Clamp coupling - an efficient and convenient power transmission solution

Product Overview

The shell coupling is a uniquely structured power transmission component. It uses two split shells along the axial direction as the main body and achieves the connection of the two shafts through bolt fastening and clamping. The core transmission principle is to utilize the frictional force between the surfaces of the two half couplings to transmit torque, and it is combined with a flat key as an auxiliary connection to ensure stable and reliable power transmission.

Structural features and working principle

1

Split innovative design

The main body is composed of two axially split clamping shells. During installation, assembly can be completed without axial movement of the equipment, greatly simplifying the installation process.

2

Elastic partition structure

The partition design features multiple blade branches and possesses elastic characteristics similar to those of a slider coupling, enabling efficient buffering and vibration reduction functions.

3

Unique transmission method

Unlike the traditional slider coupling which transmits power through shear force, the clamp shell coupling transmits power through the squeezing effect of the elastic body, and the connection of the two halves of the coupling is achieved by the tight fit of the convex claws and the elastic ring.

Core advantage

①

Outstanding offset compensation capability

It features excellent radial and angular shaft line offset compensation performance, making it particularly suitable for working conditions where shaft line alignment installation is difficult, ensuring zero-gap transmission characteristics.

②

Excellent vibration damping effect

The elastic partition design can effectively absorb vibration and reduce shock, performing outstandingly in strong vibration environments and enhancing the operational stability of equipment.

③

Convenient for installation and maintenance

Loading and unloading can be completed without disassembling the connected equipment, significantly reducing auxiliary working hours, lowering maintenance costs and improving work efficiency.

④

Wide range of applications

Depending on the different elastomer materials, it can adapt to various temperature environments, has strong versatility, and can meet the usage requirements of different industrial scenarios.

⑤

Economical and practical

It features a simple structure, smooth operation without noise, no need for lubrication, good processability, low cost and high cost performance.

⑥

Flexible and diverse structures

It can be derived into various structural forms according to demands, meeting the customized requirements of different working conditions and having a wide range of application scenarios.

Performance characteristics

• Efficient vibration damping and buffering are achieved by compensating for the relative offset of the two shafts through the elastic deformation of the elastic ring

• The operation is stable and reliable, free from noise interference, and the operating environment is friendly

• No lubrication maintenance is required, reducing daily maintenance work and lowering operation and maintenance costs

• The structure is simple and compact, with good processability and low manufacturing cost

• The power is transmitted through the squeezing between the convex claws and the elastic ring, featuring high transmission efficiency

The clamp shell coupling, with its unique split structure and excellent performance, has become an ideal choice in various industrial transmission systems, especially suitable for working conditions where installation space is limited, shaft alignment is difficult, and there is vibration and shock.