Conveyor Gear Coupling

Conveyor Gear Coupling Specification

Thread
No external threads (flanged connection)

Max. Speed
Up to 3500 RPM (varies by size/model)

Sealing
Optional dust cover sealing

Head Code
Round

Bore
Customizable as per shaft size

Torque
Up to 8000 Nm (varies by size/model)

Connection
Flanged, shaft-to-shaft coupling

Material
Alloy steel or carbon steel (typically hardened for durability)

Structure
Two-piece gear and sleeve structure with flanged cover

Standard
Conforms to AGMA/ISO/IS standards

Inner Diameter
Customizable (standard range: 20 mm - 100 mm)

Outer Diameter
Customizable (standard range: 70 mm - 250 mm)

Application
Conveyor systems, industrial machinery, power transmission

Surface Treatment
Precision ground and polished

Technique
CNC machining and gear hobbing

Shape
Cylindrical with internal and external teeth

Lubrication
Grease or oil bath (required for optimal operation)

Mounting
Flange mounted or shaft mounted versions available

Number of Teeth
Typically 16-48 teeth depending on coupling size

Misalignment Accommodation
Angular, axial, and radial within specified limits

Customization
Available as per shaft and torque requirement

Flexibility
Can accommodate shaft misalignments and absorb shock loads

Weight
Depends on outer diameter and length, e.g., 3 kg-50 kg

Hardness
Surface hardened to HRC 55-60

Temperature Range
-20C to +200C

Service Life
> 20,000 hours with proper maintenance

Conveyor Gear Coupling About

Shruti Engineering offers Cast Iron Brake Drum Wheel for BCH Bhartia Cutler-Hammer Brake AC Solenoid Fail-Safe Brake type 'S' in following sizes. These Brake Drums are used in Electric Hoists, EOT Cranes, Conveyors, Machine Tools, Printing Presses, Over Head Doors, Vacuum Moulding Machines etc.

Flexible Design for Demanding Applications

These gear couplings feature internal and external gear teeth-typically 16 to 48 teeth-allowing smooth power transmission even in challenging industrial environments. Their cylindrical shape, customizable bore, and flanged connection maximize compatibility with a wide range of conveyor and machinery systems.

Precision Manufacturing and Durability

Manufactured using advanced CNC machining and gear hobbing techniques, each coupling undergoes precision grinding and polishing. The surfaces are hardened for long-lasting wear resistance, contributing to a service life exceeding 20,000 hours with proper lubrication and maintenance.

Custom Solutions for Unique Requirements

As a manufacturer and exporter, we offer bespoke shaft, bore, and torque configurations. Couplings are available in both flange-mounted and shaft-mounted designs with optional dust cover sealing, ensuring optimal adaptation for specific operational needs in various conveyor and power transmission applications.

FAQ's of Conveyor Gear Coupling:

Q: How does a conveyor gear coupling accommodate misalignment in conveyor systems?

A: The coupling's design allows it to flexibly handle angular, axial, and radial misalignment within specified limits. This flexibility helps reduce wear, ensure smooth operation, and absorb shock loads, safeguarding both the coupling and connected machinery.

Q: What benefits does hardened surface treatment provide to the coupling?

A: Hardened surfaces, measured at HRC 55-60, increase the coupling's resistance to wear and extend its lifespan significantly. Precision grinding and polishing further enhance operational smoothness and decrease maintenance frequency.

Q: When should gear couplings be lubricated, and what type of lubrication is recommended?

A: For optimal performance and service life, gear couplings should be lubricated at installation and during scheduled maintenance intervals. Either grease or oil bath lubrication can be used, depending on operating conditions and manufacturer recommendations.

Q: Where can these couplings be used, and in what types of applications?

A: Conveyor gear couplings are ideal for conveyor systems, industrial machinery, and other power transmission setups requiring flexibility, high torque, and accommodation for misalignment. Their robust construction suits heavy-duty and high-speed environments.

Q: What is the process for customizing a gear coupling to specific requirements?

A: Customization involves selecting the appropriate bore, shaft size, torque range, and mounting type. Provide your shaft and operational details to the manufacturer, who will then engineer a coupling tailored to your precise needs.

Q: How does proper installation and mounting affect the performance of gear couplings?

A: Proper installation-whether flange or shaft-mounted-ensures secure connections, accurate alignment, and optimal torque transmission. It also maximizes the coupling's ability to accommodate misalignments and prolongs its operational life.

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