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SHRUTI ENGINEERING
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Our Products

Electromagnetic Disc Brake

Hydraulic Thruster Brake

Geared Motor

Foot Mounted Brake Motor

DC Brake

Helical Gear Brake Motor

Worm Reduction Gearbox

Single Phase Brake Motor

Helical Geared Motor

EOT Crane Hoist

Brake Drum , Brake Drum Coupling,

AC Solenoid Operated Brake

NMRV WORM GEAR BRAKE MOTOR

NXU GEAR BOX, NU GEAR MOTOR, NXU GEAR BRAKE MOTOR

ELECTRO HYDRAULIC THRUSTER

Inline Gear Motor Supplier

Inline Gear Motor Supplier Specification

Rated Frequency
50 Hz

Features
Rugged Design, Reliable Operation, Low Maintenance

Voltage
415 V

Standard
IS, IEC Standard

Horse Power
0.5 HP to 10 HP

Torque
Up to 900 Nm

Cooling Method
Fan Cooled

Sealed Type
IP55

Noise Level
Low Noise

Efficacy
High Efficiency

Bearing Type
Ball Bearing

Poles Number
4 Pole

Starting Type
DOL

Current Type
AC

Power Rating
0.37 kW to 7.5 kW

Motor Type
Induction AC Motor

Ambient Temperature
0C to 40C

Pressure
Standard Atmospheric

Rated Voltage
415 V

Product Type
Inline Gear Motor

Output Power
0.37 kW to 7.5 kW

Frequency (MHz)
50 Hz

Protect Feature
Totally Enclosed

Phase
Three Phase

Speed
1440 RPM

Power
0.5 HP to 10 HP

Color
Blue & Black

Dimension (L*W*H)
Depends on Model

Weight
Varies as per Model

Shaft Diameter
Customizable as per Model

Mounting Type
Flange/Foot Mounted

IP Rating
IP55

Insulation Class
F Class

Minimum Order Quantity
1 Unit

Usage/Application
Industrial Automation, Conveyor Systems, Material Handling

Operating Position
Any Position

Gear Ratio
7.5:1 to 100:1

Lubrication
Grease/Oil Filled

Service Factor
1.15

Housing Material
Cast Iron/Aluminium

About Inline Gear Motor Supplier

Shruti Engineering manufactures and supplies Helical AC Brake Motors for Lifts, designed for safe, reliable, and efficient vertical motion applications. These motors combine robust helical gears with a fail-safe DC or electromagnetic braking system, ensuring instant stopping and smooth torque control for lift operations.

Ideal for passenger lifts, goods lifts, and material handling lifts, these motors are engineered for high starting torque, low vibration, and long service life, providing maximum safety and consistent performance in demanding environments.

Engineered for Versatility and Durability

Our inline gear motors are meticulously crafted to suit a range of environments and industrial demands. With both cast iron and aluminium housing options, these units offer exceptional strength, corrosion resistance, and reliability. Capable of operating in any position, they provide installation flexibility, while their rugged design ensures long-term, dependable performance.

Exceptional Performance and Reliability

Delivering high efficiency and low noise levels, our gear motors operate at 1440 RPM and are available in power ratings from 0.37 kW to 7.5 kW. They feature IS and IEC standard compliance, IP55 protection, and Class F insulation for reliable operation in ambient temperatures up to 40C. Their totally enclosed, fan-cooled design enhances both lifespan and safety.

User-Focused Solutions for Industrial Needs

We prioritize hassle-free integration with flange/foot mounting, DOL starting, and a range of gear ratios. Customizable shaft diameters, ball bearing construction, and lubrication options (grease/oil filled) minimize maintenance. These gear motors work seamlessly in conveyors, automation, and material handling, contributing to enhanced productivity and reduced downtime.

FAQ's of Inline Gear Motor Supplier:

Q: How do I select the appropriate gear ratio for my application?

A: Choosing the right gear ratio (from 7.5:1 to 100:1) depends on the desired speed and torque for your equipment. Lower ratios offer higher speeds but less torque, while higher ratios provide greater torque at reduced speeds. Our technical team can help analyze your requirements for optimal performance in automation, conveyors, or material handling.

Q: What are the key benefits of using your inline gear motors in industrial automation systems?

A: Our inline gear motors deliver high efficiency, reliable operation, low noise, and minimal maintenance, all crucial for seamless automation. Their rugged construction and IP55 protection ensure longevity even in demanding environments, while customizable features allow for easy integration into a variety of applications, including conveyor systems.

Q: When should I choose grease-filled versus oil-filled lubrication?

A: Grease-filled lubrication is generally preferred for horizontal installations and lower speeds, offering simpler maintenance. Oil-filled options are better suited for higher speeds, continuous duty, or variable mounting positions, as they offer improved heat dissipation and coverage. Selection depends on your specific installation and operational needs.

Q: Where can your gear motors be installed and operated?

A: Our gear motors are designed for flexible installation and can be mounted in any position-horizontal, vertical, or inclined. They are suitable for both indoor and sheltered outdoor settings, provided the ambient temperature is within 0C to 40C and standard atmospheric pressure is maintained.

Q: What is the process for customizing shaft diameter or mounting type?

A: Customization is straightforward-provide your required shaft diameter or mounting preference (flange or foot). Our engineering team will confirm feasibility based on model selection and application, ensuring the gear motor integrates perfectly with your equipment.

Q: How does the IP55 rating benefit industrial applications?

A: The IP55 rating protects the gear motor against dust ingress and low-pressure water jets, ensuring safe and reliable operation in industrial environments where exposure to harsh conditions might otherwise impair motor performance.

Q: What are the advantages of the F-Class insulation in your motors?

A: F-Class insulation provides enhanced thermal stability, allowing continuous operation at higher temperatures without performance loss. This extends the lifespan of the motor and ensures consistent reliability, especially important in mission-critical industrial processes.

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