Combo Deal: SY4 26.5 - 30 MHz 4 Elements Yagi Beam Antenna and 100 FT LMR 400 Cable
1) SY4 26.5 - 30 MHz 4 Elements Yagi Beam Antenna
The Sirio SY 27-4 is a very strong but lightweight, high gain quality, Yagi antenna that won't break the bank. It is well constructed and gives great performance on 26.9-27.5 MHz. The SY27-4 is easily adjusted to cover up to 29MHz in the 10 metre Amateur Band.
4 elements Yagi Beam antenna working on 27 MHz band with Gamma Match System. It has been completely made of anticorodal aluminium and supplied with big section Boom and steel bracket for the fitting on the support mast. The fixing part with rapid mounting system is made of die-cast metal to get the maximum strength. Every elements is supplied with jointing sleeves of polythene for a perfect water-proofing. Its supplied with UHF Female connector.
Type: 4 element Yagi antenna
frequency range: 26.5- 30 Mhz Tunable
System: 10M-HAM
Impedance: 50Ω
Radiation (H-plane): directional
Polarization: linear horizontal
Gain: 11 dBd, 13.15 dBi
Bandwidth ≥ 850KHz @ SWR ≤ 2
Max. power: 1000 Watts (CW) continuous 3000 Watts (CW) short time
Feed system / position: Gamma match / center
Connector: UHF-female
2) Taurus LMR400 Coax Cable Low Loss Cable w/ 2x PL-259 Connectors
LMR 400 Coax is perfect for outdoor use due to its excellent UV resistance and durability in direct-bury applications.
Specially suited for high-power amateur stations, LMR 400 provides a lower loss solution for long cable runs at any power level.
100' ft LMR 400 Low loss Double Shield Cable Assembly with Assembled / Soldered UHF Male/ PL259 Connectors on both ends
Materials: Aluminium, Steel, Nylon
Wind load: SY 27-4: 80 N at 150 Km/h
Wind resistance: 120 Km/h
Wind surface: 0.07 m²
Dimensions (approx.): 5846 x 4030 x 100 mm / 19.18 x 13.22 x 0.33 ft
Boom length / diameter: 4030 mm / 33 mm
Max. element length (approx.): 5725 mm
Turning radius (approx.): 3600 mm
Weight (approx.): 6100 gr/13.45 lb
Mounting mast: Ø 35-50 mm
This product was added to our catalog on Monday 27 May, 2024.
