On the picture below is one of our latest products –
Mobile Telescopic Antenna Mast With Dynamic Height Adjustment WITH HYBRID POWER SUPPLY FROM RENEWABLE ENERGY integrated with base station electronics for GSM-UMTS-WIMAX telecommunications. State of the art mechatronics used with Hybrid Box technology.
This is the Mast that solves lots of Your on-site problems:
- no ground preparation, reduced site installation area
- no civil works permit and no civil works
- easy to install in 2 hours, easy to relocate
- only 2 technicians required for installation
- withstand wind up to 180km/h, automatic height adjustment at preset wind speed
- variable heights -15 to 30m
- greatly reduced cost of installation and maintenance compared with classic mast
- full automated computer controlled base station
- no signal interruption during/after adjustment
- no mini-link readjustment
- ideal for GSM/UMTS/WIMAX
- no antenna feeders clamping
- integrated power generator with UPS
- remote control and parameter monitoring
- also applicable as meteorological mast
Technical details:
Max. height in operative condition | 30 m |
Anchoring area | 135 m2 |
Operative wind velocity | 100 km/h |
Max. wind velocity | 120 km/h |
Max. deflection of GSM antenna | +/- 2o |
Max: deflection of MW antenna | +/- 0,5o |
Max. transportation lenght | 10,5 m |
Max. transportation width | 2,5 m |
Max. transportation height | 4,0 m |
Total transportation weight | 9.700 kg |
Anchoring on own foots by steel rope | |
Erection time | 2-3 hours |
Operators required for erection | 2-3 |
Cables connection on the lowest position of the mast | |
Positioning of MW antenna from the ground | |
Climbing on the mast is not neccesery | |
Automatic height lowering/reduction of the GSM antennas if wind velocity exceeds set velocity |
22,5 m |
Operative wind velocity for 22,5 m | 150 km/h |
Max. Wind velocity for 22,5 m | 180 km/h |
More advantages of Mobile Telescopic Antenna Mast:
- easy to transport
- air-conditioned room for equipment with generator and UPS
Download brochure (1MB).