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Coupling for Driving Machine

Name: Coupling for Driving Machine
Brand: Buy Coupling in Nigeria
Availability: InStock

Original price was: ₦100,000.00.Current price is: ₦80,000.00.

Key Features of Coupling for Driving Machine

High torque transmission capability

Strong and durable construction

Accurate shaft connection

Flexible or rigid designs depending on application

Ability to accommodate specified shaft misalignment

Resistance to vibration on suitable flexible models

Different bore and shaft sizes

Keyway or clamping connection options

Various materials and finishes

Suitable for different operating speeds

Available for motor, engine and industrial drive applications

Replaceable flexible elements on selected designs

Compact construction on selected coupling types

Low-maintenance options available

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Description

Coupling for Driving Machine Price in Nigeria

Nature Links Nigeria Limited is an Authorized Distributor, Supplier & Dealer of genuine industrial machine couplings and mechanical power-transmission equipment in Nigeria, supplying couplings, shaft couplings, flexible couplings, drive components and industrial machinery accessories to customers across Nigeria.

Coupling for Driving Machine Price in Nigeria

The Coupling for Driving Machine Price in Nigeria depends on the coupling type, shaft diameter, torque rating, material, manufacturer, application, size and whether it is locally available or imported. As a mechanical power-transmission component, a coupling connects the shaft of a driving machine such as an electric motor or engine to a driven machine such as a pump, compressor or gearbox. It transmits rotational torque while suitable flexible designs can accommodate some shaft misalignment.

For an accurate Coupling for Driving Machine Price in Nigeria, buyers should provide the machine type, shaft diameter, power rating, operating speed and coupling model or photograph to the supplier.

Coupling for Driving Machine Price Range

Coupling Type| Indicative Price Range

Small Flexible Coupling| ₦35,000 – ₦100,000

Motor Shaft Coupling| ₦50,000 – ₦180,000

Jaw/Elastomer Coupling| ₦70,000 – ₦250,000

Chain Coupling| ₦100,000 – ₦400,000

Disc Coupling| ₦150,000 – ₦800,000

Heavy-Duty Industrial Coupling| ₦300,000 – ₦1,500,000+

Note: These are indicative budgeting ranges rather than fixed quotations. The actual price can vary significantly according to bore size, torque capacity, RPM, material, brand, design and availability.

What Is a Coupling for a Driving Machine?

A coupling is a mechanical component used to connect a driving shaft to a driven shaft. For example, it can connect an electric motor to a pump, compressor, gearbox, fan or other rotating equipment. Manufacturers describe shaft couplings as components that transmit rotational force between shafts and, depending on the design, accommodate installation or operational misalignment.

Key Features of Coupling for Driving Machine

Important features may include:

– High torque transmission capability

– Strong and durable construction

– Accurate shaft connection

– Flexible or rigid designs depending on application

– Ability to accommodate specified shaft misalignment

– Resistance to vibration on suitable flexible models

– Different bore and shaft sizes

– Keyway or clamping connection options

– Various materials and finishes

– Suitable for different operating speeds

– Available for motor, engine and industrial drive applications

– Replaceable flexible elements on selected designs

– Compact construction on selected coupling types

– Low-maintenance options available

The exact features depend on whether the required product is a disc, elastomer, chain, gear, claw, pin, flange or another type of coupling.

Uses of Coupling for Driving Machine

A Coupling for Driving Machine can be used in many industrial applications, including:

– Electric motor and pump connection

– Motor and gearbox connection

– Generator drive systems

– Compressor systems

– Industrial fans and blowers

– Conveyors

– Machine tools

– Crushers

– Mixers

– Agitators

– Industrial production machinery

– Engine test rigs

– Agricultural machinery

– Construction equipment

– Manufacturing plants

Couplings are particularly important where torque must be transferred from a driver to a driven machine while maintaining reliable mechanical operation.

Benefits of Coupling for Driving Machine

Efficient Torque Transmission

A properly selected coupling transfers rotational torque from the driving machine to the driven equipment.

Misalignment Compensation

Flexible couplings can accommodate specified amounts of angular, radial or axial misalignment, reducing the effects of minor installation errors.

Vibration and Shock Management

Some flexible coupling designs help dampen torsional vibration and fluctuating loads, which can improve the operating conditions of connected machinery. Highly flexible coupling designs, for example, can be used to damp undesirable alternating torques in specialised drive systems.

Equipment Protection

A correctly selected coupling can help protect connected shafts and drive components from excessive operational stresses caused by misalignment or torque fluctuations.

