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€126.82
| Price | Disc. | Quantity | Validity |
|---|---|---|---|
| €126.82 | 0 % | from 1 piece |
Available
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The DPL-120 satellite dish is a professional satellite dish dedicated for building SMATV systems in multi-family buildings.
• Dish dedicated for SMATV systems
• Size: 120 cm (122x129 cm)
• Max gain. 42.1 dBi at 12.75 GHz
• Half power angle: 1.4 degrees at 12.75 GHz
• 6-point mounting to an intermediate dish
• Complies with IEC1114-2 wind resistance standard
• Tested in brine bath according to NBR 8094
• LNB mounted with a holder with two additional brackets
• Second LNB holder included
• Size: 120 cm (122x129 cm)
• Max gain. 42.1 dBi at 12.75 GHz
• Half power angle: 1.4 degrees at 12.75 GHz
• 6-point mounting to an intermediate dish
• Complies with IEC1114-2 wind resistance standard
• Tested in brine bath according to NBR 8094
• LNB mounted with a holder with two additional brackets
• Second LNB holder included
Details
The DPL-120 satellite dish is a professional steel satellite antenna dedicated for SMATV systems in multi-family buildings and everywhere where high level and good quality of signal at the input of the system is required. The design of the dish meets all the requirements of Polish regulations on equipment for the construction of telecommunications systems in multi-family building, in particular of the regulation MTBiGM of 2012
A dedicated bracket for the second LNB to receive signals from two satellite positions is included.
The DPL-120 is mounted to an intermediate dish with 6 screws. It is then mounted on the mast with a bracket made of 3.5 mm thick steel sheet. This guarantees the stability of the shape of the dish and secure attachment even in winds of up to 144 km/h. The antenna maintains integrity even in winds of 216 km/h.
The antenna is made of 0.8 mm thick galvanized steel, protected by 7-15 µm thick zinc coating and powder coated (paint thickness 60 µm). The antenna has a 3-point support of the LNB carrier, which makes it possible to achieve an extremely stable reception system. This design prevents vibration of the LNBs in strong winds ensuring stable signal reception.
Key features:
- dish dedicated for SMATV systems,
- size: 120 cm (122x129 cm),
- max gain. 42.1 dBi at 12.75 GHz,
- half power angle: 1.4 degrees at 12.75 GHz,
- 6-point mounting to an intermediate dish,
- complies with IEC1114-2 wind resistance standard,
- tested in brine bath according to NBR 8094,
- the dish is made of 0.8 mm thick galvanized (7-15 µm zinc coating) and powder coated (paint thickness 60 µm),
- mounted on a mast with a bracket made of 3.5 mm thick steel sheet,
- the dish is mounted to a 50-60 mm diameter steel mash,
- LNB mounted with a holder with two additional brackets,
- second LNB holder included.
Wind resistance test (IEC 1114-2)
The dish has been tested with one of the European institutes for resistance to wind and harsh environmental factors. All tests were performed in accordance with IEC 1114-2. The antenna was tested for 3 wind speeds:
- allowable wind speed (72 km/h = 20m/s) - at this wind speed, the receiving characteristics of the antenna (strength and quality) cannot be degraded without changing its direction. The typical value of antenna gain reduction is 1 dB.
- maximum wind speed (144 km/h = 40 m/s) - at this wind speed, no permanent degradation of the antenna under test can occur. It may become necessary to readjust the antenna to restore its receiving characteristics (strength, quality).
- destructive wind force (216 km/h = 60m/s) - at this wind speed, permanent degradation of the receiving characteristics of the antenna under test may occur. For safety reasons, no part of the antenna can be mechanically destroyed (detached).
Salt resistance test (NBR 8094)
The antenna's resistance to corrosion of steel components has been tested in accordance with NBR 8094 (salt spray corrosion test of coated and uncoated metallic materials). According to it, the dish and the supporting elements were subjected to salt mist with a concentration of 5% in a special chamber capable of simulating precipitation. The tests lasted respectively: 500 h for the dish and mounting elements and 750 h for connecting elements (bolts, nuts). The tests showed no signs of corrosion on any of the components.
Verification of zinc coating thickness (NBR 7937)
The DPL-120 dish is galvanized to a thickness of 8.5 μm. This thickness has been verified with test methods described in NBR 7937.
You can read more about the standards met by the DPL-120 satellite dish, how the tests are conducted and the results obtained in the publication Strength and corrosion testing of satellite dishes
Specifications
| Name | DPL-120 | ||
| Product type | Satellite dish | ||
| type | Offset | ||
| Offset | ° | 23 | |
| Size | cm | 120 | |
| Color | anthracite | ||
| Manufacturer | DIPOL | ||
| Color marking | RAL 7016 | ||
| Reflector | Material | Galvanized steel | |
| thickness | mm | 0,8 | |
| Dimensions | mm | 1270x1200 | |
| Thickness of zinc coating | μm | 7-15 | |
| Painting | technology | powder coating | |
| coat thickness | μm | 60 | |
| Effectiveness | % | >70 | |
| Gain | for 11.7 GHz | dBi | 41,6 |
| for 12.7 GHz | dBi | 42,1 | |
| Focal length | mm | 736 | |
| Elevation angle | ° | 16...77 | |
| Azimuth adjustment range | ° | 360 | |
| f/D ratio | - | 0,64 | |
| LNB mounting diameter | mm | 40 | |
| Salt resistance test | reflector and back of the dish | H | 500 |
| connecting elements | H | 750 | |
| Permissible wind force | km/h | 72 (according to IEC1114-2) | |
| Maximum wind force | km/h | 144 (according to IEC1114-2) | |
| Destructive wind force | km/h | 216 (according to IEC1114-2) | |
| Max. mast diameter | mm | 60 | |
| Dimensions | mm | 1290x1220 | |
| Weight | kg | 16,6 | |
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