Panorama Antennas FIND4/GPS D4/SHK 4 Series User manual

Installation
Instructions
SW3-1025- v1
Dual Sharkee
FIND4/GPS[2]D4[W]/SHK[G]4[W]-6-60[-H][-Q][-D]

Installation Instructions
Contact Information
Content
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EN
4-9
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1. Introduction
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The FIND4/GPS[X]D4/SHK[G]4 series is a multi-function sharkfin style antenna with 4x4 MiMo for
4G/5G. The GPS[X]D4 incorporates either a single or multiple GPS/ GNSS antennas with 26dB gain
LNA or a single L1/L2/L5 antenna with up to 37dB LNA gain. The GPS[X]D4 type features an M6
mounting stud for an optional comms whip. Note: The SHK[G]4 type does not have this feature .
Versions are available which can include up to 6x6 MiMo dual band WiFi 6e function. The antenna is
suitable for fitment to vehicle panels up to 4mm (0.15”) thick. An extended mounting kit for thicker panels
is available as an accessory.
2. Mounting requirements and selecting location
For optimum performance, it is recommended that all versions of the antenna are fitted on a conductive
(metal) panel, although it is possible to mount the antenna on a non-conductive panel with acceptable
performance for all the internal antenna functions. For GPS[X]D4 type, when a whip is to be used, the
antenna must be fitted on a conductive ground plane - recommended minimum size is 1⁄2 wave length
diameter at the lowest frequency of whip operation. To calculate this size, use formula below:
50 / frequency in MHz = 1⁄2 wavelength (m)
Example: 150MHz =100cm (39.4”); 400MHz = 38cm (15”); 900MHz =16cms (6.3”).
When fitting on a non-metallic panel, a ground plane plate of suitable size should be fabricated and fitted
under the mounting panel.
Electrical Safety Note
The standard GPS[X]D4/SHKG4 contain single or multiple active GPS/GNSS antennas.
Rated voltage: 3-5VDC
Rated current (each antenna): 20mA maximum.
The GPS25D4/SHK25G4 contain a single active GPS/GNSS antenna.
Rated voltage: 3-12VDC. Rated current: 35mA maximum.
The supply to these devices must be provided with over current protection
of 1A maximum.

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Important Note Regarding Sealing
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 and if necessary, a small bead of neutral cure silicone sealant can be applied
around the edge of the mounting boot. It is important that the periphery of the antenna is sealed and that
no moisture is allowed to penetrate under the antenna boot.
3. Prepare and drill hole
Up to 13 cables fitted with standard (SMA/FME) connectors, or 12
cables fitted with FAKRA type connectors can pass through a 19mm
(3/4”) clearance hole. If other connector types are fitted or the
number of feeds exceeds these limits, you may need to consider
drilling a larger mounting hole. Mask panel area around hole
position to protect paintwork and headliner. Drill a pilot hole, and
then increase to 19mm (3/4”), ensuring that drill/cutter bit does not
contact headliner. Clean area around the hole, carefully removing
any burrs and swarf. Remove paint and primer from under panel
surface to ensure low resistance contact by washer and nut. Apply
some petroleum jelly or paint around the hole to prevent corrosion.
Hole
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4. Fitting the antenna
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.
In all cases, the earthing washer must make low resistance electrical contact with the ground plane (<0.2
Ω).Select a mounting location, checking for roof curvature to ensure that the antenna base will have a
flat mounting surface if possible. The antenna should be located as far as possible from surrounding roof
mounted items (e.g light bar, air con unit). Ensure that there is adequate under panel clearance and that
there is no double skin panel or cross brace present. Measure to check for central position if applicable.

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Firmly press down on antenna to affix to
mounting surface, ensure that seal skirt
splays out into surface
Feed cables through hole
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2Remove nut, washer. Remove pad liner
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Prepare mounting surface. Drill hole etc.
as per standard instructions
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. It is important not to over-tighten the nut as this may cause damage to the
mounting panel. Remove blanking cap and screw comms antenna whip securely to mounting stud
(where used).

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5. Routing and terminating coaxial cable(s)
If heat shrink tubes are to be used, slide onto antenna cable tails prior to connecting extension cables –
it is recommended that these are heat shrunk only after tests have been satisfactorily completed. Note:
It is not recommended to heat shrink over Fakra type connectors. Connect extension coaxial cables to
antenna and route to equipment. Fit correct coaxial connector or adapter to cables as required.
6. 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 <2.5:1 in transmit band (antenna type dependent).
• Connect Cellular/ LTE & WLAN cables as applicable or stow unused pigtails.
When routing the cables take care to avoid running them adjacent to any existing vehicle wiring or
fouling any moving vehicle components. The cables must not be routed in front of any airbag device.
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Check that antenna is firmly secure to
mounting surface and that sealing boot edges
have splayed out into surface to form a seal
Assemble shakeproof washer
and nut tighten to 5Nm.

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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.
Directive 2011/65/EU (RoHS 2)
RoHS 2 compliance is declared per Directive 2011/65/EU and its subsequent amendments with
exemption 6.c applied.
REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals, EC 1907/2006)
This product contains Lead (CAS No. 7439-92-1) which is classified as an SVHC (Substance of Very
High Con- cern) as being toxic to reproduction under Article 57c. of REACH. Do not chew parts or put
them in mouth, keep away from unsupervised children. Dispose of parts as WEEE waste do not send to
landfill.
This declaration is issued under the sole responsibility of the manufacturer
The object of the declaration described above is in conformity with the relevant Union Harmonization
Legislation below:
Directive 2014/53/EU Radio Equipment Directive (RED)
Harmonised Standards and References:
EN 301 489-1 (V2.1.1): “Electromagnetic compatibility and Radio spectrum Matters (ERM); Electro
Magnetic Compatibility (EMC) standard for radio equipment and services; Part 1: Common technical
requirements”. Referencing EN 61000-4-2:2009 – Electrostatic Discharge Immunity and EN
61000-4-3:2006 +A1:2008 +A2:2010 – Radiated RF Immunity
7. 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.

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EN 300 440-1 V1.6.1 (2010-08) – Electromagnetic compatibility and radio spectrum matters (ERM);
short range devices; radio equipment to be used in the 1GHz to 40GHz frequency range; Part 1:
Technical characteristics and Test methods in accordance with EN 300 440-2 V1.4.1 (2010-8) -
Electromagnetic compatibility and radio spectrum matters (ERM); short range devices; radio equipment
to be used in the 1GHz to 40GHz frequency range
Low Voltage Directive: Directive 2014/35/EU (Electrical Equipment designed for use within certain
voltage limits) of 26th February 2014.
EN62368-1: 2014 Audio/video, information and communication technology equipment. Safety
requirements

Contact Information
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Panorama Antennas Ltd
Panorama Antennas Inc
[e-mail]
61 Frogmore, Wandsworth, London, SW18 1HF
[phone]
USA
[email protected]om
[phone]
1551 Heritage Parkway, Suite 101, Mansfield, TX, 76063
Panorama Antennas Pty Ltd
Panorama Antennas SAS
Unit 1, 5 Jaggs Way, Kardinya, WA 6163
Australia
[phone]
[email protected]
France
[email protected]
[phone]
16 Allée des Acacias, 33700 Mérignac
Panorama Antennas Pte Ltd
Singapore
[email protected]
[phone]
Space@ Tampines, 18 Tampines Industrial Crescent, 528605
Panorama Antennas Ltd
Germany
[email protected]
[phone]