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SHRUTI ENGINEERING
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Inline Helical Gear Motor

Inline Helical Gear Motor Specification

Bearing Type
Heavy Duty Ball/Roller Bearings

Poles Number
2, 4, 6, 8 Poles

Horse Power
0.25 HP to 215 HP

Current Type
AC

Efficacy
IE2, IE3 Rated

Torque
Up to 18000 Nm

Sealed Type
Seal Options Available

Cooling Method
Fan Cooled

Power Rating
Varies by model

Starting Type
Direct Start

Rated Voltage
220/380/415V

Ambient Temperature
-15C to 40C

Noise Level
Low

Rated Frequency
50 Hz

Features
Robust Construction, High Load Capacity, Maintenance Free

Voltage
220V/380V/415V

Motor Type
Inline Helical Gear Motor

Standard
IS, IEC

Product Type
Geared Motor

Output Power
0.18 kW to 160 kW

Frequency (MHz)
50/60 Hz

Protect Feature
Totally Enclosed Fan Cooled (TEFC)

Phase
Three Phase

Speed
Up to 2800 RPM

Power
Customizable

Color
Blue

Dimension (L*W*H)
Varies with model

Weight
Model Dependent

Shaft Diameter
Customized

Mounting Type
Foot / Flange / Shaft Mounted

IP Rating
IP55

Gear Type
Helical

Ambient Humidity
95%

Shock Load Capacity
High

Service Factor
1.0 to 2.0

Vibration Level
2.8 mm/s

Efficiency Class
IE2, IE3, Premium Efficiency

Thermal Protection
Available on request

Housing Material
Cast Iron/Aluminum

Coupling Type
Flexible/Direct

Output Shaft Position
Inline

Gear Material
High Strength Alloy Steel

Duty Cycle
S1 Continuous

Insulation Class
Class F / H

Lubrication
Splash / Oil Bath Lubrication

About Inline Helical Gear Motor

Shruti Engineering is a reputed Exporter of Helical Gear Motors, offering high-performance and energy-efficient drive solutions for industrial and material handling applications. Our Helical Gear Motors are designed with precision-engineered gears that ensure smooth torque transmission, low noise, and high efficiency under heavy load conditions.

These motors are built to deliver maximum output with minimum maintenance, making them ideal for conveyors, cranes, hoists, mixers, and packaging machinery.

Advanced Gear Construction for High Performance

Utilizing high strength alloy steel for gears and a robust cast iron or aluminum housing, the inline helical gear motor is built to withstand heavy-duty conditions. Its helical gearing design ensures smooth, efficient power transmission, minimizing losses and reducing operational noise levels. This advanced engineering guarantees maximum reliability even in continuous operation and shock load scenarios.

Premium Efficiency and Customizable Power Range

Designed with premium efficiency ratings (IE2 and IE3), these motors enable notable energy savings and comply with stringent international standards. With output power options ranging from 0.18 kW to 160 kW, and voltage configurations for 220V, 380V, and 415V, customers can tailor-fit the gear motor to diverse application needs and environments, ensuring seamless integration and optimal performance.

FAQ's of Inline Helical Gear Motor:

Q: How does splash or oil bath lubrication benefit the inline helical gear motor?

A: Splash or oil bath lubrication ensures that all gears and internal components are consistently coated with lubricant, reducing friction, minimizing wear and tear, and extending the operational lifespan of the gear motor. This method is particularly effective for continuous, high-load industrial use.

Q: What applications are best suited for this gear motor's high shock load capacity?

A: The inline helical gear motor's robust construction and high shock load capacity make it ideal for heavy-duty industrial operations, such as conveyors, crushers, mixers, and other machinery where sudden load changes are frequent.

Q: When should I request thermal protection for this gear motor?

A: Thermal protection is recommended in high ambient temperature environments or applications with variable loads that might cause overheating. It safeguards the motor against excessive heat, ensuring safe and reliable operation during prolonged duty cycles.

Q: Where can I install this gear motor considering mounting options?

A: This gear motor is versatile and can be installed using foot, flange, or shaft mounting, adapting seamlessly to various machinery setups and spatial requirements. Its IP55 rating also makes it suitable for environments with high dust or moisture exposure.

Q: What process should I follow for proper installation and startup?

A: Proper installation involves securing the motor with the correct mounting type, verifying all electrical connections for the specified voltage and frequency, ensuring lubrication levels are adequate, and performing a test run to check for smooth, quiet operation within the recommended vibration level of 2.8 mm/s.

Q: How does the motor's low vibration and noise level benefit industrial environments?

A: Low vibration (2.8 mm/s) and reduced noise contribute to a quieter, safer workplace. This minimizes wear on connected equipment, enhances machinery lifespan, and provides comfort for operational staff in industrial settings.

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