900-928 MHz YAGI Antenna 8 dbi

SKU: ZDADJ928-8

$42.00

Frequency: 900-928MHz, gain: 8dBi 900MHz Yagi Antenna series designed primarily for directional applications, Point to point systems. The wide band antenna ideally suited for 900MHz Cellular band, 900MHz ISM Band & GSM Wireless LAN systems, Point to multipoint & Non Line of Sight(NLOS) applications RFID ,SCADA ,Wireless Video Links

The Yagi directional Series antenna system offered by ZDA Communications is constructed of 6061-T6 Aluminum for outstanding service life. Individual elements are riveted with stainless steel rivets to the main boomm for permanent attachment. These antennas have high gain and good front to back performance to minimize external interference. They can be mounted in vertical or horizontal polarization. Provides the user with anodized aluminum boom, solid elements, Heavy duty mounting hardware Waterproof Design for all-weather operation. These Yagi directional antennas from ZDA Communications are offered at a very cost-effective price.

Available: In stock

50 in stock (can be backordered)

Quantity Price
1 - 9 $42.00 ( Selling price )
10 - 29 $39.90 ( 5 % Discount )
30 - 99 $38.85 ( 7.5 % Discount )

Description

Covering 900-928MHz, with 8 dbi gain. Ideally suited for cellular, GSM band, rugged industrial grade design. Mounting brackets are included, and comes with N-female connector.

Additional information

Weight 3.5 lbs
Dimensions 14 × 8 × 4 in

Features And Applications

Features

  • All weather Anodized Aluminum construction
  • Can be installed for either vertical or horizontal polarization
  • Solid Aluminum elements
  • Heavy duty mounting hardware

Applications

  • 900MHz Cellular
  • 900MHz ISM Band & GSM Wireless LAN systems
  • Point to multipoint & Non Line of Sight(NLOS) applications
  • RFID & SCADA
  • Wireless Video Links

DATA Sheet And STEP File

To View STEP File, Follow This Link: ZDADJ928-8YG STEP File 

Reviews

There are no reviews yet.

Be the first to review “900-928 MHz YAGI Antenna 8 dbi”

Your email address will not be published.