WIFI TOWER

Quick Detail

Package & Delivery Lead Time

Detailed Description

Wi-Fi towers provide wireless connections to the Internet in areas where wired Internet connections -- namely cable and DSL -- are not readily available, such as rural regions. Wi-Fi technology works on the 2.4-GHz and 5-GHz radio frequencies, and, like broadcast radio, transfer data over radio airwaves. In essence, a Wi-Fi tower -- technically known as a Wi-Fi antenna -- works in the same manner as a Wi-Fi router, but on a grander scale. A Wi-Fi tower transfers data from a wired connection to the Internet -- typically a phone line -- over radio airwaves to another Wi-Fi tower and then to a various computing devices, including personal computers and mobile phones. Paired Wi-Fi towers must have an unobstructed view of each other, and must be directly aligned to one another because the transmitted signals are not as strong as radio broadcast signals. Wi-Fi towers are capable of transmitting data up to 60 miles -- shorter if there are variable conditions such as weather. MEGATRO is the professional manufacturer for WIFI tower over ten years in tower fabrication, design, assembly, commissioning and at site service. Our attractive and multi-functional WIFI Towers are facing immense demand from every corner of globe for their technical, scientific and compact design specifications. These are developed, designed and installed with the assistance of our experienced, qualified and expert engineers and technocrats. We offer cost effective range of development and installation service regarding as an additional installation service. These are further, designed for both government and civil communications and suitable for both far-off and short/long distance communications. MEGATRO WIFI towers also fabricated by solid steel pipe or combined with angle or bracing members, which provides great strength, low weight and wind resistance, and economy in the use of materials. Lattices of triangular cross-section are most common, and square lattices are also widely used. During fabricated, we keep into consideration clients' specifications pertaining to size, weight, heights & orientation of antenna, wind velocity of location etc. Prior to installation, we also implement site survey and soil investigation. Further, we also pay attention towards the timely execution of our turnkey projects. After fabrication all WIFI towers are delivered to the galvanizing facility to be Hot DIP Galvanized. Towers are processed through the facility by Caustic Cleaning, Pickling, and then Fluxing. These strict procedures insure years of maintenance free towers. MEGATRO's WIFI towers can accommodate a variety of step bolts and other accessories and mounts. MEGATRO provide WIFI towers design with below requirements Design Requirements and Basic of Design MEGATRO TOWERS will guarantee the overall safety of the tower. MEGATRO TOWERS will submit design calculation report for member design of tower and overall structural stability of the structure, which is signed by a charted structural Engineer. MEGATRO will supply the skeleton to scale, showing the assembly of the structures, the antenna mounting levels, other detail drawings etc. The calculation method to be adopted for tower design will be decided by MEGATRO TOWERS with the consent of the client. All materials will comply with British Standard (hereinafter called BS), Japanese Industrial Standard (hereinafter called JIS) or equivalent standards. The permissible stress of the materials will comply with BS, standard by Architectural Institute of Japan (hereinafter call AIJ) or equivalent. The standards adopted for all materials will be stated separately. General Design Criteria Mast will be designed based on GB, BS 8100, TIA/EIA-222-G-2006, IS 802 & IS875 or equivalent international standards. The wind loading on the tower and antennas mounted on it will withstand a ground level wind velocity of 140 Km/h and survival speed of 180 Km/h including with height in accordance with latest BSI CP3: Chapter V: Part 2: British Standard (BS) Antenna that will be considered when it calculates wind areas will be Six GSM antennas, Two each 600 mm diameter microwave dishes & one 1.2m Ø Microwave plus all the feeders for GSM and MW antennas. Allowance will be given to the effective windage area of the following: Feeder runway Feeders Platforms and guard rails Ladder and ladder guards MEGATRO submit the complete data showing the drag factor from various angles of wind on the antenna offered. Other Information Availability size: Based on the customer's requirements. Material: Chinese material or as per clients requirement Package: Both parties discuss before delivery Terms of Payment: L/C, T/T Minimum Order Quantity: 10tons Port of Loading: Qingdao Port Lead Time: One month or based on the customer's needs Performance Standard Besides conform to the drawing and design, the materials and fabrication of tower components shall conform to the Chinese Standard or other standard which clients can accept. 下面的不是，不要发布网站上。 Wi-Fi towers provide wireless connections to the Internet in areas where wired Internet connections -- namely cable and DSL -- are not readily available, such as rural regions. Wi-Fi technology works on the 2.4-GHz and 5-GHz radio frequencies, and, like broadcast radio, transfer data over radio airwaves. In essence, a Wi-Fi tower -- technically known as a Wi-Fi antenna -- works in the same manner as a Wi-Fi router, but on a grander scale. 1. Basics o A Wi-Fi tower transfers data from a wired connection to the Internet -- typically a phone line -- over radio airwaves to another Wi-Fi tower and then to a various computing devices, including personal computers and mobile phones. Paired Wi-Fi towers must have an unobstructed view of each other, and must be directly aligned to one another because the transmitted signals are not as strong as radio broadcast signals. Wi-Fi towers are capable of transmitting data up to 60 miles -- shorter if there are variable conditions such as weather. Transmissions o Unlike wireless routers, which broadcast in a 360-degree circle, a Wi-Fi tower transmits data signals directionally, meaning it only broadcasts to a Wi-Fi tower to which it is precisely tuned. Some Wi-Fi towers feature an electrical steering tuner that allows for some leeway in linking two Wi-Fi towers with each other’s signals. On the receiving end, the Wi-Fi tower links to a traditional wireless router, through which connected devices can access the Internet. 2. Uses o Once paired, Wi-Fi towers have an established link to one another, and function in the same manner as traditional Wi-Fi connections made through a cable or DSL link to the Internet. Through a wireless router, connected devices are also capable of performing a variety of tasks inherent to a local area network, including printing and sharing files. Considerations o Although a Wi-Fi tower is capable of transmitting data for up to 60 miles, a wireless router is only capable of providing links to computing devices for up to 300 feet. The signals shared between Wi-Fi towers cannot be directly tapped into by computing devices because of the directional limitations that come with Wi-Fi tower signal transmissions. Wi-Fi technology is built on the 802.11 standards, which include the 802.11a, 802.11b, 802.11g and 802.11n protocols. A newer technology, known as WiMAX, is capable of wirelessly transferring data for up to 30 miles, and as of the time of publication is beginning to gain widespread use, replacing the need for Wi-Fi towers. WiMAX technology does not involve the use of matching units like Wi-Fi towers, but is able to transmit data in the same manner as a wireless router.

Basic Company Information

Qingdao Megatro Mechanical and Electrical Equipmen

Company Advantage

Detail Company Introduction