FTTA clamps DLC-6-C304

The FTTA Clamp DLC-6-C304, also known as a fiber power feeder clamp or ADSS OPGW clamp, is designed to secure optical fiber cables and power cables at telecommunication sites. It is suitable for optical cables with diameters of 4.5–7.0 mm and power cables with diameters of 9.0–13.0 mm.

Features

Direct factory: competitive price
Surround, the connector is not disconnected.
Ensure uniform and good sealing work.
One-step installation, simple, no training required.
Easy to disassemble and reusable.
Quick installation

DESCRIPTION Specification Test

REVIEW

APPLICATION

The ADSS OPGW clamp is widely used in FTTA (Fiber to the Antenna) base station deployments for securing optical fiber cables and power feeder cables in outdoor environments. It is especially suitable for pole-mounted and tower-mounted installations, where stable cable routing and long-term reliability are required.

This clamp is commonly applied in mobile communication base stations, including 4G LTE and 5G network infrastructure, to fasten fiber optic cables and RRU power cables between antennas and radio equipment. It can also be installed on telecommunication towers, utility poles, rooftop sites, cable ladders, and support brackets to organize and protect cables from movement caused by wind, vibration, and daily operation.

The FTTA clamp is an ideal solution for wireless network construction, FTTx projects, telecom infrastructure upgrades, and network expansion projects. It helps maintain the correct bending radius of cables, reduces mechanical stress, and minimizes the risk of cable damage during long-term outdoor service. Its robust design ensures dependable performance under demanding environmental conditions, including exposure to UV radiation, humidity, temperature fluctuations, and corrosive atmospheres.

Thanks to its easy installation and reusable design, the ADSS OPGW clamp is widely adopted by telecom operators, network contractors, and system integrators seeking a cost-effective and reliable cable management solution for modern communication networks.

Technical specification

Body material	dimension	Pulling force	Operating temperature
SUS304	6.5-7mm 10-11mm 13.5-14.3mm	1.2KN	-40°~+60°

Unit weight:280g
Packing details: 40PCS/BOX (40*30*26cm) 12KG

Drawing

TEST

To guarantee the consistent quality and reliable performance of our products,we conduct a series of rigorous, on-site laboratory tests throughout the production process. These tests are designed to validate material integrity, mechanical strength, and long-term durability, ensuring each product meets or exceeds industry standards. Below is a detailed breakdown of the core quality-control tests implemented in our factory lab:

UV and temperature aging test

UV and temperature aging test other called climate aging test to examine the quality of materials or products if they meet expected functionality and lifetime. This test simulates different weather conditions, such as high humidity, high UV-radiation and high temperature.

Corrosion Aging Test

Corrosion aging test other called Salty chamber test. Test simulates different weather conditions, high humidity, aggressive corrosion, high temperature to assess the corrosion resistance of products or metal spare parts. This test help us to examine the quality of products or materials to make sure our product can be able to applied in different harsh climatic conditions.

Temperature and humidity cycling test

Environmental changes in things like temperature and humidity strongly influence material and product performance. We preform this test by immersing products or accessories in artificial environment, exposing products to extreme high temperature, gradually reducing to low temperature, and then returning to high temperature. This cycle can be repeated in the case of reliability testing or customers’ requirements.