Kimpok Technology Co., Ltd

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800MHz 10 dBi Omni Wireless RF Antenna GSM CDMA 1.8m Dimension

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Kimpok Technology Co., Ltd
City:shenzhen
Country/Region:china
Contact Person:MsCharlene Chen
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800MHz 10 dBi Omni Wireless RF Antenna GSM CDMA 1.8m Dimension

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Brand Name :Kimpok Technology / OEM
Model Number :KP-OM800C10
Certification :CE
Place of Origin :China
MOQ :1 pc
Price :Negotiable
Payment Terms :T/T, Western Union, PayPal
Supply Ability :1000pcs/month
Delivery Time :7-15 working days
Packaging Details :International packing
Name :Omni antenna
Frequency :806~960MHz
Gain :10dBi
Bandwidth :70MHz
Vertical Beamwidth :
Dimension :1.8m
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800MHz 10dbi Wireless RF Omni Antenna GSM / CDMA Whip Antenna 1.8m

The KP-OM800C10 is a high gain UHF log periodic antenna ideal for base station or in-building applications with a constant perfomance throughout the band. It's with 10 dBi gain over 470-862 MHz frequency range. Log periodic dipole array design includes installed N-Female (Jack) connector

Application:

Image, video, data transmission

Point to mult-point system

Lora RFID systems

Features:

High gain Low VSWR

Long rang distance transimission

Fiberglass material

Pole mounting steel

Point to point; point to multi-point application

Specification:

Category Fiberglass Antennas
Frequency Range 806~960MHz
Bandwidth 70MHz
Gain 10dBi
Vertical Beamwidth 8°
VSWR ≤1.5
Nominal Impedance 50Ω
Polarization vertical
Maximum Power 100W
Dimensions 1.8m
Weight 2kg
Rated Wind Velocity 60m/s
Connector N Female or customization
Mounting Mast Diameter Ø35~50mm
800MHz 10 dBi Omni Wireless RF Antenna GSM CDMA 1.8m Dimension

Antenna Erection:

1 Fix the wave director and the oscillator in a counterpoint ( please take notice that the drain hole of oscillator should be downward).

2 Erect the antennas to the pole with clamp according to polarization required.

3 Connect the RF cables well, and wrap up the connector with waterproof adhesive tape, and do not let the cable flutter in the wind.

4 Make a shield for protection the water back into the home before RF cables were acrossed indoor.

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