Along with the advancement of technology and the growing complexity of infrastructure needs, companies continue to innovate in the design and construction of telecommunication towers. One of the latest innovations is the SST 72M TBI 2 tower design. This design offers not only higher reliability but also efficiency in the installation process. (5/6/2024) Last Wednesday, PT Danusari Mitra Sejahtera conducted a horizontal assembly test for this tower, which is a new method expected to provide many benefits.

Background of SST 72M UFC Design (TBI 2 NEW 2024)

The SST 72M UFC (TBI 2 New 2024) design is the result of intensive research and development aimed at improving the stability and durability of telecommunication towers. This tower is designed to withstand extreme weather conditions and strong wind loads. With a height of 72 meters, this tower is suitable for various applications, including cellular telecommunication, broadcasting, and radio communication.

Universal clamp feeder (UFC) on telecommunication tower structures is a device used to secure and hold feeder cables on the tower. Feeder cables are thick, large-diameter cables used to connect transmitting and receiving equipment at the top of the tower to the base equipment below the tower.

The main function of the universal clamp feeder is:

1. Securing Cables: This clamp ensures that the feeder cables are securely fastened to the tower structure, preventing them from falling or loosening.
2. Reducing Tension: By using the clamp, tension on the feeder cables can be evenly distributed, reducing the risk of damage to the cables due to heavy loads or extreme weather conditions.
3. Preventing Excess Vibration and Movement: The universal clamp feeder helps stabilize the feeder cables, preventing excessive movement caused by wind or tower vibrations, which could damage the cables or disrupt signal performance.
4. Ease of Installation and Maintenance: The universal design allows the clamp to be used on various types and sizes of feeder cables, making the installation and maintenance process easier without requiring many additional tools.

The universal clamp feeder is typically made from durable, corrosion-resistant materials such as stainless steel or specialized composite materials to ensure high durability in various environmental conditions.

Horizontal Installation Test Method

The horizontal installation test method is a new technique tested by the company to assess the reliability