Yagi directional antenna for COFDM Receiver 170-860Mhz frequency customize 12dBi

Yagi directional antenna

Yagi directional antenna for COFDM Receiver 170-860Mhz frequency customize 12dBi

Спецификация

Частотный Диапазон	170-860МГц
Ӹш пропускной	70МГц
Получаят	12дби
Polarization	Vertical or Horizontal
Horizontal Half-power Beamwidth	54°
Vertical Half-power Beamwidth	48°
Front-to-Back Ratio	≧15
VSWR	≤1.5
Ваштареш Пырышы	50Ω
Maximum input power	100Вт
Lightning protection	DC Ground
Input connector type	N Female or Customized
Размер	0.6м
Анте нелӹцшӹ	0.8кг
Radome material	Aluminum Alloy
Пӓшӓзӹ температуры	-40℃~60℃
Rated Wind Velocity	60m/s
Mounting way	Pole-holding
Mounting hardware	￠35mm~￠50mm

Here are the product’s real photo

595Mhz Yagi directional antenna for COFDM-912T

类别 Category	八木定向天线Yagi Antennas
型号 Model
频率范围 Frequency range	595МГц
带宽Bandwidth	14
增益Gain-dBi	12
水平面波瓣宽度Horizontal Beamwidth	44
垂直面波瓣宽度Vertical Beamwidth	40
前后比 Front-to-Back Ratio	≥16
电压驻波比VSWR	≦1.5
标称阻抗Nominal impedance	50
极化方式Polarization	垂直或水平Vertical or Horizontal
最大功率Maximum power-W	100
尺寸Size-cm	92
重量Weight-kg	0.55
抗风强度Rated Iind Velocity-m/s	60
接头型号Connector	N-K
支撑杆直径Rod diameter	Ф35-50

Installation Notes

1. Fix the antenna director and vibrator reflector on the corresponding position of the main pole.
2. Fix the clamp square tube on the clamp with the provided screws.
3. Align the fixing hole on the other end of the clamping square tube with the clamping fixing hole on the antenna, and fix the antenna with screws.
4. Connect the feeder and wrap the connector of the feeder with waterproof tape.
5. Fix the cable with cable ties, and do not let the falling force of the feeder be applied directly to the antenna connector.
6. Before the cable enters the room from the outside, an anti-backflow section should be formed to prevent rainwater from entering the equipment along the feeder.

安装说明:
1、将天线引向器、振子反射器固定在主杆对应位置。
2、将夹码方管用配备的螺丝固定在夹码上。
3、夹码方管的另一头的固定孔对准天线上的夹码固定孔，用螺丝固定天线。
4、连接好馈线，并将馈线接头用防水胶带包好。
5、用扎带固定好电缆，不要让馈线的下坠力直接施加在天线接头上。
6、电缆从室外进入室内前要形成防倒流段，以免雨水沿馈线进入设备。