CGB Suspension Clamp

CGB Suspension Clamp Definition:

CGB suspension clamps are mainly used in overhead power lines or substations to suspend conductors and lightning wires on insulators or suspend lightning wires on towers through coupling fixtures. It plays the role of supporting and fixing wires to ensure the stability and safety of power transmission.

CGB Suspension Clamp Features:

High Strength: CGB suspension clamp are usually made of high strength materials, such as aluminium alloy, etc. These materials have good mechanical properties and are able to withstand large tensile forces and pressures to ensure the stable operation of power lines.

Easy to install: The installation process of the CGB suspension clamp is relatively easy, and the construction workers can easily fix them on the insulators or towers. This easy installation improves the construction efficiency and reduces the installation cost.

Convenient maintenance: Regular inspection and maintenance of CGB suspension clamp is the key to ensure their long-term stable operation. Due to the reasonable structural design of the clamps, maintenance personnel can easily inspect, clean and replace them.

High safety: The CGB suspension clamps are designed with safety factors in mind. For example, the bolts and nuts of the clamps are usually of anti-loosening design, which can prevent loosening and falling off due to vibration or external force. In addition, the surface treatment of the suspension clamp is also specially treated, which can reduce the generation of corona and hysteresis loss, saving power.

CGB Suspension Clamp Application:

Overhead Power Lines: CGB suspension clamps are widely used in overhead power lines to suspend and secure conductors. They can ensure that the wires are kept in a stable suspension state between the towers, preventing the wires from swinging or falling off due to wind, temperature changes and other factors.

Substation: Inside the substation, CGB suspension clamp can be used to connect different parts of the conductor to ensure the continuity and stability of power transmission.