Sejarah Tower Triangle

Visiotek Global Indonesia

10 Aug 202204:58

Summary

TLDRThe video script discusses Hai Tower triangles, commonly used for housing radio antennas and telecommunications signals. These towers are triangular, made of reinforced steel, and are designed in stages for stability and cost-effectiveness. The script covers various sizes and materials, including different thicknesses of steel and finishing options like galvanization or painting. It highlights the towers' strength, ease of maintenance, and suitability for coastal areas with regular upkeep. The script also touches on the importance of routine maintenance and the lack of specific government regulations for their installation, suggesting that permissions are often managed by manufacturers themselves.

Takeaways

🏢 Hai Tower triangle is commonly used for placing radio antennas that function as transmitters and receivers for telecommunication signals.
📡 These towers can also support other signal transmitters like CCTV, Rolland WiFi, and serve as lightning rods.
🔩 The tower's structure resembles a triangle made from a series of interconnected steel triangles, reinforcing each other.
📏 Tower triangle sizes vary, with common dimensions being 20x20 cm, 25x25 cm, and 30x30 cm, with tube thicknesses ranging from 12 mm to 16 mm depending on height and antenna requirements.
💰 The cost of the tower increases with each step due to the need for additional crossbars or spinners on all three sides.
⚙️ There are different specifications for tower materials, including galvanized finishing for corrosion resistance and painted finishing for a more affordable option.
🛠 Maintenance of the tower is crucial for safety and longevity, including regular inspections and preventive or specific repair actions.
🔋 The tower's strength allows for the installation of multiple antennas, providing more capacity than a simple monopole tower.
🔧 Routine maintenance is essential, especially in coastal areas, to control deterioration and usage risks over time.
🏗️ PT Visiotek Global Indonesia specializes in manufacturing various types of towers, including monopole, triangle, and square towers, and offers consultation on their website and Tokopedia store.

Q & A

What is the primary function of a Hai Tower triangle?
-The primary function of a Hai Tower triangle is to hold radio antennas that serve as transmitters and receivers of telecommunication waves, or as antennas for other signal transmitters like CCTV, Rolland WiFi, and also as a support for lightning rods.
What does the shape of a Hai Tower triangle resemble?
-The shape of a Hai Tower triangle resembles an actual triangle, made of a series of steel bars arranged in a triangular shape that reinforce each other, with one side supporting the other.
How are Hai Tower triangles structured in terms of stages?
-Hai Tower triangles are structured in stages, with each stage getting shorter and more robust. The stages mentioned are 3 meters, 4 meters, and 5 meters. Shorter stages are more stable but costlier to produce due to the need for more crossbars or spinners on all three sides.
What are the common sizes of Hai Tower triangles?
-Common sizes of Hai Tower triangles include 20x20 cm, 25x25 cm, and 30x30 cm, with the thickness of the steel used varying depending on the height and the optional antennas to be installed.
What are the specifications of the steel used in Hai Tower triangles?
-The steel used in Hai Tower triangles is typically SNI standard, with thicknesses of 12 mm, 14 mm, and 16 mm, depending on the height and the antennas to be installed.
What are the different types of finishing offered for Hai Tower triangles?
-There are two types of finishing offered for Hai Tower triangles: galvanized finishing and cat finishing. Galvanized finishing involves a layer containing aluminum and zinc for corrosion resistance, while cat finishing uses a painting system, often in silver, red, or white colors.
What are the advantages of galvanized finishing over cat finishing?
-The advantage of galvanized finishing is its higher corrosion resistance compared to cat finishing, which makes it more durable. However, it is also more expensive than cat finishing.
How is the quality of Hai Tower triangles ensured during production?
-The quality of Hai Tower triangles is ensured by adhering to standard specifications and performing preventive or specific corrective actions, with routine checks documented for future reference.
What are the advantages of a Hai Tower triangle in terms of strength and maintenance?
-Hai Tower triangles are strong, capable of bearing heavy loads, and can be erected to great heights with safety in mind. They are also easier to maintain due to the presence of a three-sided ladder, facilitating the inspection and maintenance of wires, bolts, and steel.
What are the two types of maintenance activities for Hai Tower triangles?
-There are two types of maintenance activities for Hai Tower triangles: scheduled maintenance, which includes regular checks on the structure and components, and incidental maintenance, which is unscheduled and performed when issues arise.
What is the importance of regular maintenance for Hai Tower triangles?
-Regular maintenance is crucial for controlling the aging process and reducing the risk of failure during the tower's usage. It ensures the tower's longevity and safety.
What is the process for obtaining permission to install a Hai Tower triangle?
-The process for obtaining permission to install a Hai Tower triangle involves getting consent from nearby neighbors, as there is currently no specific government regulation governing its installation. The producer can handle the permission process regarding its authority.
What is the strength distribution of a Hai Tower triangle, and what is the standard for the distance of guy wires?
-About 75% of the strength of a Hai Tower triangle is in the guy wires. The standard for guy wire distance is 1/3 of the tower's height, so if the tower is 30 meters high, the guy wire distance would be 10 meters from the tower's base.
How can one get more information about Hai Tower triangles, including pricing and consultation?
-For more information about Hai Tower triangles, including pricing and consultation, one can visit the website www.oto.com or contact PT visiotek Global Indonesia on Tokopedia.

