Hydro-Mec 030, worm gear Ø14 hollow shaft, 7:1, input 63B14, aluminium
HV80P030FB01C0-PB3-BThe Hydro-Mec 030 worm gear with Ø14 mm hollow shaft, 7:1 ratio, input 63B14, aluminium is designed for compact power transmission applications. It features a 7:1 gear ratio and a gear size of 030 for standardized compatibility. The unit uses a 63B14 gear motor interface and supports a gear input shaft of Ø11 mm, with a gear output shaft diameter of Ø14 mm. Constructed with a gear housing in aluminium, it offers reduced weight without compromising rigidity. The input BCD is 75 mm and the output BCD is 65 mm. The system operates with an efficiency of 80%.
Specifications
Product description
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€139.00
Made to order
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HS-Code
84834025.000000
Material
Aluminium
Ratio
7:1
BCD input
75
BCD output
65
Efficiency (%)
80
Gear output shaft (mm)
14
Gear input shaft (mm)
11
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
Telium VSF 320
Producer
Hydro-Mec
Description
Product: Hydro-Mec 030, Worm Gearbox Ø14 Hollow Shaft, 7:1 Ratio, Input 63B14, AluminiumKey Features, Benefits & Application Possibilities:
Compact gear size 030 offers space-saving integration in tight installation environments common in OEM machinery and automated systems.
High-efficiency worm gear with 7:1 ratio ensures effective torque multiplication while maintaining stable transmission, ideal for low-speed, high-torque applications such as conveyors and material handling systems.
Aluminium housing provides excellent corrosion resistance and reduced weight, enhancing durability and making it suitable for applications with limited weight allowances or exposure to humidity or wash-down conditions.
14 mm stainless steel hollow output shaft (Ø14 SS hollow shaft) delivers high wear resistance and ensures compatibility with various couplings and output shafts; ideal for food-grade and chemical environments.
11 mm input shaft paired with B14 flange interface (motor size 63B14) ensures easy motor mounting across standard IEC motors, supporting a flexible drive configuration in production lines and industrial automation solutions.
80% transmission efficiency enhances energy savings and reduces heat generation, making it suitable for continuous duty applications requiring efficiency and reliability.
Modular design from Hydro-Mec allows quick customization and replacement, minimizing downtime in industrial systems including pharmaceutical processing, textile machinery, and packing equipment.
The robust internal worm gear assembly supports continuous operation under load, making it suitable for lifting mechanisms, gate systems, and rotary indexing tables. This unit is ideal for systems requiring high durability, moderate efficiency, and precise speed reduction in limited space installations.
Compact gear size 030 offers space-saving integration in tight installation environments common in OEM machinery and automated systems.
High-efficiency worm gear with 7:1 ratio ensures effective torque multiplication while maintaining stable transmission, ideal for low-speed, high-torque applications such as conveyors and material handling systems.
Aluminium housing provides excellent corrosion resistance and reduced weight, enhancing durability and making it suitable for applications with limited weight allowances or exposure to humidity or wash-down conditions.
14 mm stainless steel hollow output shaft (Ø14 SS hollow shaft) delivers high wear resistance and ensures compatibility with various couplings and output shafts; ideal for food-grade and chemical environments.
11 mm input shaft paired with B14 flange interface (motor size 63B14) ensures easy motor mounting across standard IEC motors, supporting a flexible drive configuration in production lines and industrial automation solutions.
80% transmission efficiency enhances energy savings and reduces heat generation, making it suitable for continuous duty applications requiring efficiency and reliability.
Modular design from Hydro-Mec allows quick customization and replacement, minimizing downtime in industrial systems including pharmaceutical processing, textile machinery, and packing equipment.
The robust internal worm gear assembly supports continuous operation under load, making it suitable for lifting mechanisms, gate systems, and rotary indexing tables. This unit is ideal for systems requiring high durability, moderate efficiency, and precise speed reduction in limited space installations.
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