M Series Inline Helical Gearbox

M Series Inline Helical Gearbox Specification

Gear Type
Helical

Material
High-grade cast iron housing, steel gears

Processing Type
Precision machined and hardened

Gear Tooth Profile
Helical

Gearing Arrangement
Inline

Direction
Bidirectional

Output Torque
Up to 3,200 Nm

Rated Power
Up to 45 kW

Input Speed
Up to 1500 RPM

Output Speed
Varies as per ratio, typically 13-280 RPM

Voltage
Suitable for standard industrial motor ratings (usually 380V/415V)

Efficiency
Up to 96%

Service Factor
1.5 to 2.0

Application
Conveyors, mixers, material handling, general industrial machinery

Paint Finish
Corrosion resistant powder coating

Lubrication
Oil splash lubrication

Noise Level
Low noise operation

Cooling Method
Natural air cooled

Sealing System
Oil seals with gaskets for leak proof performance

Mounting Type
Flange/Foot mounted

M Series Inline Helical Gearbox About

Helical Inline Gear Box Description

A Helical Inline Gear Box is a highly efficient and compact power transmission unit where the input and output shafts are aligned in a straight line. Designed with precision-cut helical gears, this gearbox ensures smooth operation, high torque output, and superior performance, even under continuous industrial loads. Its versatile design makes it suitable for a wide range of automation and heavy-duty applications.

Robust Engineering for Versatile Industrial Use

Designed for a wide range of industrial machinery, the M Series Inline Helical Gearbox is compatible with standard industrial motors and engineered to withstand heavy-duty applications. Its high-grade materials and oil splash lubrication ensure durability and minimal maintenance. Optimum efficiency and quiet operation make it an ideal choice for environments requiring consistent and reliable power transmission.

Superior Sealing and Corrosion Protection

The M Series Gearbox features advanced oil seals and gaskets to provide a leak-proof performance, even in intensive industrial settings. Its powder-coated exterior delivers superior resistance to corrosion, ensuring the gearbox maintains performance and appearance over extended periods, reducing costs associated with repairs or replacements.

FAQ's of M Series Inline Helical Gearbox:

Q: How does the oil splash lubrication system contribute to gearbox longevity?

A: The oil splash lubrication system ensures that all gears and bearings remain continuously lubricated during operation, reducing friction and wear. This mechanism helps prolong gearbox service life and maintains consistent performance with minimal maintenance requirements.

Q: What are the mounting options available for the M Series Inline Helical Gearbox?

A: This gearbox can be installed using either flange or foot mounting configurations, offering flexibility to fit various machinery layouts and industrial requirements.

Q: When should the M Series Gearbox be selected for an application?

A: It is ideal for use in conveyor systems, mixers, material handling, and general industrial machinery when you require high efficiency, low noise, robust build quality, and adaptable mounting solutions.

Q: Where is this gearbox typically used in industry?

A: The M Series Inline Helical Gearbox is widely used in sectors such as manufacturing, logistics, material processing, and any environment that requires reliable power transmission and precise speed control.

Q: What process ensures the durability of the gears and housing?

A: The gears undergo precision machining and hardening, while the housing is constructed from high-grade cast iron and coated with corrosion-resistant powder, ensuring exceptional durability and extended service life.

Q: How does the sealing system prevent oil leakage?

A: Advanced oil seals combined with high quality gaskets create a tight seal around moving parts, effectively preventing oil leaks and protecting internal components from contamination.

Q: What are the benefits of the gearbox's bidirectional capability?

A: Bidirectional operation allows for reversible rotation, enhancing versatility for applications requiring frequent start-stop or load direction changes, thereby increasing the adaptability of machinery.

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