Outlines

00:00

📡 Overview of Hai Tower Triangle

The Hai Tower triangle is a structure commonly found in residential areas, primarily used for housing radio antennas that function as transmitters and receivers for telecommunication waves. It can also support other signal antennas like CCTV, Rolland WiFi, or serve as a lightning rod. The tower's triangular shape is made of interlocking steel frames designed to reinforce each other. It consists of stages with varying heights, typically 3m, 4m, and 5m, with shorter stages being more stable but more expensive to construct due to the need for additional crossbars or 'Spinners' on all three sides. The tower comes in different sizes, such as 20x20 cm, 25x25 cm, and 30x30 cm, with a thickness of the steel used ranging from 12mm to 16mm, depending on the height and optional antennas to be installed. The tower is available in different finishing options, including galvanization, which involves a coating containing aluminum and zinc for enhanced rust resistance, and painting, which is more cost-effective but less durable than galvanization. Regular maintenance is crucial for the tower's longevity, including both scheduled and incidental checks to ensure safety and functionality. The tower's strength allows for the installation of multiple antennas and is easier to maintain due to its three-sided ladder design. It can also be used in coastal areas with proper routine maintenance.

Mindmap

Keywords

💡Tower triangle

A tower triangle is a type of structure commonly used for placing radio antennas. These towers are designed to be strong and stable, capable of supporting various telecommunication signals such as CCTV, WiFi, and lightning conductors. The term 'tower triangle' refers to the triangular shape of the structure, which is made of a series of interconnected steel triangles that reinforce each other. In the script, it is mentioned that these towers are composed of different sizes and are constructed with a focus on strength and stability, which is essential for withstanding the weight of antennas and ensuring the tower's longevity.

💡Antenna

An antenna is a device used for the transmission and reception of radio waves. In the context of the video, antennas are placed on tower triangles to broadcast and receive telecommunication signals. The script highlights that the tower's design allows for the placement of multiple antennas, which can enhance the range and quality of the signals transmitted, thus playing a crucial role in the tower's functionality.

💡Telecommunication

Telecommunication refers to the transmission of information over distances using various types of technologies, including radio, television, internet, and telephone. The tower triangle is integral to telecommunication infrastructure as it supports the antennas necessary for signal transmission. The script emphasizes the tower's role in telecommunication by mentioning its use for radio signals and other telecommunication purposes.

💡Galvanization

Galvanization is a process used to protect metal from rusting by coating it with a layer of zinc. In the script, it is mentioned as a finishing method for tower triangles, which involves a coating containing aluminum and zinc. This process is important for the tower's durability, as it provides a protective layer against corrosion, which is essential in outdoor environments where the tower is exposed to various weather conditions.

💡Coating

Coating in the context of the video refers to the application of a protective layer on the surface of the tower triangle. This can include galvanization or painting. The script discusses different types of coatings, such as galvanized and painted finishes, which serve to protect the tower from environmental factors and extend its lifespan.

💡Maintenance

Maintenance in this context refers to the regular checks and services performed to ensure the tower triangle remains in good condition. The script mentions routine inspections and preventive measures as part of the maintenance process, which is crucial for the tower's safety and performance. Proper maintenance helps to detect and address potential issues before they become critical, thereby ensuring the tower's reliability and longevity.

💡Safety

Safety is a key consideration in the construction and use of tower triangles. The script highlights the importance of safety in the tower's design, mentioning that the tower is strong enough to withstand heavy loads and is equipped with a ladder for easy access. This is important to ensure that the tower can be safely used and maintained, reducing the risk of accidents and damage.

💡Steel

Steel is a strong, durable material used in the construction of tower triangles. The script specifies that the tower is made of steel with a certain thickness, which is crucial for the tower's structural integrity and ability to support heavy loads. The choice of steel as a material reflects its widespread use in construction due to its strength and resistance to various environmental conditions.

💡Height

The height of a tower triangle is an important factor that affects its functionality and the range of the signals it can transmit. The script mentions different sizes of towers, indicating that taller towers can support more antennas and provide a broader coverage area. The height is also related to the tower's stability and the strength of its construction.

💡Foundation

The foundation of a tower triangle is the base on which the tower is built. It is essential for providing stability and support to the tower, especially considering the height and weight of the structure. The script refers to the foundation in terms of the distance from the tower's base to the guy wires, which are used to anchor the tower and ensure its stability.

💡Permit

A permit is a legal authorization required for the construction of structures like tower triangles. The script mentions that obtaining permits for tower triangles involves getting approval from neighboring properties and possibly local authorities. This step is crucial for ensuring that the tower's construction complies with local regulations and does not infringe on the rights of others.

Highlights

Hai Tower triangle is commonly used for placing radio antennas for telecommunication purposes.

It can also be used for supporting other signal transmitters like CCTV, Rolland WiFi, or as a lightning rod.

The structure resembles a triangle made of interlocking steel triangles for reinforcement.

The tower is composed of stages, with each stage reducing in size and increasing in cost due to the complexity of construction.

Sizes range from 20x20 cm to 30x30 cm with varying thicknesses of steel depending on the height and antenna requirements.

Materials used include galvanized steel with aluminum and zinc coatings for enhanced corrosion resistance.

There are two types of finishing: galvanized and painted, with galvanized offering higher corrosion resistance.

Painted towers are more cost-effective but may require more maintenance compared to galvanized towers.

The tower's strength allows for the installation of multiple antennas, surpassing the capacity of monopole towers.

Maintenance is easier due to the three-sided ladder design, facilitating inspections and repairs.

Regular maintenance is crucial for controlling the longevity and risk of failure of the tower.

There are two types of maintenance: scheduled and incidental, with the latter being reactive to issues.

The strength of the tower is primarily in the foundation, with 75% of its strength coming from the base.

The tower can support antennas weighing up to 150 kilos, depending on the standard pull force and height.

PT Visiotek Global Indonesia specializes in manufacturing monopole, triangle, and square towers.

For inquiries about Hai Tower triangle, one can visit their website or contact them on Tokopedia.

The transcript ends with a musical note, indicating the conclusion of the presentation.