Description Of The Clamp-type Structure And Connection Method Of The Suspension Clamp

In the overhead line hardware system, the structural configuration of cable suspension clamp is directly related to the tower connection method and the force transmission path. Regarding the installation method of aerial cable suspension clamps, the clamp-type structure has become one of the common designs, mainly undertaking the function of connecting and fixing nodes. Clamp angle suspension clamp forms a stable combined structure with the clamp, used to achieve the mechanical connection between the clamp and the tower.

Characteristics of Suspension Clamp-Type Structure

The clamp-type connection used in suspension clamps typically consists of a ring-shaped or split steel structure, closed and locked using bolts. The clamp is arranged around the outer wall of the pole, forming an integral connection unit with the suspension clamp. This structure has specific requirements for dimensional matching; it must correspond to the pole diameter to ensure a stable connection interface.

From a structural perspective, the clamp assembly of a suspension clamp typically combines with the following components:

• Metal clamp body: provides foundation clamping and connection

• Bolt fastening system: provides axial clamping force

• Connecting point structure: facilitates the transition between the clamp and the hanging ring

• Inner liner or contact surface material: improves contact condition

This combination allows the suspension clamp to form an independent force-bearing closed loop during installation, resulting in a clear structural relationship.

Suspension Clamp Clamp Installation Structural Logic

The clamp-type suspension clamp exhibits modular characteristics in actual structural layouts. The clamp, as an intermediate connector, decouples the suspension clamp from the pole, allowing each component to have independent processing and assembly capabilities. The clamp belongs to the pole fastener system and is used to establish the connection between the clamp and the supporting structure.

In this structural system, the suspension clamp and clamp are connected via hanging points, connecting plates, or U-shaped components, forming a complete mechanical connection link. This structural approach emphasizes compatibility and assembly consistency in design, ensuring a unified connection interface for the suspension clamp under different pole types.