Vertically polarized, omnidirectional base station and marine antenna.
Approximately 3 dBd gain.
Provided with the sturdy “LW” mast mount – a lightweight, multipurpose, epoxy-coated mounting bracket made of non-corrosive aluminium.
The accompanying U-bolts and fittings are made of stainless steel.
To be mounted on vertical or horizontal mast tubes, 16 to
54 mm in outer diameter.
The cable can be led either on the outside or along the inside of the mast tube.
Large bandwidth with respect to both SWR and gain.
Highly suitable for duplex operation with large spacing between the TX and the RX frequencies.
The antenna element is sealed in a high-quality, conical glass fibre tube.
All metal parts in the antenna are DC-grounded to reduce the noise caused by atmospherical discharge. Consequently, the antenna shows a DC-short across the coaxial cable.
The CXL 2400-3LW/… is a vibration-proof, lightweight, slim-line, corrosion resistant, modern style base station and marine antenna.
TYPE | PRODUCT NO. | FREQUENCY |
CXL 2400-3LW/l |
100000183 |
2300 – 2500 MHz |
CXL 2400-3LW/m |
100000169 |
2400 – 2600 MHz |
CXL 2400-3LW/h |
100000171 |
2500 – 2700 MHz |
ELECTRICAL | |
MODEL |
CXL 2400-3LW/... |
ANTENNA TYPE |
Coaxial, collinear antenna, broadbanded |
FREQUENCY |
Models within 2300 – 2700 MHz |
IMPEDANCE |
Nom. 50 Ω |
POLARIZATION |
Vertical |
GAIN |
5 dBi 3 dBd |
BANDWIDTH |
≥ 200 MHz @ SWR ≤ 2.0 |
SWR |
≤ 2.0, typ. ≤ 1.5 |
MAX. POWER |
100 W |
ANTISTATIC PROTECTION |
All metal parts DC-grounded(Connector shows a DC-short) |
MECHANICAL | |
TEMP. RANGE |
-30°C → +70°C |
CONNECTOR |
N-female |
WIND SURFACE |
Approx. 0.02 m² |
WIND LOAD |
Approx. 26 N @ 160 km/h |
COLOUR |
Marine white |
MATERIALS |
Shroud: Polyurethane-coated glass fibre Mounting bracket: Seawater resistant aluminium, epoxy-coated Clamps: Stainless steel |
TOTAL HEIGHT |
Approx. 700 mm |
DIA. IN TOP END |
22 mm |
DIA. IN BOTTOM END |
23 mm |
WEIGHT |
Approx. 600 g |
MOUNTING |
On 16 to 54 mm dia. mast tube |
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The antenna is delivered with a DC-connection between the antenna element and the mounting bracket.
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