substation

OPGW Suspension Assembly

Get the latest price? We'll respond as soon as possible(within 12 hours)
This field is required
This field is required
Required and valid email address
This field is required
This field is required
  • Information
  • Product Description

Suspension Clamp for OPGW Introduction

The suspension clamp for OPGW is equipped with twisted wire (Armor Rods) on neoprene protective sleeve cable and twisted wire between the sleeve and clamp.



Neoprene or other non-metallic material has good resistance to aging and can withstand temperatures between + 10 ° C and + 55 ° C without modification of its essential properties. This material also has adequate resistance to ultraviolet rays, ozone, or pollution factors.

In the case of castings, additional reinforcement spiral rods made of aluminum alloy are needed, and the diameter is not less than 4mm.

The material composing the clamps meets the EN 1559 standard for aluminum alloy castings and the EN 1562 standard for malleable cast iron.

The axis of rotation of the gripper is in the longitudinal axis of the ground wire/OPGW to avoid any inadmissible distortion of the ground wire / OPGW caused by unbalanced longitudinal loads.

opgw suspension clamp

All the ferrous parts of the elements composing the assemblies and the accessories for the conductors, and ground cables are hot-dip galvanized according to the ISO 1461 standard. The cotter pins of all the clamps and reinforcements are in stainless steel. 

adss clamp

All metal parts other than stainless steel are galvanized in accordance with the applicable standard. The minimum thickness of the zinc coating on the angles, plates, and gussets is 85μm, and on bolts 55μm.

OPGW suspension assembly

The OPGW suspension assembly is free to operate in a vertical plane parallel to the conductor up to an angle of at least ±30° to the horizontal. The suspension clamp is free to switch transversely to the yoke plates up to an angle of at least 65° from the vertical. Minimum breaking strength is not less than 95% of the conductor/OPGW-rated breaking strength
For a better browsing experience, we recommend that you use Chrome, Firefox, Safari and Edge browsers.