Product Catalogue - ROK Brothers · Panorama Antennas, a family business now in its third...

Product CataloguePublic Safety Antennas

60 Years ExperiencePanorama Antennas, a family business now in its third generation, is a leading designer and manufacturer of antennas for radio communication. Established in London in 1947, Panorama started life as a company manufacturing consumer products. In 1952, buoyed by huge demand for TVs in the UK, Panorama began manufacturing components for televisions, including antennas. With transistor radios being a trend of the 1960s, Panorama used its expert knowledge in television antennas and began to manufacture communication antennas for radio.

Throughout the 70s and 80s Panorama evolved to become the first specialised communication antenna manufacturer in the UK, developing a range of cellular antennas to coincide with the launch of the mobile phone network in the Britain. In 1990, Panorama filed a patent application for the first ever solid state coupling circuit, revolutionising cellular glass mount antenna technology and created a new benchmark for quality in the production of components. As the cellular telecommunications industry has grown worldwide, so has Panorama. Today, Panorama is a major producer of antennas for telecommunications and electronics companies around the world. It employs over 50 people and has seven overseas sales offices.

The First Choice for Public Safety AntennasPanorama Antennas are the product of choice for the vast majority of the UK police forces. We currently provide more than 70% of all antennas used by the Brutish police. We are also the primary antenna supplier for the British Fire and Ambulance Airwave system .Our TETRA antennas are extensively used by police forces across the whole of Europe and the world.

Panorama Antennas is a member of the following professional associations:Federation of Communications ServicesTETRA AssociationThe Australian TETRA AssociationBritish Association of Police & Public Security SuppliersLow Power Radio AssociationBritish Safety Council

Published 5/2012

CreditsEdited and Produced by:Marketing and CommunicationsPanorama Antennas LtdFrogmore, London,SW18 1HFUnited Kingdom

DisclaimerEvery effort has been made to ensure the accuracy of the information contained in this catalogue at the time of going to press.

Panorama Antennas Ltd reserves the right to introduce changes to the information given including the withdrawal or introduction of products.Please refer to our website, which may contain differences and should be regarded as the definitive version.

www.panorama-antennas.com 3

Quality As Standard

Quality AssuranceIn 1989, Panorama Antennas became the first antenna manufacturer in Europe to gain ISO 9000 certification. Panorama currently holds the ISO 9001-2008 certificate for quality assurance.

PatentsPanorama Antennas holds many different patents and registered designs both in Europe and worldwide.

RoHS ComplianceAll of the products that Panorama Antennas manufactures are 100% RoHS compliant. Investment in advanced technology enables Panorama to test all materials supplied to us, as soon as they arrive at the factory, ensuring that only compliant material is passed on to the customer.

REACHREACH (Registration, Evaluation, Authorisation and Restriction of Chemicals, EC 1907/2007) is the European Union’s chemical regulation that came into force on 1 June 2007 and will be phased in over and 11 year period. Panorama Antennas wholeheartedly supports the objective of REACH to enhance public health and safety and the protection of the environment.As such Panorama is currently meeting all REACH requirements and will soon be ready to provide our customers with information about substances in our products in accordance with the future requirements of the regulations.

CertificationPanorama Antennas proudly conforms to the following manufacturing and testing standards: CE mark, WEEE, UL, E-Mark

AssociationsPanorama Antennas is currently a member of the following professional associations:Federation of Communication Services TETRA Association British Safety Council

[email protected]

Training

Training sessions can help organisations get mobile antenna installations right the first time. Helping companies to reduce the costs they might incur replacing poorly installed units.

Why is training important?Ineffective antennas can cause system drop out, noise and lost calls. Without test facilities it is difficult for the user to know if a problem is due to poor installation, a network fault, or if the antenna itself is to blame. The mobile antenna is a vital component which affects the quality of the whole cellular communication system. Since a vehicle travels between cell sites it relies on its mobile antenna works to link up with the closest cell site base station.Our training explains why efficient electrical design and effective installation are essential to make the most of the available cell site coverage.

Who should attend?‘Introduction to mobile antennas’ is essential training for anyone working with, or supplying, mobile communications equipment. This training session aims to increase customer satisfaction by improving the way that mobile antennas are selected and installed. Individuals who could benefit most by attending include buyers, installers, distributors and retailers of mobile communications equipment.

What does training involve?After the training session you should be able to:Understand basic antenna theory.Know how to select the best antenna for the job.Define antenna performance.Understand the correct installation and test processes.

Want training for your team?If you would like to come to one of our open training sessions or would prefer us to provide a bespoke training session for your team, please do not hesitate to contact us.


Bespoke Design Service

Panorama Antennas is renowned for its ability to design antennas specifically to the customers’ needs. This could involve modifying an existing product to give it a new frequency, cable length, connector configuration or might require a brand new design.

