Industrial Gear Coupling

Industrial Gear Coupling Specification

Torque
Ranges from 500 Nm to 500,000 Nm depending on model

Head Code
Round flange

Thread
Not threaded; flange-type assembly

Sealing
Sealing rings/gaskets optional for dust protection

Bore
Customizable as per shaft size requirements

Connection
Flanged bolt connection

Max. Speed
Up to 8500 RPM depending on size and balancing

Material
Alloy steel, carbon steel

Structure
Flexible gear coupling with external and internal gear teeth

Standard
Conforms to AGMA, DIN, or customer specification

Inner Diameter
Typically ranges from 25mm to 400mm (customizable)

Outer Diameter
Varies with model, typically 60mm to 600mm

Application
Power transmission in heavy machinery, industrial drives, and mechanical equipment

Surface Treatment
Precision machined, anti-corrosive finish

Technique
Forged and precision machined

Shape
Circular, flanged with gear teeth

Finish
Anti-corrosion coated

Maintenance
Low, periodic grease relubrication

Service Life
10,000+ operating hours under normal conditions

Number of Teeth
30 to 90 (custom as per design)

Interchangeability
Available for standard AGMA/DIN series

Misalignment Capacity
Angular up to 1.5, Parallel up to 0.5 mm

Temperature Range
-30C to 120C

Weight
Varies with size, up to 500 kg per set

End Connection Type
Clamp or keyway connection as per shaft

Hardness
Up to 60 HRC (Induction/Case Hardened)

Lubrication
Grease-packed or oil lubrication

Industrial Gear Coupling About

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Reliable Performance in Harsh Environments

Designed to withstand both high and low temperatures, as well as aggressive industrial conditions, this gear coupling features an anti-corrosive finish and robust alloy or carbon steel construction. The precision-machined components allow for reliable torque transmission, making it ideal for heavy-duty applications. Sealing rings or gaskets can be integrated for enhanced dust protection, further extending product longevity.

Flexible and Customizable Design

With customizable bore sizes and tooth counts (30 to 90), this coupling can be tailored to fit varied shaft dimensions and power requirements. It supports both clamp and keyway end connections, and conforms to major standards such as AGMA or DIN. Whether you need standard or custom specifications, the flexible architecture adapts to your unique industrial needs.

FAQ's of Industrial Gear Coupling:

Q: How does the gear coupling handle shaft misalignment?

A: The coupling accommodates up to 1.5 of angular misalignment and up to 0.5 mm of parallel misalignment, allowing for smooth operation even if connected shafts are not perfectly aligned. This flexibility makes it suitable for heavy machinery subjected to vibration or movement.

Q: What lubrication methods are recommended for this gear coupling?

A: You can use either grease-packed or oil lubrication, depending on your maintenance preferences and operating environment. Periodic re-lubrication is advised to maintain optimal performance and minimize wear.

Q: When should maintenance or relubrication be performed on this coupling?

A: Relubrication should be performed periodically, the frequency depending on operating conditions and load cycles. Regular maintenance as per the manufacturer's guidelines helps ensure a service life exceeding 10,000 operating hours.

Q: Where can this industrial gear coupling be used?

A: It is commonly applied in power transmission systems for heavy machinery, industrial drives, and other mechanical equipment found across sectors such as mining, steel production, manufacturing, and power generation.

Q: What are the benefits of the anti-corrosion and precision-machined finish?

A: The anti-corrosive coating and precision-machined surfaces enhance durability, reduce friction, and protect against environmental factors, ensuring consistent performance and extending the product's service life.

Q: How is the coupling assembled to the shaft and what configuration options are available?

A: Assembly is via flanged bolt connections, with end options including clamp or keyway types as per shaft requirements. This guarantees strong, reliable connections while allowing for easy installation and interchangeability.

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