• Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna

Plate High Gain Elevator Shaft Antenna

No.VLG-LA-52

Model:V2164-009-A-01

Frequency range:1710-2170MHz,3300-3600MHz

Gain:15dBi@1710-2700MHz;17dBi@3300-3600MHz

VSWR:≤1.5

H-Beamwidth:30±10@1710-2700MHz;15±5@3300-3600MHz

V-Beamwidth:30±10@1710-2700MHz;10±5@3300-3600MHz

VSWR:≤1.8

Impedance(Ω):50

size(mm):550×280×85

Connector:2*N Female

Application : wireless communication in elevators, communication coverage between floors, and public safety communication

  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
  • Plate High Gain Elevator Shaft Antenna
Description

Overview

Elevator shaft antennas are designed with high gain antennas, with wide beamwidth and low vertical lobe width, to enhance wireless signal coverage inside elevators, and have a wide range of applications in providing wireless network coverage, supporting communication systems, monitoring and security systems, wireless sensor networks, asset management, intelligent building integration, Internet of Things applications and signal relays.

Key Features

• Powerful signal coverage 

It can effectively penetrate the metal structure of the elevator shaft to ensure stable wireless signal coverage throughout the elevator shaft area

• Strong anti-interference  performance

It can effectively reduce the influence of external interference on the signal and ensure the stability of communication.

 Directional signal transmission

Using directional signal transmission technology, the signal is concentrated in a specific direction, reducing signal diffusion and attenuation, and providing a more reliable communication connection.

 Easy to install and maintain

It can be installed on the wall, ceiling or other suitable locations for flexible deployment. Easy installation for regular inspection and maintenance.

Specification

Electrical parameter
Frequency range (MHz) 1710-2170 3300-3600
Polarization Horizontal polarization
Gain (dBi) 15 17
Horizontal half power lobe width (°)  30±10 15±5
Vertical half power lobe width (°)  30±10 10±5
F/B Ratio (dB) ≥23
VSWR ≤1.8
Impedance(Ω) 50
Crossover (dBm) ≤ -145(@33dBm)
Max. Power(W) 200

Mechanical Specifications
Connector location side
Connector 2*N Female
size(mm) 550×280×85
Weight(Kg) 3.4
Working wind speed (km/h)  ≥110
Maximum wind speed (km/h)  200
Operating temperature (℃) -40~+60
Limit temperature (℃)  -55~+75
Cover material  ABS
The ice thickness 10mm is not destroyed
Protection level Waterproof and dustproof level meets IP55, flame retardant, metal parts that meet GB 8624-2012 B1 level products and related supporting facilities are hot-dip galvanized to fully meet the requirements of rust prevention
Lightning protection  Direct grounding (top lightning rod with lightning rod directly connected to the bottom steel frame)
Installation Top installation
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