Custom Design To Your SpecificationPanorama Antennas has a long history of designing antennas to specifically meet customers requirements. We closely consult with the customer throughout the design and manufacturing process.

The antenna will be tested so that it works perfectly in the environment that it is designed for.

Tuned To Your FrequencyPanorama can tune most UHF & VHF antennas to a specific band. If you don’t see the exact frequency you require in our product catalogue, you just need to ask us if it can be done specifically for you.

Don’t Forget The CableWhile many people may not realise it, an antenna is only as good as the RF cable attached to it. Panorama can provide many different types of cable to suit your requirement.

But it doesn’t stop there. We can provide you with cable to the exact length you require, fitted with the connector of your choice so you do not have to waste any time fitting our products.

[email protected]

Testing & Facilities

Panorama’s testing and measurement facilities represent the cutting edge of antenna design capability. Our communication antenna designs are validated before manufacture using accurate and repeatable tests and measurements. This specialist design and development process builds quality and reliability into all Panorama’s products. The key components of our measurement system are:

The Anechoic ChamberThis creates a 1.2m spherical ‘quiet zone’ in which the performance characteristics of antenna assemblies can be measured at frequencies up to 35GHz, free from physical or electrical conditions that would otherwise interfere with the measurements.

Network AnalysersNetwork Analysers measure efficiency using a wide range of parameters including antenna impedance, relative field strength and insertion loss. Results can be displayed in various formats including Smith Chart, VSWR and return loss.

Turntable & Positioning ControllerThe turntable enables the assessment of the directivity of an antenna in both the ‘E’ and ‘H’ planes. This special equipment is constructed to rotate through 360 degrees (in 1 degree increments), with minimal RF reflection or interference.

Antenna Measurement SoftwareThis enables computer control of the Network Analyser and Positioning Controller/Turntable. Data obtained from controlled measurements is automatically displayed on a monitor as VSWR and polar radiation patterns which can be printed or shared on Panorama’s computer network (PITS).

Vehicle Ground Plane SimulationThis can be used in the centre of the anechoic chamber to simulate, as closely as possible, a typical modern car roof and windscreen (front and rear).

GPS Satellite RecognitionGPS Antennas rely on continuous communication with the GPS satellites. The GPS Satellite Recognition software enables Panorama to identify each satellite that is being picked up by the GPS antenna. This helps our developers to see how our antennas perform in the real environment.

CSI Microwave StudioPanorama uses leading RF modelling software to design, validate & measure antenna forms.


TETRA UHFpages 10 - 30

2. CombinATion AnTEnnAspage 18

1. sTAndARd AnTEnnAspage 8

3. spECiAl AppliCATion AnTEnnAspage 36

Contact UsWe are happy to answer your queries. Get in touch and we will help you with any questions you may have.

T: +44 (0)20 8877 4444E: [email protected]

TETRA UHFpages 10 - 30

5. TEmpoRARy AnTEnnAspage 50

4. CovERT & disCRETE AnTEnnAspage 46

6. FixEd RAdio TERminAlspage 52

7. Gpspage 55

8. ACCEssoRiEs & CAblEpage 56

www.panorama-antennas.com/tetra8

M8 M8A MMR MBM

Panel Mount with 5m cable Thick Panel Mount with 5m cable Magnetic Mount with 5m cable Boot clip with 5m cable

AFB AQB A5SG AUGB ACUB

2dBi 2dBi 5dBi 5dBi 7dBi

BNC TNC FME

SC1-BNC-PC10 SC1-TNC-PC10 SC1-FME-JC10

Build Your Perfect Antenna in 3 Steps

Select a base

Choose your antenna

Connector configuration

www.panorama-antennas.com/tetra 9

Build Your Perfect Antenna in 3 Steps

Part No.

M8 M8A

Mechanical Data

Dimensions (mm)Base Height 15 (0.6”) 15 (0.6”)

Base Diameter 28 (1.1”) 28 (1.1”)

Operating Temp (°C) -40° / +80°C (-40° / +175°F) -40° / +80°C (-40° / +175°F)

Material Nylon, stainless steel & brass nickel plated Nylon, stainless steel & brass nickel plated

Colour Black Black

Cable Data

Type CS23 CS23

Diameter (mm) 5 (0.2”) 5 (0.2”)

Length (m) 4.8 (16’) 4.8 (16’)

Termination Bare end* Bare end*

M8 & M8A

Panel mountRugged designModular stud fittingInterchangeable whips

The M8 is the “industry standard” panel mount base.It incorporates a fully moulded construction with high quality coaxial cable for low loss and long term reliability.

The base is easy to fit and can be installed from above or below the panel.With the modular stud fitting, any antenna in the Panorama range can be fitted to the base.

