Broadcast Tower

Broadcasting towers are the supporting structures for TV and FM transmitting antennae. we provide turnkey solutions like system design, fabrication, supply and installation of Broadcasting Communication towers including foundation, other civil works and antennae systems. The wind loads on the structure are considered as per both the Indian and International standards. Factors like terrain, topography and life span of the structure are also given due consideration in design. Factors like location, Ice load and seismic effects are also considered. These are tall structures; an analysis of the static and dynamic effects of the wind becomes very important. The sway and the twist in the towers are calculated and maintained within the specified limits.

Kingfisher and T-BOX products are currently engaged in remote site monitoring and control of many systems in the telecommunications and broadcast industries. Primary applications include: Transmitter monitoring Remote control of transmitter changeover Monitoring of primary and standby generator power Security monitoring Since installations are often in unmanned, remote locations, use of a rugged, reliable RTU is essential. Key Semaphore remote site monitoring product features for the telecom and broadcast industries include: Wide temperature range/outdoor environment operation Local alarm management and data logging Sequence of events (SOE) monitoring Push technology that informs multiple recipients of conditions via PDA, lap-top computer, and mobile phone. Redundant configurations to provide high availability

These are tall structures; an analysis of the static and dynamic effects of the wind becomes very important. Tower members are designed, fabricated and installed as per the International Standards IS 875:1964, IS 800:1984 and IS 802:1984. The sway and the twist in the towers are calculated and maintained within the specified limits.

Aster manufactures TV and FM Towers of up-to 300m heights Aster is very adept at providing turnkey solutions including System Design, Fabrication, Supply and Installation of supporting structures for Broadcast and Communication Towers, TV and FM transmitting antennae including Foundation, other Civil works and Antennae systems. While designing the structures, the following factors are taken into account:Location, Terrain and TopographyWind speeds and LoadsEquipment, Antennae LoadsSnow/Ice Loads, if anyLife Span of the StructureBroadcast Towers Broadcast and Communication Towers: These are tall structures; an analysis of the static and dynamic effects of the wind becomes very important. Tower members are designed, fabricated and installed as per the International Standards IS 875:1964, IS 800:1984 and IS 802:1984. The sway and the twist in the towers are calculated and maintained within the specified limits. Medium Wave (MW) Transmitting Towers/Guyed Masts of 40m to 200m Height:Medium Wave Masts rest on a base insulator and are supported with guy ropes. The Guy ropes under tension exhibit non-linear characteristics. The mast is a radiating element and therefore the insulators are introduced in the guy ropes to reduce loss of energy. The mast rests on a base insulator and is free to rotate. Erection of the Medium Wave structure in true vertical position without twist is a challenging job. Short Wave Transmitting- Towers/Guyed Masts of 75m to 200m Height:The design of Short Wave Transmitting Supporting Towers is similar to MW Towers. Besides they have to withstand loads of accessories such as screen/curtain, antenna, pulley, wrenches, counter weights and supporting structures. The cross arm connecting methods of Screen/Curtain mainly depend on the size of the screen and its accessories. Radar and Repeater Towers of 50m to 90m Height:Aster can Design, Supply and Install Radar and Repeater tower structures for Vessel Traffic Management System (VTMS). VTMS improves safety and efficiency of marine traffic and safeguards environment. Towers for other Applications:Aster s Special Structures for Broadcast and Communication projects has been providing turnkey solutions for supporting structure for Antennae Arrays, Wind Measuring Instruments and Surveillance Cameras.

Aster is very adept at providing turnkey solutions including System Design, Fabrication, Supply and Installation of supporting structures for Broadcast and Communication Towers, TV and FM transmitting antennae including Foundation, other Civil works and Antennae systems. While designing the structures, the following factors are taken into account:

These are tall structures; an analysis of the static and dynamic effects of the wind becomes very important. Tower members are designed, fabricated and installed as per the International Standards IS 875:1964, IS 800:1984 and IS 802:1984. The sway and the twist in the towers are calculated and maintained within the specified limits.

These towers are supporting structures for tv fm transmitting antennae. Aster have years of experience in design, fabrication, supply and installation of broadcast, monopoles, high masts and windmill towers. The wind loads on the structure are considered as per international standards. The factors like terrain, topography and life span of the structure are also considered in the design. Ice load and seismic effects are also considered depending upon the location. The other parameters to be considered while designing the towers are the antennae load. considering all the above points the tower is analysed for static and dynamic effects of the wind. The tower members are designed, fabricated and installed as per international standered viz. Is 875:1964, is 800:1984 and is 802:1984. The tower members including redundant and connections are checked for their strength. The towers sway and twist are calculated and maintained within specified limits.

Broadcast and Communication towers are the supporting structures for TV and FM transmitting antennae. Aster is very adept at providing turnkey solutions like system design, fabrication, supply and installation of Broadcasting Communication towers including foundation, other civil works and antennae systems. The wind loads on the structure are considered as per both the Indian and International standards. Factors like terrain, topography and life span of the structure are also given due consideration in design. Factors like location, Ice load and seismic effects are also considered. A Broadcast and Communication tower is analyzed for static and dynamic effects of the wind in consideration with all these parameters. Tower members are designed, fabricated and installed as per the International Standards IS 875:1964, IS 800:1984 and IS 802:1984. The sway and the twist in the towers are calculated and maintained within the specified limits.

Broadcasting & Communication Towers

Broadcast Towers

Broadcast Towers

Reliance DTH Tower

Broadcast Tower

Broadcast Towers

Broadcast Towers

Broadcast Tower

Broadcast Towers

Broadcast Towers

Broadcast Tower

Telecommunications and Broadcasting Industry