Hydro-Mec 045, worm gear Ø18 hollow shaft, 46:1, input 56B14, aluminium
HV80P045FB07C0-OB3-AGear size: 045 Ratio: 46:1 Gear material: Aluminium Input shaft diameter: 9 mm Output shaft diameter: 18 mm Gear motor interface: 56B14 Input BCD: 65 mm Output BCD: 65 mm Efficiency: 59%This gearbox has an Ø18 mm hollow output shaft and a standard 56B14 flange interface, making it suitable for integration with a range of IEC electric motors. The aluminium housing ensures low weight and corrosion resistance. Ideal for use in automated systems where space and material compatibility are important.
Specifications
Product description
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€176.00
Made to order
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HS-Code
84834025.000000
Material
Aluminium
Ratio
46:1
BCD input
65
BCD output
65
Efficiency (%)
59
Gear output shaft (mm)
18
Gear input shaft (mm)
9
Gear motor interface
56B14
Gear size
045
Output speed at 1400 RPM
30
Max output torque (Nm)
41
Max kW input at 1400 rpm
0.22
Mounting position
B3
Oil
Telium VSF 320
Producer
Hydro-Mec
Description
Product: Hydro-Mec 045 Worm Gearbox, Ø18 Hollow Shaft, 46:1 Ratio, Input 56B14, Aluminium
High Torque Transmission – With a 46:1 reduction ratio, this worm gearbox enables substantial torque multiplication, making it ideal for lifting, positioning, or high-resistance rotary applications in material handling and process machinery.
Compact Housing – Gearbox size 045 and aluminium construction offer a lightweight yet strong structure, suitable for applications requiring space efficiency without sacrificing mechanical strength.
Corrosion-Resistant Materials – The aluminium gear body ensures resistance to rust and wear, allowing long-term use in humid or mildly aggressive industrial environments.
Stainless Steel Ø18 mm Hollow Output Shaft – Ensures high corrosion resistance and durability in food processing, chemical, or outdoor applications where hygiene and environmental exposure are concerns.
Standardised Motor Interface (56B14) – Facilitates easy integration with a wide range of IEC-compliant electric motors, reducing installation time and ensuring compatibility with existing drive systems.
Precision Input Shaft Ø9 mm – Offers reliable connection with motor couplings or direct-drive shafts, ensuring low vibration and smooth power transmission.
Moderate Efficiency at 59% – Typical of worm gear designs, suitable for applications where self-locking capability is a benefit, such as hoists or conveyors.
Suitable for Technical Applications – Designed for engineers and specialists in sectors such as packaging, conveyor systems, environmental controls, and light-duty automation requiring robust and configurable drive solutions.
High Torque Transmission – With a 46:1 reduction ratio, this worm gearbox enables substantial torque multiplication, making it ideal for lifting, positioning, or high-resistance rotary applications in material handling and process machinery.
Compact Housing – Gearbox size 045 and aluminium construction offer a lightweight yet strong structure, suitable for applications requiring space efficiency without sacrificing mechanical strength.
Corrosion-Resistant Materials – The aluminium gear body ensures resistance to rust and wear, allowing long-term use in humid or mildly aggressive industrial environments.
Stainless Steel Ø18 mm Hollow Output Shaft – Ensures high corrosion resistance and durability in food processing, chemical, or outdoor applications where hygiene and environmental exposure are concerns.
Standardised Motor Interface (56B14) – Facilitates easy integration with a wide range of IEC-compliant electric motors, reducing installation time and ensuring compatibility with existing drive systems.
Precision Input Shaft Ø9 mm – Offers reliable connection with motor couplings or direct-drive shafts, ensuring low vibration and smooth power transmission.
Moderate Efficiency at 59% – Typical of worm gear designs, suitable for applications where self-locking capability is a benefit, such as hoists or conveyors.
Suitable for Technical Applications – Designed for engineers and specialists in sectors such as packaging, conveyor systems, environmental controls, and light-duty automation requiring robust and configurable drive solutions.
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