1. Standard AntennasBases

*Alternative terminations available


1. Standard AntennasBases

MMR & MBM

Modular stud fittingInterchangeable whipsBoot or magnetic panel mounting

The Panorama mounting system offer a range of easy to install bases covering a variety of application needs and fitting requirements such as hole size, panel thickness and cable length. All bases can be used with a number of whips in the Panorama range which can be easily interchanged.

The MMR is large secure magnetic base for professional user with a fully moulded construction with high quality coaxial cable for low loss and long term reliability.

The MBM is a boot clip base designed for fixing around the vehicles panels.

Part No.

MMR-5F MBM

Mechanical Data

Dimensions (mm)

Base Height 40.2 (1.6”) 23 (0.9”)

Base Width/Diameter 102 (4.0”) 38 (1.5”)

Base Length - 42.5 (1.7”)


Material Nylon & Brass nickel plated Nylon & Brass nickel plated

Colour Black Black

Cable Data

Type CS23 CS23

Diameter (mm) 5 (0.2”) 5 (0.2”)

Length (m) 5 (16’) 5 (16’)

Termination FME Socket* Bare End*

MMR magnetic mount

MBM boot mount



1. Standard AntennasRigid Whips

AQB & AQHB

Rigid whipRemovable for carwashHinged & non-hinged versions

he AQB & AQHB are Panorama’s standard single frequency 1/4 wave rigid whips. These antennas feature a 17-7 PH stainless steel rod with plated brass The components and black nylon moulding. When fitted correctly on a groundplane of adequate size they will have a typical VSWR of 1.5:1 or less.

The Panorama mounting system provides a high degree of interchangeability between whips and bases, making them suitable for all applications whether temporary or permanent.

Typical H-Plane (390MHz) Typical VSWR*Typical E-Plane (390MHz)

*measured on a 1m × 1m groundplane

Part No.

Non-hinged version AQB

Hinged version AQHB

Electrical Data

Gain: Isotropic 2dBi

Compared to ¼ wave 0dB

Bandwidth @ 2:1 VSWR 15%

Polarisation Vertical

Pattern Omni-directional

Impedance 50Ω

Max Input Power (W) 100

Mechanical Data

Operating Temp (°C) -40° / +80°C (-40° / +175°F)

MaterialStainless steel &

nylon

Colour Black

Part No. FrequencyF Application

AQB-H4A 138-155 VHF

AQB-H6A 155-174 VHF

AQB-TET 380-430 UHF TETRA

AQB-U1 410-470 UHF

AQB-S4 450-470 UHF TETRA

AQB-U2 450-512 UHF

AQHB-H4A 138-155 VHF

AQHB-H6A 155-174 VHF

AQHB-TET 380-430 UHF TETRA

AQHB-U1 410-470 UHF

AQHB-S4 450-470 UHF TETRA

AQHB-U2 450-512 UHF

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AQHB


1. Standard AntennasFlexible Whips

AFQB & AFQHB

Flexible 1/4 wave whipRemovable for carwashHinged & non-hinged versions

The 1/4 wave AQB antenna features a flexible construction within a black nylon tube. When fitted and tuned correctly these antennas will have a typical VSWR of 1.5:1 or less.

The Panorama mounting system provides a high degree of interchangeability between whips and bases, making them suitable for all applications whether temporary or permanent.

Typcial H-Plane (390MHz)Typical VSWR* Typical E-Plane (390MHz)


Part No.

Non-hinged version AFQB

Hinged version AFQHB

Electrical Data






Impedance 50Ω


Mechanical Data


Material Copper plated steel & nylon

Colour Black


AFQB-H4A 138-155 VHF

AFQB-H6A 155-174 VHF

AFQB-TET 380-430 UHF TETRA

AFQB-U1 410-470 UHF

AFQB-S4 450-470 UHF TETRA

AFQB-U2 450-512 UHF

AFQHB-H4A 138-155 VHF

AFQHB-H6A 155-174 VHF

AFQHB-TET 380-430 UHF TETRA

AFQHB-U1 410-470 UHF

AFQHB-S4 450-470 UHF TETRA

AFQHB-U2 450-512 UHF

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1. Standard AntennasHigh Gain Whips

AUGHB, ACUB & ACUHB

High gainHinged or non-hinged versionsFor use where network coverage is marginal

For panel mounting, the AUGHB,ACUB & ACUHB ranges all provide a high gain alternative for where coverage is marginal. With a sleek and durable profile these antennas are easy to install & remove for carwashes.

The AUGHB is a hinged 5/8 wave antenna with a flexible 17-7PH stainless steel element & represents a standard gain solution.

The ACUB & ACUHB range are colinear in construction and offer more gain at the cost of additional length and narrower aperture.



Part No.

