PANORAMA ANTENNAS SW3-1108 – v1 MiMo 4G Dome Combination Antenna Range Instruction Manual
- June 17, 2024
- Panorama Antennas
Table of Contents
Installation Instructions
L[X]M[X]M4[X]-6-60-[X]14-72
SW3-1108 – v1
Introduction
The L[X]M[X]M4[X]-6-60-[X]14-72 MiMo antenna is designed as a dual 4×4 solution for routers with appropriate port mapping. The robust low profile housing contains 4x 4G LTE / 5G NR elements covering 617-960/1427-6000MHz (low medium and high (LMH) bands) and 2x or 4x 4G LTE / 5G NR elements covering 1710-6000MHz (medium and high (MH) bands) . Versions of the product are available with up to 2x WiFi elements supporting WiFi 6e 2.4/5.1507.125GHz and optional L1 only or L1/L5 GPS/GNSS. The antenna is suitable for fitment to panels up to 4mm (0.15”) thick.
Mounting requirements and selecting location
The L[X]M[X]M4[X]-6-60-[X]14-72 range can be mounted on a conductive or non-
conductive panel. Select a mounting location, checking for panel curvature to
ensure that the antenna base will have a flat mounting surface if possible.
Ensure that there is adequate under panel clearance and that there are no
obstructions under the panel. Measure to check for central position if
applicable. For optimal performance the antenna should, if possible, be
mounted at least 300mm (1ft) away from other conductive objects on the
mounting panel.
Prepare and drill hole
Electrical Safety Note
LGM[X]M4[X]-6-60-[X]14-72 contains an active L1 Band GPS/GNSS antenna. Rated
voltage: 3-5VDC Rated current: <20mA maximum.
LG5M[X]M4[X]-6-60-[X]14-72 contains an active L1/L5 Band GPS/GNSS antenna.
Rated voltage: 3-5VDC Rated current: <50mA maximum.
The supply to these devices must be provided with over current protection of
1A maximum.
Important Note Regarding Sealing
It is important that the periphery of the antenna is sealed and that no
moisture is allowed to penetrate under the antenna boot.
To ensure that the antenna base is effectively sealed against the mounting
surface, care must be taken regarding curvature of the mounting panel.
It is highly recommended that the antenna is installed on a clean, flat and
level surface. After installation, the compression of the rubber boot against
the mounting panel should be checked – If necessary, a small bead of neutral
cure silicone sealant can be applied around the edge of the mounting boot.
Mask panel area around hole position to protect fi nish. Drill a pilot hole,
and then increase to 19mm (3/4”), ensuring that drill/ cutter bit does not
contact any parts under the panel. Clean area around the hole, carefully
removing all swarf.
Fitting the antenna
Note: It is recommended that the installation is carried out when the
temperature is greater than 50°F (10°C) as the ideal temperature for the pad
bonding is 70°F (21°C) to 100°F (37°C).
Remove protective backing from underside of antenna, feed coaxial cables
through panel. Position the antenna over the hole ensuring correct orientation
and stick to panel by applying firm, even, downward pressure. When fitting the
nut, it is important to ensure that the cables are held centrally whilst the
nut is correctly started on the threads. The nut should fit freely by hand and
only requires a final tighten by spanner to a recommended torque of 5Nm.
IMPORTANT: Do not exceed a torque of 5Nm (3.6ft/lbs) when tightening the
securing nut.
Routing and terminating coaxial cable(s)
The L[X]M[X]M4[X]-6-60-[X]14-72 includes two elememt types; those marked
4G/5G-A/B/C/D in yellow cover low, medium and high (LMH) bands
617960/1427-6000MHz an those marked Cell 1/2/3/4 in blue cover medium and high
(MH) bands only 1710-6000MHz. The port mapping information for the router
should be checked to ensure that the correct element type is connected to the
correct port on the router. It does not matter which element of each type is
connected to which port of each type provided that the frequencies covered by
the radio port and the antenna element are matched correctly.
Connect the extension cables to the antenna pigtails, ensuring that the cable
labels match – this is critical to allow correct connection at the router.
Route the coaxial cables to the equipment, taking care to avoid fouling any
moving component. If installed on a vehicle, the cables must not be routed in
front of any airbag device. Respect a minimum bend radius of 25mm (1”) for the
extension cables and 12mm (3/4”) for the pigtail cables if possible.
Once the correct router port and antenna cable configuration has been
established connect the extension cables to the appropriate router connectors.
When routing the cables take care to avoid running them adjacent to any
existing wiring or obstructing any moving components. If installed on a
vehicle the cables must not be routed in front of any airbag device.
Commission and test
Check GPS/GNSS cable (where applicable):
- Check the GPS/GNSS cable(s) with DC to measure high resistance.
- Connect the GPS / GNSS cable(s) to the GPS/ GNSS receiver(s) and check for satellite acquisition.
Check comms cable(s):
- Carry out VSWR check, should measure in line with datasheet specifications.
- Connect comms cables to equipment.
Notices
CAUTION
Consider relevant RF exposure rules. Ensure that the antenna is installed to
provide a minimum separation distance of at least 20 cm (8”) from all persons
during use..
DO NOT
- operate the transmitter when someone is within 20 cm (8”)of the antenna.
- operate the equipment in an explosive atmosphere.
- chew parts or put them in mouth, keep away from unsupervised children.
European Waste Electronic Equipment Directive 2002/96/EC
Waste electrical products should not be disposed of with household waste. All
electronic products with the WEEE logo must be collected and sent to approved
operators for safe disposal or recycling. Please recycle where facilities
exist. Many electrical/electronic equipment retailers facilitate “Distributor
Take-Back scheme”for household WEEE. Check with your Local Authority or
electronic retailers for designated collection facilities where WEEE can be
disposed of for free.
Head Office
61 Frogmore, Wandsworth, London, SW18 1HF, UK