Helical Gear Reducer Exporter

Helical Gear Reducer Exporter Specification

Gear Type
Parallel Shaft

Material
Cast Iron / Alloy Steel

Processing Type
Hobbing / Precision Machined

Gear Tooth Profile
Helical

Gearing Arrangement
Helical

Direction
Both Directions

Output Torque
Up to 18000 Nm

Rated Power
0.12 kW to 160 kW

Input Speed
Up to 1800 RPM

Output Speed
14 to 280 RPM

Voltage
220V / 380V / 415V

Efficiency
95% ~ 98%

Finish
Anti-Corrosion Painted

Ambient Temperature
-10C to +40C

Cooling Method
Natural Air Cooling

Mounting
Foot / Flange Mounted

Application
Conveyors, Mixers, Crushers, Material Handling

Ratio Range
3.6:1 to 346:1

Lubrication
Oil Bath / Grease Lubricated

Protection Class
IP54 / IP55

Noise Level
Low, 65 dB

Helical Gear Reducer Exporter About

Shruti Engineering offers high-performance Helical Gear Boxes for Hoists, specially designed to provide smooth, efficient, and reliable power transmission for lifting and hoisting applications. These gearboxes ensure high torque output, low noise, and excellent load-bearing capacity, making them perfect for EOT cranes, hoists, and material handling systems.

Manufactured using precision-engineered helical gears and premium-quality materials, our gearboxes are built to deliver long service life and low maintenance operation, even under heavy-duty and continuous load conditions.

Superior Performance and Durability

Built using high-quality cast iron and alloy steel with precision-hobbing technology, our helical gear reducers ensure exceptional durability and efficient torque transmission. The anti-corrosion painted finish further extends operational lifespan, even in harsh settings.

Flexible Mounting and Cooling Options

Choose between foot or flange mounting styles to fit various industrial layouts. The reducers operate with natural air cooling, reducing the need for additional cooling equipment and simplifying installation and maintenance processes.

Versatile Applications and Reliable Protection

Engineered for versatility, our gear reducers excel in conveyors, mixers, crushers, and material handling systems. With IP54 or IP55 protection classes, they safeguard against dust and moisture, supporting continuous operation in diverse industrial environments.

FAQ's of Helical Gear Reducer Exporter:

Q: How does the helical gear reducer ensure efficient and quiet operation?

A: The reducer utilizes precision-machined helical gears, which provide smooth and continuous contact. This design not only boosts efficiency-ranging from 95% to 98%-but also minimizes vibration and noise, keeping sound levels below 65 dB during operation.

Q: What lubrication options are available for the gear reducer?

A: Depending on your operating conditions, you can select either oil bath or grease lubrication. Both methods ensure optimal performance and longevity by reducing friction and wear inside the gear unit.

Q: When should I choose foot mounting versus flange mounting for installation?

A: Foot mounting is ideal for floor or bed installations requiring stability, while flange mounting offers easy integration into compact or vertical setups. The choice depends on your specific machinery layout and spatial constraints.

Q: Where can these helical gear reducers be effectively used?

A: These reducers are suited for various industries and applications, including conveyors, mixers, crushers, and material handling systems. Their robust design and protection features allow for reliable operation both indoors and in semi-exposed environments.

Q: What is the process for selecting the correct ratio and torque specifications?

A: To determine the right ratio and output torque, assess the load requirements, desired output speed (14 to 280 RPM), and application type. Our technical team can assist in matching the gear reducer specifications-ratio (3.6:1 to 346:1) and torque (up to 18000 Nm)-to your needs.

Q: How can users benefit from the IP54/IP55 protection class of this gear reducer?

A: These protection levels mean the reducer is highly resistant to dust ingress and water splashes, ensuring consistent operation in challenging environments and reducing the risk of mechanical failures due to environmental factors.

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