Hydro-Mec 063, worm gear Ø25 SS hollow shaft, 40:1, input 80B14, aluminium
HV80P063FB13I0-RB3-D-OFIt features a gear ratio of 40:1 and an efficiency of 66%, making it ideal for torque-intensive operations. The input shaft measures 19 mm, while the output shaft is a 25 mm stainless steel hollow shaft (Ø25 SS), ensuring corrosion resistance and durability. The housing is made of aluminium, minimizing weight without compromising strength. Designed for versatility, it uses an 80B14 motor interface and has a gear size of 063. The input BCD is 100 mm and the output BCD is 90 mm, supporting standard integration in equipment setups.
Specifications
Product description
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€451.00
Made to order
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HS-Code
84834025.000000
Material
Aluminium
Ratio
40:1
BCD input
100
BCD output
90
Efficiency (%)
66
Gear output shaft (mm)
25
Gear input shaft (mm)
19
Gear motor interface
80B14
Gear size
063
Output speed at 1400 RPM
35
Max output torque (Nm)
140
Max kW input at 1400 rpm
0.78
Mounting position
B3
Oil
Mobil SHC Cibus 320 NSF H1
Producer
Hydro-Mec
Description
Product Name: Hydro-Mec 063, Worm Gearbox Ø25 Stainless Steel Hollow Shaft, 40:1 Ratio, Input 80B14, Aluminium HousingKey Features & Application Advantages:
● Corrosion-resistant Ø25 mm Stainless Steel Hollow Output Shaft ensures long-term durability in washdown and chemically aggressive environments — ideal for food processing, chemical, and pharmaceutical industries.
● Compact size 063 aluminium housing provides a lightweight yet robust structure, significantly reducing system load and contributing to better thermal dissipation — suitable for material handling systems and automation machinery.
● Gearbox gear ratio of 40:1 delivers high torque output at low speeds, making it perfect for conveyor systems, dosing equipment, and lifting applications that require precise, slow rotational movement.
● Standard B14 flange motor interface (80B14) enables easy integration with IEC-standard electric motors, reducing assembly times and simplifying component replacement for engineers and system designers.
● 19 mm Input Shaft offers compatibility with a wide range of drive setups, increasing its flexibility across various mechanical installations.
● Aluminium gear housing offers excellent resistance to corrosion and ensures a favorable strength-to-weight ratio, making it suitable for mobile systems or weight-sensitive assemblies.
● 66% mechanical efficiency balances the trade-off typical in worm gear designs, contributing to dependable performance and reliable duty cycles in continuous or intermittent operations.
● Input/output configuration and modularity provide broad application versatility, including robotics, AGV drive systems, wastewater treatment plants, and packaging lines.This gearbox delivers optimized balance between strength, precision, and adaptability, tailored for technical professionals designing power transmission systems in demanding industrial environments.
● Corrosion-resistant Ø25 mm Stainless Steel Hollow Output Shaft ensures long-term durability in washdown and chemically aggressive environments — ideal for food processing, chemical, and pharmaceutical industries.
● Compact size 063 aluminium housing provides a lightweight yet robust structure, significantly reducing system load and contributing to better thermal dissipation — suitable for material handling systems and automation machinery.
● Gearbox gear ratio of 40:1 delivers high torque output at low speeds, making it perfect for conveyor systems, dosing equipment, and lifting applications that require precise, slow rotational movement.
● Standard B14 flange motor interface (80B14) enables easy integration with IEC-standard electric motors, reducing assembly times and simplifying component replacement for engineers and system designers.
● 19 mm Input Shaft offers compatibility with a wide range of drive setups, increasing its flexibility across various mechanical installations.
● Aluminium gear housing offers excellent resistance to corrosion and ensures a favorable strength-to-weight ratio, making it suitable for mobile systems or weight-sensitive assemblies.
● 66% mechanical efficiency balances the trade-off typical in worm gear designs, contributing to dependable performance and reliable duty cycles in continuous or intermittent operations.
● Input/output configuration and modularity provide broad application versatility, including robotics, AGV drive systems, wastewater treatment plants, and packaging lines.This gearbox delivers optimized balance between strength, precision, and adaptability, tailored for technical professionals designing power transmission systems in demanding industrial environments.
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