Ftth Drop Wire Clamp, Odwac-22

FTTH drop wire clamp ODWAC-22, other called odwac clamp is designed to tension and support fiber optical cable or telephone drop cable on dead-end or intermediate routes during FTTH, FTTX network constructions.

Features

Cable type: Flat
Cable size:<5×<13mm
Span:30-50 m
MBL: 1.2KN

DESCRIPTION Specification Test

REVIEW

Key Features

Easy installation, tools free
High mechanical strength
Removable and don’t hurt cable jacket
Stainless steel material corrosion resistant and durable
Applied with drive hook,pole bracket or other fittings
Excellent environmental stability
Competitive price

SPECIFICATION

The clamp applied in:

Cable diameter: <5×<13mm

MBL, kN: 1.2

The cable clamp is used to connect and fix the optical cable wires, the groove body, the wire frame and the rod, and constitutes a cable clip as a whole.

The interior is designed with grooves or patterns to increase the friction between the clamp and the wire to prevent loosening or falling off.

The length is determined by the customer’s needs.

The shell is made of 304 stainless with strong UV resistance, which can not only protect the optical cable from the impact of the external environment, but also prevent the short circuit or electrical leakage of the wire and optical cable in contact with other components.

Applied outdoor, for installation on the telecommunication supports, between the buildings and industrial constructions to fix and protect optical cables.

Technical specification

Product code	Flat cable size (h×w) mm	Material	MBL,KN	Length,mm	Weight,kg
ODWAC-22	<5×<13	Stainless steel	1.2	220	0.04

Advantages

Test

Our internal laboratory is capable to proceed Ultimate tensile strength test to measure the ability to withhold mechanical loads of products.

This is a mechanical test where a pulling force is applied to a material from both sides until the sample changes its shape or breaks. It's is a common and important test that provides a variety of information about the material being tested, including the elongation, yield point, tensile strength, and ultimate strength of the material.