Description
Product: Hydro-Mec 030 Worm Gearbox, Ø14 Stainless Steel Hollow Shaft, 7:1 Ratio, Input: 63B14 Flange, Aluminium Housing
Stainless Steel Hollow Output Shaft (Ø14 mm) – Offers superior corrosion resistance, ideal for use in washdown environments, food-grade applications, and chemically aggressive operational settings.
High Mechanical Efficiency (80%) – Delivers reduced energy losses, enabling optimal power transmission and limiting heat generation, crucial in energy-conscious industrial systems.
Aluminium Gear Housing – Lightweight and corrosion-resistant body suitable for applications where weight and environmental exposure are critical factors, such as conveyor systems and mobile machinery.
Compact Gear Size 030 – Designed for space-limited installations while maintaining mechanical rigidity and consistent performance under load.
7:1 Gear Ratio – Ensures reliable speed reduction and torque multiplication, commonly required in material handling equipment, packaging machinery, and automation systems.
Input Shaft (Ø11 mm) – Compatible with standard motor couplings, simplifying integration into existing drive lines or new automation setups.
Motor Interface 63B14 – Industry-standard flange size allows flexible mounting with IEC-compatible motors, facilitating quick assembly and maintenance.
Designed for Modular Configurations – Easily adaptable with other Hydro-Mec components, supporting a broad range of custom drive solutions without the need for special tooling.
Robust Performance in Challenging Environments – Suitable for continuous operation in both dry and humid conditions, enabling long-term performance with minimal service interruptions.This worm gearbox is an excellent choice for engineers seeking a dependable and corrosion-resistant drive solution with excellent mechanical efficiency and solid adaptability across numerous industrial applications.
Stainless Steel Hollow Output Shaft (Ø14 mm) – Offers superior corrosion resistance, ideal for use in washdown environments, food-grade applications, and chemically aggressive operational settings.
High Mechanical Efficiency (80%) – Delivers reduced energy losses, enabling optimal power transmission and limiting heat generation, crucial in energy-conscious industrial systems.
Aluminium Gear Housing – Lightweight and corrosion-resistant body suitable for applications where weight and environmental exposure are critical factors, such as conveyor systems and mobile machinery.
Compact Gear Size 030 – Designed for space-limited installations while maintaining mechanical rigidity and consistent performance under load.
7:1 Gear Ratio – Ensures reliable speed reduction and torque multiplication, commonly required in material handling equipment, packaging machinery, and automation systems.
Input Shaft (Ø11 mm) – Compatible with standard motor couplings, simplifying integration into existing drive lines or new automation setups.
Motor Interface 63B14 – Industry-standard flange size allows flexible mounting with IEC-compatible motors, facilitating quick assembly and maintenance.
Designed for Modular Configurations – Easily adaptable with other Hydro-Mec components, supporting a broad range of custom drive solutions without the need for special tooling.
Robust Performance in Challenging Environments – Suitable for continuous operation in both dry and humid conditions, enabling long-term performance with minimal service interruptions.This worm gearbox is an excellent choice for engineers seeking a dependable and corrosion-resistant drive solution with excellent mechanical efficiency and solid adaptability across numerous industrial applications.
Specifications
Material
Aluminium
Ratio
7:1
BCD input
75
BCD output
65
Efficiency (%)
80
Gear output shaft (mm)
14
Gear input shaft (mm)
11
Gear input shaft (inch)
75
Gear motor interface
63B14
Gear size
030
Output speed at 1400 RPM
200
Max output torque (Nm)
17
Max kW input at 1400 rpm
0.44
Mounting position
B3
Oil
Mobil SHC Cibus 320 NSF H1
Producer
Hydro-Mec
Foreign trade
HS-Code
84834025
ERP net weight (Kg)
1.05
Country of origin
ITA