Reduced Maintenance

Some coupling designs are lubrication-free or have replaceable flexible elements, making maintenance easier depending on the application.

Types of Coupling for Driving Machine

Flexible Coupling

Flexible couplings are commonly used where some degree of shaft misalignment, vibration or shock absorption needs to be accommodated.

Disc Coupling

Disc couplings use flexible metallic discs and can provide high torsional rigidity while accommodating specified shaft movements. Some designs are also lubrication-free.

Elastomer Coupling

Elastomer couplings use a flexible rubber or resin element to transmit torque and provide damping.

Chain Coupling

Chain couplings connect two shaft-mounted sprockets through a chain. Some nylon chain designs can be compact and easy to install or remove.

Gear Coupling

Gear couplings are designed for high torque transmission and can accommodate specified angular and radial shaft misalignment.

Coupling for Driving Machine Compatibility

Before buying a coupling, check compatibility with:

– Driving machine type

– Driven machine type

– Motor or engine power

– Shaft diameter

– Shaft-to-shaft distance

– Operating RPM

– Required torque

– Bore size

– Keyway dimensions

– Alignment conditions

– Ambient temperature

– Operating environment

– Service factor

– Coupling mounting method

Coupling selection should be based on the rated output of the driving machine and the service conditions of both the driving and driven equipment. Industrial coupling selection guides use service factors to account for different operating loads and torque characteristics.

Coupling for Driving Machine Datasheet

A typical coupling datasheet should provide information such as:

Specification| Details to Confirm

Coupling Type| Disc, gear, chain, elastomer, jaw, pin, etc.

Application| Motor, engine, pump, gearbox, compressor, etc.

Bore Diameter| According to shaft size

Rated Torque| Nm

Maximum Torque| Nm

Maximum Speed| RPM

Shaft Spacing| Manufacturer specification

Misalignment| Angular/radial/axial limits

Material| Steel, alloy, elastomer, etc.

Connection| Keyway, clamp, flange or other

Service Factor| Based on application

Operating Temperature| Model dependent

Maintenance| Lubricated or maintenance-free

Weight| Model dependent

There is no single datasheet for every coupling because specifications vary substantially between coupling designs and manufacturers.

How to Choose the Right Coupling for a Driving Machine

To select the correct coupling, determine the motor or engine power, operating RPM, shaft sizes, required torque, type of driven equipment and operating conditions. The coupling must have adequate torque and speed ratings for the application.

For demanding applications, factors such as starting torque, shock loads, vibration, temperature and misalignment should also be considered. Manufacturer selection tables should be used rather than choosing a coupling based only on physical size.

Coupling for Driving Machine vs Rigid Shaft Connection

Feature| Coupling| Direct/Rigid Connection

Torque Transfer| Yes| Yes

Misalignment Compensation| Possible with flexible types| Very limited

Vibration Damping| Possible| Limited

Installation Flexibility| Higher| Lower

Maintenance| Model dependent| Model dependent

Applications| Wide range of rotating machinery| Precisely aligned systems

A coupling is particularly useful when two rotating machines need to be mechanically connected while allowing the selected degree of flexibility required by the application.

What Determines Coupling Price in Nigeria?

The final Coupling for Driving Machine Price in Nigeria can be affected by:

– Brand

– Coupling type

– Shaft diameter

– Torque capacity

– Maximum RPM

– Construction material

– Coupling size

– Flexible element type

– Required service factor

– Imported or locally sourced product

– Availability

– Exchange-rate fluctuations

– Quantity ordered

– Delivery location

Heavy-duty industrial couplings with high torque and speed ratings generally cost more than small couplings for light machinery.

Where to Buy Coupling for Driving Machine in Nigeria

Nature Links Nigeria Limited supplies industrial machinery components and power-transmission products to customers across Nigeria.

Distributor, Supplier & Authorized Dealer: Nature Links Nigeria Limited

Call: 07049528019

WhatsApp: 09040054359

Visit Their Shop Address: F1571 UP, Alaba International Market, Lagos, Nigeria

Delivery: Same Day Delivery in Lagos. Same Day Shipping to Other States.

Contact Nature Links Nigeria Limited to confirm the latest Coupling for Driving Machine Price in Nigeria, available coupling types, specifications and delivery options.

Why Buy a Quality Coupling?

Choosing a correctly rated coupling helps ensure reliable torque transmission between the driving and driven machines. A suitable coupling can also help accommodate permitted misalignment and reduce vibration or mechanical stress, depending on its design.

For industrial machinery, it is better to select the coupling according to engineering specifications rather than simply choosing the cheapest available model.