RADOME OMNI ANTENNA GHz, 6 dbi, FOAM FILLED

Size: px

Start display at page:

Download "RADOME OMNI ANTENNA GHz, 6 dbi, FOAM FILLED"

Lenard Roger Chase
5 years ago
Views:

1 RADOME OMNI GHz, 6 dbi, FOAM FILLED PAGE 1/8 ISSUE 1525 SERIES

2 RADOME OMNI GHz, 6 dbi, FOAM FILLED PAGE 2/8 ISSUE 1525 SERIES ELECTRICAL CHARACTERISTICS Frequency: MHz Nominal Impedance: VSWR:..... <2.0:1 Typical 3.0:1 Max Typical Gain Over Frequency Band: dbi Radiation Pattern -3 db beam-width (Elevation) : (Typ) Electrical Tilt :... 0 Side Lobes : dbi Max Antenna Polarization:. Vertical Connector type:. N Female Power Handling: W (CW) DC Grounding:... Yes MECHANICAL CHARACTERISTICS Antenna Color :... Antenna Material :... Weight :... Overall length :... Black Polycarbonate 6.25 Oz Inches Max

3 RADOME OMNI GHz, 6 dbi, FOAM FILLED PAGE 3/8 ISSUE 1525 SERIES ENVIRONMENTAL CHARACTERISTICS Operating Temperature: / +85 C MIL -STD-810G, Methods & 502.5, Procedure II Storage Temperature : / +85 C MIL-STD-810G, Methods & 502.5, Procedure I Temperature Shock :... MIL-STD-810G, Methods 503.5, Procedure I-B -40, +85, -40 C Shock Stability (Functional) : G MIL-STD-810G, Method 516.6, Procedure I Immersion (Mated Condition) : MIL-STD-810G, Method 512.5, Procedure I, 27 C above ambient preconditioning temp. Vibration :(General)... MIL-STD-810G Method 514.6, Procedure I Category 24 Figure 514.6E-1 Vibration :(Random)... ETSI EN Tested to IEC , Class 4M5 per IEC Vibration :(Sinusoidal)... ETSI EN Tested to IEC , Class 4M7 per IEC Meters Minutes Product in Conformity with the ROHS (Restriction of Hazardous Substances) and WEEE (Waste Electrical and Electronic Equipment) requirements

4 dbi VSWR:1 Technical Data Sheet RADOME OMNI GHz, 6 dbi, FOAM FILLED PAGE 4/8 ISSUE 1525 SERIES ELECTRICAL PERFORMANCE 4.0 VSWR Frequency Figure 1: VSWR Frequency GHz Figure 2: Gain at Horizon

5 RADOME OMNI GHz, 6 dbi, FOAM FILLED PAGE 5/8 ISSUE 1525 SERIES Figure 3: Vertical Radiation 5150 MHz Figure 4: Vertical Radiation 5350 MHz

6 RADOME OMNI GHz, 6 dbi, FOAM FILLED PAGE 6/8 ISSUE 1525 SERIES Figure 5: Vertical Radiation 5550 MHz Figure 6: Vertical Radiation 5750 MHz

7 RADOME OMNI GHz, 6 dbi, FOAM FILLED PAGE 7/8 ISSUE 1525 SERIES Figure 5: Vertical Radiation 5950 MHz

8 RADOME OMNI GHz, 6 dbi, FOAM FILLED PAGE 8/8 ISSUE 1525 SERIES Installation Guidelines Using MD Clamping Mount Bracket 1. Position antenna into mount bracket. Tighten bolt using 13 mm wrench. 2. Position antenna mount assembly onto pole and install v-bolt. Install nuts and tighten using 13 mm wrench. Pole size.75 to 2 inch diameter. 3. Wall mount antenna by placing antenna mount assembly against wall. NOTE: Wall mount hardware (Not Included) must be adequate for the material it is going into. Do not use v- bolt for wall mount application.

The Reverse Polarity TNC(m) RF connector can be easily secured or removed from equipment in the field by a single gloved hand, no tools required.

The Reverse Polarity TNC(m) RF connector can be easily secured or removed from equipment in the field by a single gloved hand, no tools required. Overview Southwest Antennas is a half wave dipole omni antenna with a frequency range of 1.35 to 1.40 GHz and 2.15 dbi of peak gain. This product features an integrated RF bandpass filter to help eliminate