8.0-8.5 dBd

  • F-33458 Dual Array UHF/800 MHZ

    Frequency Range: 406-512/746-960 MHz
    Gain: 8.0-8.5/8 dBd
    The F-33458 is a dual array UHF/800 MHZ Dipoles antenna. The bottom antenna is a UHF 774-70 and the top one is an 800MHz 794-70. This antenna is designed to be mounted on the top of a tower. DOWNLOAD PDF
  • F-33029D-SM-1/2 Wideband Antenna with Black Anodized Boom and Dipoles

    Frequency Range: 138-174 MHz
    Gain: 8.0 - 8.5 dBd
    The F-33029D-SM-1/2 is is a Wide Band Antenna with Black Anodized boom and dipoles. It is specifically designed for trunked Multicoupler such as X-pass systems. The 1/2 Wavelength dipole to mast spacing offers a bidirectional radiation pattern. The antenna is made of Aluminium 6061-T6. This antenna is extremely rugged and is well suited for use in severe environmental conditions. This antenna is a Low Intermod design that incorporates a minimum of moveable joints in its construction and replaces standard castings with heavy duty welded joints. The F-33029D-SM-1/2 has internal cabling design and is not field adjustable.
    • 1/4 wavelength dipole-to-mast spacing is also available for the offset radiation pattern.
    • 3/8 wavelength dipole-to-mast spacing is also available for a radiation pattern between the elliptic and the offset.
    DOWNLOAD PDF  
  • F-33029D-SM-1/4 Wideband Antenna with Black Anodized Boom and Dipoles

    Frequency Range: 138-174 MHz
    Gain: 8.0 - 8.5 dBd
    The F-33029D-SM-1/4 is is a Wide Band Antenna with Black Anodized boom and dipoles. It is specifically designed for trunked Multicoupler such as X-pass systems. The 1/4 Wavelength dipole to mast spacing offers an offset radiation pattern. The antenna is made of Aluminium 6061-T6. This antenna is extremely rugged and is well suited for use in severe environmental conditions. This antenna is a Low Intermod design that incorporates a minimum of moveable joints in its construction and replaces standard castings with heavy duty welded joints. The F-33029D-SM-1/4 has internal cabling design and is not field adjustable.
    • 1/2 wavelength dipole-to-mast spacing is also available for the bidirectional radiation pattern.
    • 3/8 wavelength dipole-to-mast spacing is also available for a radiation pattern between the elliptic and the offset.
    DOWNLOAD PDF  
  • F-33029D-SM-3/8 Wideband Antenna with Black Anodized Boom and Dipoles

    Frequency Range: 138-174 MHz
    Gain: 8.0 - 8.5 dBd
    The F-33029D-SM-3/8 is is a Wide Band Antenna with Black Anodized boom and dipoles. It is specifically designed for trunked Multicoupler such as X-pass systems. The 3/8 Wavelength dipole to mast spacing offers a radiation pattern between the elliptic and the offset. The antenna is made of Aluminium 6061-T6. This antenna is extremely rugged and is well suited for use in severe environmental conditions. This antenna is a Low Intermod design that incorporates a minimum of moveable joints in its construction and replaces standard castings with heavy duty welded joints. The F-33029D-SM-3/8 has internal cabling design and is not field adjustable.
    • 1/4 wavelength dipole-to-mast spacing is also available for the offset radiation pattern.
    • 1/2 wavelength dipole-to-mast spacing is also available for a bidirectional radiation pattern.
    DOWNLOAD PDF  
  • F-33029D-TM-1/2 Wideband Black Anodized Antenna

    Frequency Range: 138-174 MHz
    Gain: 8.0 - 8.5 dBd
    The F-33029D-TM-1/2 is is a Wideband Black Anodized Antenna. It is specifically designed for trunked Multicoupler such as X-pass systems. The 1/2 Wavelength dipole to mast spacing offers a bidirectional radiation pattern. The antenna is made of Aluminium 6061-T6. This antenna is extremely rugged and is well suited for use in severe environmental conditions. This antenna is a Low Intermod design that incorporates a minimum of moveable joints in its construction and replaces standard castings with heavy duty welded joints. The F-33029D-TM-1/2 has internal cabling design and is not field adjustable.
    • 1/4 wavelength dipole-to-mast spacing is also available for the offset radiation pattern.
    • 3/8 wavelength dipole-to-mast spacing is also available for a radiation pattern between the elliptic and the offset.
    DOWNLOAD PDF  
  • F-33029D-TM-1/4 Wideband Black Anodized Antenna

    Frequency Range: 138-174 MHz
    Gain: 8.0 - 8.5 dBd
    The F-33029D-TM-1/4 is is a Wideband Black Anodized Antenna. It is specifically designed for trunked Multicoupler such as X-pass systems. The 1/4 Wavelength dipole to mast spacing offers an offset radiation pattern. The antenna is made of Aluminium 6061-T6. This antenna is extremely rugged and is well suited for use in severe environmental conditions. This antenna is a Low Intermod design that incorporates a minimum of moveable joints in its construction and replaces standard castings with heavy duty welded joints. The F-33029D-TM-1/4 has internal cabling design and is not field adjustable.
    • 1/2 wavelength dipole-to-mast spacing is also available for the bidirectional radiation pattern.
    • 3/8 wavelength dipole-to-mast spacing is also available for a radiation pattern between the elliptic and the offset.
    DOWNLOAD PDF  
  • F-33029D-TM-3/8 Wideband Black Anodized Antenna

    Frequency Range: 138-174 MHz
    Gain: 8.0 - 8.5 dBd
    The F-33029D-TM-3/8 is is a Wideband Black Anodized Antenna. It is specifically designed for trunked Multicoupler such as X-pass systems. The 3/8 Wavelength dipole to mast spacing offers a radiation pattern between the elliptic and the offset. The antenna is made of Aluminium 6061-T6. This antenna is extremely rugged and is well suited for use in severe environmental conditions. This antenna is a Low Intermod design that incorporates a minimum of moveable joints in its construction and replaces standard castings with heavy duty welded joints. The F-33029D-TM-3/8 has internal cabling design and is not field adjustable.
    • 1/4 wavelength dipole-to-mast spacing is also available for the offset radiation pattern.
    • 1/2 wavelength dipole-to-mast spacing is also available for a bidirectional radiation pattern.
    DOWNLOAD PDF