Products

  • F-3749 Tri-Band Antenna

    Frequency Range: VHF / 406-490 / 760-960 MHz
    Gain: Unity
    Designed for external Public Safety Radio Frequencies to propagate within buildings, tunnels or public use environments
    • Offered with Fire Retardant 6200 Kydex
    • Meet the recommended fire safety practices of both the Federal Transit Administration (FTA) and the Federal Rail Administration (FRA) for smoke emission and flammability as tested under ASTM E-662 and ASTM E-162
    • The F-3749 Antenna is available in custom colors for orders of 150 or more.
    DOWNLOAD PDF INSTALLATION PDF DOWNLOAD DIGITAL PATTERNS
  • F-3749-B Tri-Band Antenna

    Frequency Range: VHF / 406-490 / 760-960 MHz
    Gain: Unity
    Designed for external Public Safety Radio Frequencies to propagate within buildings, tunnels or public use environments
    • Offered with Fire Retardant 6200 Kydex
    • Meets the recommended fire safety practices of both the Federal Transit Administration (FTA) and the Federal Rail Administration (FRA) for smoke emission and flammability as tested under ASTM E-662 and ASTM E-162
    • The F-3749B Antenna is available in custom colors for orders of 150 or more.
    DOWNLOAD PDF
  • F-3749A Tri-Band Antenna F-3749A Tri-Band Antenna

    F-3749A Tri-Band Antenna

    Frequency Range: VHF / 406-490 / 760-960 MHz
    Gain: Unity
    Designed for external Public Safety Radio Frequencies to propagate within buildings, tunnels or public use environments
    • Offered with Fire Retardant 6200 Kydex
    • Meet the recommended fire safety practices of both the Federal Transit Administration (FTA) and the Federal Rail Administration (FRA) for smoke emission and flammability as tested under ASTM E-662 and ASTM E-162
    DOWNLOAD PDF INSTALLATION PDF
  • F-3758

    Frequency Range: 806-960 MHz
    Gain: Unity
    Our line of radome transit antennas for operation in the 806-960 MHz band consists of compact, low profile antennas in weatherproof ABS radomes. When mounted on a horizontal surface, maximum radiation is omnidirectional and vertically polarized. These antennas are an excellent choice for low clearance applications such as those found on trains, mass transit vehicles, construction equipment and police and emergency vehicles. The F-3758 model is a standard, folded radiator housed in a sturdy high-impact ABS radome. To ensure a moisture proof installation, the F-3758 model is supplied with a mounting gasket. DOWNLOAD PDF
  • F-3766 VHF Exposed Dipole with Reflectors

    F-3766 VHF Exposed Dipole with Reflectors

    Frequency Range: 138-174 MHz
    Gain: 9-10 dBd
    Ideal for state or country borders
    • Offered in a 3/8 wave version
    • Fully welded
    • The reflectors provide more directivity and greater front-to-back ratios.
    • The exposed dipoles have internal cabling and fixed dipole- mast spacing.
    • Side or top mount, heavy-duty and black anodized versions available
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERNS  
  • F-3872 UHF Yagi Antenna

    F-3872 UHF Yagi Antenna

    Frequency Range: 406-470 MHz
    Gain: 3.5 dBd
    Rugged design to withstand harsh environmental conditions
    • Available in the UHF configuration (3 frequency splits)
    • Available in 2, 3, 7 element and 70 MHz wideband configurations
    • Vertical or horizontal polarization
    • DC ground for lightning protection
    • Fully welded for added durability
    • Black anodized and heavy-duty versions available
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERN
     
  • F-3953 UHF Antenna

    Frequency Range: 380-470 / 450-512 MHz
    Gain: Unity
    Designed for external Public Safety Radio Frequencies to propagate within buildings, tunnels or public use environments
    • Multiple frequency bands
    • Aluminum painted
    DOWNLOAD PDF
  • F-3980

    Frequency Range: 138-174 / 746-960 MHz
    Gain: 2.0-2.5/5.0 dBd
    The F-3980 is a wide band dual antenna with an 871F-70 on the base and a 792-70 on the top. The antenna offers for the 871F-70 a choice of radiation patterns that are determined by the dipole-to-mast spacing. The F-3980 has an internal cabling and is not field adjustable. The 871F-70 antenna is offered in a ¼, 3/8, or ½ wave pattern spacing versions. SPEC Sheet
  • F-3987 UHF Antenna

    Frequency Range: 380-512 MHz
    Gain: Unity
    Designed for external Public Safety Radio Frequencies to propagate within buildings, tunnels or public use environments
    • Aluminium painted
    DOWNLOAD PDF
  • F-3990 VHF Peak Performance Antenna

    Frequency Range: Available for 136-174 MHz
    F-3990 This VHF antenna is designed for applications that require peak performance in the 136-174 MHz while tolerating a VSWR around 2.0:1. This antenna has a loading coil between the radiating element and the base. This coil increases the electrical length and makes the antenna perform electrically as a 1/4 wave antenna, but shorter than a regular 1/4 wave antenna. Typical gain, when mounted on a ground plane, is comparable to a full 1/4 wave. Mounts on NMO. The upper element is made from a brass wound cable with a flexible shaft core, well sealed using rubber shrink material. This solution offers a high reliability and prevents breakage or brittleness. Other frequencies are available upon request. DOWNLOAD PDF
  • Filter Rack Mounting Systems Filter Rack Mounting Systems
    Designed for flexible, space saving filter systems
    • 4 types of racks:
      • 19 inch standard racks
      • X–racks
      • Stack racks
      • Wall-mount and cabinets
    • 5 types of mounting hardware:
      • Cabinet mount (CM)
      • Wall mount (WM)
      • Rack mount (RM)
      • Tower mount (TM)
      • Tray mount (TRM)
    • Mounting hardware manufactured to your specifications available
    DOWNLOAD PDF
  • HTC-13-02HD Hybrid Transmit Combiner

    Frequency Range: 138-174 MHz
    Designed for compact, close frequency installations. Ideal for very closely spaced frequency transmitters
    • Ideal for intermodulation panels, providing extra protection with their second harmonic filters, when physical space is at a premium or is constrained, and for providing extra isolation between two very close transmitters
    • High isolation: minimizes intermodulation products
    • Low loss: maximizes system performance
    • Continuous power:
      • Physical size and materials used maximizes the performance across the operating band
    DOWNLOAD PDF