Antennas & Clamps

  • Circular Polarized Antenna
    205-70

    Frequency Range: 138-174, 406-512, 764-806, 806-866, 900-960 MHz
    Gain: Unity
    Constructed from high strength, corrosion resistant aluminum alloy and stainless steel
    • Available in VHF, UHF, 800/900 MHz configurations
    • Rugged design to withstand harsh environmental conditions
    • Circular polarization
    • DC ground for lightning protection
    This antennas are available in both Right Hand Circular Polarization (RHCP) and Left Hand Circular Polarization (LHCP). SPEC SHEET VHF SPEC SHEET UHF SPEC SHEET 700/800/900
  • 871F-70-2 Exposed Dipole (220 MHz)

    Frequency Range: 215-225 MHz
    Gain: 2.0-2.5 dBd
    Adjustable, fixed, side or top mount antenna
    • Offered in a 1/4, 3/8 or 1/2 wave spacing version
    • The 871A-70-2 has external cabling and a field-adjustable pattern.
    • The 871F-70-2 has internal cabling and fixed dipole-mast spacing.
    • Heavy-duty and black anodized versions available
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERNS
  • 945-70-NF Log Periodic Antenna

    Frequency Range: 580-3000 MHz
    Gain: 8-9 dBd
    Wide band, ideal for Public Safety and Cellular applications:
    • Provides excellent coverage solutions in order for external Public Safety Radio Frequencies to propagate within buildings, tunnels or public use environments.
    • Rugged design to withstand the most extreme environmental conditions.
    • Extra wide bandwidth for use in multiple bands.
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERN
  • 440-70HD UHF Corner Reflector Antenna

    Frequency Range: 406-512 MHz
    Gain: 9.5 dBd
    Broadband, ideal for point-to-point applications
    • Available in VHF, UHF, 700/800/900 MHz configurations
    • Good directivity, very high front-to-back ratio
    • Performance is constant throughout the band
    • Rugged design to withstand harsh environmental conditions
    • Ultra-low VSWR ratings
    • Vertical or horizontal polarization
    • DC ground for lightning protection
    • Heavy-duty versions available
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERNS
     
  • 882-70-A VHF Exposed Dipole Array (Aviation)

    Frequency Range: 118-138 MHz
    Gain: 3.0/5.5 dBd
    880 Aviation Series. Offered in omnidirectional or bi-directional versions
    • Internal cabling, fixed dipole-mast spacing and adjustable pattern control
    • Heavy-duty, black anodized  versions available
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERNS
  • 928-70 Collinear Omnidirectional Antenna

    Frequency Range: 746-806 / 806-869 / 885-960 MHz
    Gain: 8.5 dBd
    Available in three frequency splits: 746-806; 806-869 or 885-960 within the 746 to 960 MHz range.
    • Constructed with a high quality fiberglass light-grey radome
    • Aluminum mounting hardware included with the antenna
    DOWNLOAD PDF
  • 834-70 Light Duty VHF Exposed Dipole

    Frequency Range: 148-174 MHz
    Gain: 6.0 or 9.0 dBd
    Light duty VHF exposed dipole
    • Available in a VHF configuration (2 frequency splits)
    • Low VSWR version with maximum gain over specified frequency
    • External cabling and fixed dipole-mast spacing
    • Adjustable pattern for omnidirectional or offset coverage
    • The 834-70 antenna is shipped in two sections to be assembled on site.
      DOWNLOAD PDF
  • 832-70 Light Duty VHF Exposed Dipole

    Frequency Range: 148-174 MHz
    Gain: 3.0 or 6.0 dBd
    Light duty VHF exposed dipole
    • Available in a VHF configuration (2 frequency splits)
    • Low VSWR version with maximum gain over specified frequency
    • External cabling and fixed dipole-mast spacing
    • Adjustable pattern for omnidirectional or offset coverage
    DOWNLOAD PDF  
  • 965-70BR Parabolic Reflector Antenna

    965-70-HDBR Parabolic Reflector Antenna

    Frequency Range: 698-960 MHz
    Gain: 16.5 dBd
    Broadband, ideal for point-to-point applications where restrictions on beam width are present
    • SRSP-507 Category A Compliant
    • Very high front-to-back ratio
    • Performance is constant throughout the band
    • Mechanical resonance reducing design
    • Rugged design to withstand harsh environmental conditions
    • Highly-directive parabolic antenna consisting of a back-firing dipole reflector assembly for increased gain and directivity
    • Ultra-low VSWR ratings
    • Vertical or horizontal polarization
    • DC ground for lightning protection
    • Black Anodized with a Radome
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERNS
  • 965-70-HDB Parabolic Reflector Antenna

    Frequency Range: 698-960 MHz
    Gain: 16.5 dBd
    Broadband, ideal for point-to-point applications where restrictions on beam width are present
    • SRSP-507 Category A Compliant
    • Very high front-to-back ratio
    • Performance is constant throughout the band
    • Mechanical resonance reducing design
    • Rugged design to withstand harsh environmental conditions
    • Highly-directive parabolic antenna consisting of a back-firing dipole reflector assembly for increased gain and directivity
    • Ultra-low VSWR ratings
    • Vertical or horizontal polarization
    • DC ground for lightning protection
    • Black anodized
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERN
  • Our offering of clamps has evolved over the last 40 years and is among the greatest in the industry. We offer standard clamp designs as well as many custom-designed examples for customers with unique installation requests. Most of our clamps are fabricated using hot-dipped galvanized high grade steel. They incorporate oversized U-bolts and fastening hardware. We also offer stainless steel versions as an alternative for use in extremely corrosive environments. DOWNLOAD PDF
  • Our offering of clamps has evolved over the last 40 years and is among the greatest in the industry. We offer standard clamp designs as well as many custom-designed examples for customers with unique installation requests. Most of our clamps are fabricated using hot-dipped galvanized high grade steel. They incorporate oversized U-bolts and fastening hardware. We also offer stainless steel versions as an alternative for use in extremely corrosive environments. DOWNLOAD PDF