Procom CXL 70-5HD-... - Manual

CXL 70-5HD/...
Sturdy, 5 dBd, Omnidirectional Base Station Antenna for the
TETRA Bands
DESCRIPTION
CXL 70-5HD/… is an 5 dBd, vertically polarized, omnidirectional base
station antenna for the TETRA bands.
The antenna has a band width of 20 MHz.
The antenna is provided with our sturdy type “HD” mast mount, which is
a heavy-duty, multipurpose mounting bracket made of non-corrosive
aluminium. The accompanying U-bolts and fittings are made of stainless
steel.
The antenna can be mounted on mast tubes of 58 to 105 mm in outer
diameter. Further, the construction of the mount makes it possible to
lead the cable either along the inside or on the outside of the mast tube.
The antenna element is sealed in a high-quality, conical glass fibre tube
with low wind-load, which will ensure performance undisturbed in all
climates.
To substantially reduce noise caused by atmospherical discharges, all
metal parts in the antenna are DC-grounded. Consequently, the antenna
shows a DC-short across the coaxial cable.
CXL 70-5HD/… is a vibration-proof, slim-line, corrosion-resistant,
modern style base station antenna.
ORDERING DESIGNATIONS
TYPE PRODUCT NO. FREQUENCY
CXL 70-5HD/l 100000124 380 - 400 MHz
CXL 70-5HD/h 100000235 410 - 430 MHz
SPECIFICATIONS
ELECTRICAL
MODEL CXL 70-5HD/...
ANTENNA TYPE High-gain collinear
FREQUENCY 380 - 400 MHz and 410 - 430 MHz
IMPEDANCE Nom. 50 Ω
RADIATION Omnidirectional
POLARIZATION Vertical
GAIN 7 dBi 5 dBd
HALF POWER
BEAMWIDTH
15°
BANDWIDTH 20 MHz
SWR ≤ 1.5
MAX. POWER 250 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 0.21 m²
WIND LOAD 274 N @ 160 km/h
COLOUR Marine white
MATERIALS Radome: Polyurethane-coated glass fibre
Mounting bracket: Seawater resistant aluminium,
polyester coated
TOTAL HEIGHT Approx. 3.2 m
WEIGHT Approx. 6 kg
MOUNTING On 58 - 105 mm dia. mast tube
MULTI-PURPOSE MOUNTING BRACKET
PLEASE NOTE
When using the CXL 70-5HD/… at windy locations where wind speeds of
more than 150 km/h can be expected, the antenna must be mounted on the
side of the mast and the top section of the glass fibre tube stabilized with a
bracket.