L-com

477 MHz Omni Antenna 6.5 dBi Gain, 5.5 mm Spring FME Male Connector, White Fiberglass Radome

SKU LCANOM1074
QTY available 13
Quantity Price
1 - 9 $175.99
10 - 24 $168.95
25 - 99 $161.91
100 + Call Us
Price $175.99

All Prices are in US Dollars and do not include duties



The L-com LCANOM1074 is a single band antenna that ships on the same day as ordered. Our vertical polarized antenna with 472 to 482 MHz frequency range has a FME male connectors. This antenna with a white radome made of fiberglass has an overall length of 28.74 in, a width of 2 in, and a weight of 2.42 lbs.

L-com’s LCANOM1074 is a single band antenna operating from 472 to 482 MHz with 6.5 dBi gain. The omni directional antenna has a maximum input VSWR of 2:1.

L-com has one of the largest in-stock collections of omni directional antennas with our wide selection of superior quality RF parts, that ship same day. Make your online purchase right now to take advantage of our same-day shipping. For further information on similar products, our expert technical support and knowledgeable sales team can help you get the ideal single band antenna as per your requirement.


Features
  • Heavy Duty 5.5mm Spring Diameter
  • Vertically Polarized
  • 6.5 dBi Gain
  • FME Male Connector
  • 14.75 ft RG58 Cable
  • White Fiberglass Radome

Application
  • Offroad/Overland Vehicles
  • Mining/Industrial Heavy Equipment
  • Commercial Trucking
  • Fleet Management
  • Farm Equipment


Product Resources

Key Specifications

Key Specifications

Polarization
Vertical
Minimum Frequency
472 MHz
Maximum Frequency
482 MHz
Connector Series
SMA
Connector Gender
Male
Impedance
50 Ohm
Maximum Input VSWR
2:1

Product Compliance

Product Compliance

REACH status
Not Available
RoHS status
Not Available
TSCA status
Not Available
PFAS status
Not Available

For any of the above statuses that are not available, we may be able to obtain the data by contacting various compliance specialists within our supply chain. You may ask our Compliance Department if that information can be obtained by clicking the contact us button below.