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Helical Gear Motor for Cement Plant

Helical Gear Motor for Cement Plant Specification

Cooling Method
IC411 Surface Cooled

Pressure
Standard atmospheric

Rated Voltage
380V/415V

Ambient Temperature
-20C to +45C

Bearing Type
Deep Groove Ball Bearing

Torque
Up to 7000 Nm

Standard
IS, IEC, DIN

Motor Type
Helical Gear Motor

Features
High torque transmission, compact design, low maintenance, energy efficient

Starting Type
Direct-On-Line (DOL)

Current Type
AC

Poles Number
2/4/6/8 Poles

Rated Frequency
50/60 Hz

Sealed Type
Sealed

Noise Level
Below 70 dB

Horse Power
Up to 75 HP

Voltage
415V AC

Efficacy
IE2/IE3 High Efficiency

Power Rating
0.25 kW to 55 kW

Product Type
Gear Motor

Output Power
Up to 55 kW

Frequency (MHz)
50/60 Hz

Protect Feature
IP55, Dust and Water Protected

Phase
Three Phase

Speed
Up to 1400 RPM

Power
Variable as per requirement

Color
Blue/Grey

Dimension (L*W*H)
Customized as per requirement

Weight
Depends on model (Approx. 40-220 kg)

Shaft Diameter
Customized

Mounting Type
Foot/Flange Mounted

IP Rating
IP55

Duty Cycle
S1 Continuous

Cooling Fan
Integrated Axial Fan

Casing Material
Cast Iron/Aluminum

Allowed Overhung Load
High

Service Factor
1.0 - 1.5

Vibration Level
Low, As per IS Standard

Input Method
IEC Motor Coupling

Application
Cement Plant Conveyors, Mixers, Crushers, Kiln Drives

Installation Position
Horizontal/Vertical

Insulation Class
F/H

Gear Ratio
3.6:1 to 100:1

Lubrication Type
Oil Immersed

Gear Material
Alloy Steel, Hardened & Profile Ground

About Helical Gear Motor for Cement Plant

High Torque Helical Gear Motor Description

A High Torque Helical Gear Motor is an advanced drive solution designed to deliver maximum torque output with high efficiency and reliability. It combines a robust electric motor with a precision-engineered helical gearbox, ensuring smooth power transmission, reduced noise, and superior load-handling capability.

Built for demanding industrial applications, this gear motor is ideal for heavy-duty machinery and systems requiring powerful starting torque and continuous operation. The helical gear design ensures excellent efficiency, shock-load resistance, and long service life compared to conventional gear drives.

Key Features:

High torque output with compact and durable construction.
Precision-cut helical gears for smooth and quiet operation.
High efficiency with minimal power loss.
Rugged design suitable for heavy-duty applications.
Available in foot, flange, or shaft-mounted configurations.
Low maintenance and long operational life.

Engineered for Cement Plant Demands

Designed to withstand the harsh conditions of cement plant operations, this helical gear motor excels in heavy-duty applications like conveyors, crushers, and kiln drives. Its robust casing, oil-immersed lubrication, and high-quality hardened gears ensure maximum durability and consistent performance.

Versatile Mounting and Customization Options

With foot or flange mounting, and compatibility for both horizontal and vertical positions, this gear motor adapts seamlessly to varied installation requirements. Its customization options in dimension, shaft diameter, and power output meet diverse cement plant needs efficiently.

Efficiency and Safety Built-In

Operating with IE2 or IE3 high efficiency, the motor reduces energy consumption and operational costs. Integrated with an axial cooling fan, deep groove ball bearings, and IP55 protection, it guarantees reliability, extended service life, and safety against dust and water ingress.

FAQ's of Helical Gear Motor for Cement Plant:

Q: How does the oil-immersed lubrication benefit the helical gear motor's performance?

A: Oil-immersed lubrication minimizes friction and wear, resulting in enhanced gear lifespan and superior thermal management. This system contributes to low maintenance requirements and reliable operation, making it ideal for continuous-duty cement plant applications.

Q: What installation positions are supported for this gear motor in cement plants?

A: The helical gear motor can be installed in both horizontal and vertical orientations. Its versatile design, along with foot or flange mounting options, allows for flexible integration into cement plant systems such as conveyors and mixers.

Q: When is it recommended to use a gear ratio between 3.6:1 and 100:1 in cement plant applications?

A: Selecting a gear ratio within the 3.6:1 to 100:1 range allows for optimal torque and speed adjustments based on the application's requirements. Lower ratios suit high-speed needs, while higher ratios are essential for applications demanding greater torque, such as kiln drives and crushers.

Q: Where are the main application areas for this gear motor in a cement plant?

A: This helical gear motor is primarily used in cement plant conveyors, mixers, crushers, and kiln drives. Its robust construction and high torque capacity ensure dependable performance in these heavy-duty environments.

Q: What process guarantees the high durability of the motor's gears?

A: The gear motor uses alloy steel gears that are hardened and profile ground according to stringent manufacturing standards (IS/IEC/DIN). This process enhances surface strength, fatigue resistance, and precise meshing, ensuring long-lasting operation.

Q: How does the integrated cooling fan contribute to the gear motor's operation?

A: The built-in axial fan maintains an optimal operating temperature by providing efficient surface cooling (IC411 method). This helps prevent overheating during continuous duty cycles, ensuring reliable performance and extended equipment life.

Q: What are the main benefits of choosing this helical gear motor for cement plant equipment?

A: Key benefits include high torque transmission, energy efficiency (IE2/IE3), dust and water protection (IP55), low vibration and noise levels, and reduced maintenance. These features translate to lower operational costs and enhanced productivity in cement manufacturing environments.

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