Aluminium Worm Gear Box

Aluminium Worm Gear Box Specification

Gear Type
Helical Worm

Material
Aluminium

Processing Type
Die Cast

Gear Tooth Profile
Worm

Gearing Arrangement
Worm

Direction
Reversible

Output Torque
Up to 350 Nm (varies by model)

Rated Power
0.18 kW to 7.5 kW (varies by model)

Input Speed
1400 RPM to 2800 RPM

Output Speed
14 RPM to 186 RPM (varies by ratio)

Voltage
230V/415V

Efficiency
Up to 85%

Temperature Range
-10C to +60C

Backlash
Low Backlash Design

Mounting Type
Flange / Foot Mounted

Weight
2.5 kg - 40 kg (varies by model)

Output Shaft
Hollow

Surface Finish
Anodized / Powder Coated

Coupling Options
Available on Demand

Application
Conveyors, Packaging Machines, Material Handling, Mixers

Noise Level
Low Noise Operation

Input Shaft
Solid Shaft

Housing Color
Silver Grey

Protection Class
IP55

Frame Size
025 to 150 (varies by series)

Lubrication
Synthetic Oil or Lubricant Provided

Aluminium Worm Gear Box About

We are a trusted NMRV Worm Gear Box Supplier, offering high-quality, durable, and efficient gearboxes for a wide range of industrial applications. Our NMRV worm gear boxes are designed to provide smooth, reliable, and maintenance-free power transmission, ensuring high torque output and optimal performance in automation, material handling, and heavy machinery.

Manufactured using premium-grade materials and precision engineering, our gearboxes are built for long-lasting operation, excellent heat dissipation, and low noise levels. With a compact design and versatile mounting options, these gearboxes are ideal for integration with various motors and industrial systems.

Versatile Mounting and Durable Construction

Designed with both flange and foot mounting options, our worm gear box easily adapts to various installation requirements. Its die-cast aluminium body, available in anodized or powder-coated finishes, ensures excellent resistance to corrosion and wear, making it ideal for harsh industrial settings. The silver grey housing adds a sleek, modern appearance while enhancing durability.

Optimal Performance for Industrial Applications

Engineered with low backlash and a helical worm tooth profile, the gear box delivers smooth, quiet, and efficient power transmission for conveyors, mixers, and packaging machinery. Its IP55 protection rating shields internal components from dust and water, while the use of synthetic lubricants extends operational life. Frame sizes and torque options allow for tailored performance based on application needs.

FAQ's of Aluminium Worm Gear Box:

Q: How is the Aluminium Worm Gear Box installed in different applications?

A: The Aluminium Worm Gear Box is designed with both flange and foot mounting types, allowing flexible installation on various machine configurations, such as conveyors, mixers, and material handling equipment. Installation manuals provide guidance for securing the gearbox according to your chosen mounting type.

Q: What are the lubrication requirements for this gear box?

A: This gear box is compatible with synthetic oils or lubricants, which are either pre-filled or supplied upon request. Regular inspection and maintenance help ensure consistent performance and longevity, especially in demanding industrial settings.

Q: When should you consider using this gear box over other types?

A: Select this Aluminium Worm Gear Box when you require low noise operation, high efficiency (up to 85%), and a robust yet lightweight solution for industrial environments, mainly for machinery that needs precise motion control and reliability.

Q: Where is this gear box commonly used?

A: It is widely employed in conveyors, packaging machines, material handling systems, and mixers, owing to its reliable torque delivery, broad operating temperature range, and robust construction.

Q: What benefits does the IP55 protection class provide?

A: IP55 protection ensures the gear box is safeguarded against dust ingress and low pressure water jets from any direction, making it suitable for environments where operational safety and equipment longevity are priorities.

Q: How does the low backlash design improve application performance?

A: Low backlash facilitates precise movement and positional accuracy, which is critical in automated systems and applications requiring minimal play or vibration for optimal process efficiency.

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