speed at 1400 RPM
280
Max output torque (Nm)
17
Max kW input at 1400 rpm
0.6
Mounting position
B3
Oil
Mobil SHC Cibus 320 NSF H1
Producer
Hydro-Mec
Description
Product: Hydro-Mec 030 Worm Gearbox Ø14 mm SS Hollow Shaft, 5:1 Ratio, Input 56B14, AluminiumKey Features, Benefits, and Application Possibilities:
● Stainless Steel Hollow Output Shaft (Ø14 mm): Offers superior corrosion resistance, making it ideal for use in food processing, pharmaceuticals, chemical handling, and washdown environments.
● Compact Gear Size 030: Small footprint is optimal where installation space is limited, such as in packaging machines, conveyors, and automated guided vehicles.
● Gear Ratio of 5:1: Provides moderate speed reduction with increased torque output, facilitating efficient power transmission in applications requiring controlled motion.
● Input Shaft Ø9 mm: Allows seamless coupling with a wide range of electric motors and input drives, supporting customized configuration in motion control systems.
● Gear Motor Interface 56B14: Complies with IEC standard motor flanges, simplifying motor replacement and upgrading in both new and legacy systems.
● Aluminium Gear Housing: Lightweight yet durable construction ensures excellent heat dissipation and a long lifespan, suitable for continuous-duty cycles in industrial operations.
● 82% Efficiency: Offers high energy conversion efficiency for a worm gearbox, reducing energy loss while optimizing mechanical performance.
● Modular Design by Hydro-Mec: All units are assembled using a modular approach, allowing for flexibility in orientation, interface options, and easy integration into complex automation systems. This gearbox is perfect for technical specialists designing automated assemblies, drive systems, and motion-control platforms across multiple industry sectors where performance, corrosion resistance, and space-saving design are critical.
● Stainless Steel Hollow Output Shaft (Ø14 mm): Offers superior corrosion resistance, making it ideal for use in food processing, pharmaceuticals, chemical handling, and washdown environments.
● Compact Gear Size 030: Small footprint is optimal where installation space is limited, such as in packaging machines, conveyors, and automated guided vehicles.
● Gear Ratio of 5:1: Provides moderate speed reduction with increased torque output, facilitating efficient power transmission in applications requiring controlled motion.
● Input Shaft Ø9 mm: Allows seamless coupling with a wide range of electric motors and input drives, supporting customized configuration in motion control systems.
● Gear Motor Interface 56B14: Complies with IEC standard motor flanges, simplifying motor replacement and upgrading in both new and legacy systems.
● Aluminium Gear Housing: Lightweight yet durable construction ensures excellent heat dissipation and a long lifespan, suitable for continuous-duty cycles in industrial operations.
● 82% Efficiency: Offers high energy conversion efficiency for a worm gearbox, reducing energy loss while optimizing mechanical performance.
● Modular Design by Hydro-Mec: All units are assembled using a modular approach, allowing for flexibility in orientation, interface options, and easy integration into complex automation systems. This gearbox is perfect for technical specialists designing automated assemblies, drive systems, and motion-control platforms across multiple industry sectors where performance, corrosion resistance, and space-saving design are critical.
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