Hinged version AUGHB

Non-Hinged version ACUB

Hinged version ACUHB

Electrical Data

Bandwidth @ 2:1 VSWR <10%



Impedance 50Ω


Mechanical Data



Nylon

Colour Black

Part No. FrequencyF Peak Gain Application Height (mm)

AUGHB-S1+ 380-410 5dBi UHF TETRA 493 (19.4”)

AUGHB-S2 410-430 5dBi UHF TETRA 446 (17.6”)

AUGHB-S4 450-470 5dBi UHF TETRA 395 (15.6”)

ACUB-S1 380-400 7dBi UHF TETRA 806 (31.8”)



ACUHB-S1+ 380-410 7dBi UHF TETRA 806 (31.7”)

ACUHB-S2 410-430 7dBi UHF TETRA 746 (29.4”)

ACUHB-S4 450-470 7dBi UHF TETRA 626 (24.6”)

AUGHBACUHB

ACUB

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1. Standard AntennasHigh Gain Whips

A5GM & A5GH

Fully moulded construction for reliabilityTapered whip for low wind resistanceConsistent gain across the VHF/TETRA bandSFor use where network coverage is marginal

The A5G is a 5dBi gain whip designed to offer wideband VHF coverage with consistent gain & a wde aperture.

The increased gain can extend the range of a vehicle within the mobile network.

Typical H-Plane (405MHz)Typical VSWR* Typical E-Plane (405MHz)


Part No.

Non-hinged version A5GM

Hinged version A5GH

Electrical Data






Impedance 50Ω


Mechanical Data



Nylon

Colour Black

Part No. FrequencyF Application Height (mm)

A5GM-TET 380-430 UHF TETRA 590 (23.2”)

A5GM-S4 450-470 UHF TETRA 545 (21.5”)

A5GH-TET 380-430 UHF TETRA 590 (23.2”)

A5GH-S4 450-470 UHF TETRA 545 (21.5”)

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A5GM


1. Standard AntennasDual Band Whips

AQHB-H6-7-S1-462 & AQHB-E4-S1 (for M8 base)AS-H6-7-S1-462 & AS-E4-S1(for GPSB base)

Combines 2m or 4m band & TETRACan be used with panel mount and GPS base

This range of dual band antennas operate on Tetra band (380-400MHz) and either 2m (165-174MHz) or 4m (74-88MHz)

The antenna is resonant on each band and does not require a matching unit.

Used with Panorama’s high efficiency diplexer unit, this enables a 2m/4m and Tetra radio to effectively operate on one antenna.

Typical H-Plane (170MHz) Typical VSWR* Typical H-Plane (390MHz)



AQHB-H6-7-S1-462 165-174 & 380-400 2m & TETRA (S1) 425 (16.7”)

AS-H6-7-S1-462 165-174 & 380-400 2m & TETRA (S1) 458 (18.0”)

AQHB-E4-S1 74-88 & 380-400 4m & TETRA (S1) 1003 (39.5”)

AS-E4-S1 74-88 & 380-400 4m & TETRA (S1) 970 (38.2”)

Part No.

Non-hinged version AS

hindged version AQHB

Electrical Data

Gain: Isotropic 2dBi (both band)

Compared to ¼ wave 0dB (both bands)



Impedance 50Ω

Max Input Power 25

Mechanical Data


Material Engineering plastic & Nylon

Colour Black


1. Standard AntennasTri-Band- 4 metre, 2 metre & TETRA

AQHB-E4-5-H7-S1 (for M8 base)AS-E4-5-H7-S1 (for GPSB base)

Combines 4 metre band, 2 metre band & TETRACan be used with panel mount and GPS base

A truly innovative product this antenna operates on 4m (74-88MHz), 2m (165-174MHz) and Tetra band (380-400MHz).The antenna is resonant on each band and does not require a matching unit.Used with Panorama’s high efficiency triplexer unit, this enables a 4m, 2m and Tetra radio to effectively operate on one antenna, which is ideal for TETRA migration scenarios & minimizing the number of antenna installations.

Part No.

AQHB-E4-5-H7-S1 AS-E4-5-H7-S1

Electrical Data

Frequency Range (MHz) 74-88, 165-174 & 380-400 74-88, 165-174 & 380-400

Operational Band 4m, 2m & TETRA (S1) 4m, 2m & TETRA (S1)

Gain: Isotropic 2dBi (on all bands) 2dBi (on all bands)

Compared to ¼ wave 0dB (on all bands) 0dB (on all bands)

Polarisation Vertical Vertical

Pattern Omni-directional Omni-directional

Impedance 50Ω 50Ω

Max Input Power 50 50

Mechanical Data

Dimensions (mm) Height 915 (36.0”) 915 (36.0”)

Operating Temp (°C) -40° / +80°C (-40° / +175°F) -40° / +80°C

Material Nylon & stainless steel Nylon & stainless steel

Colour Black Black

Typical H-Plane (170MHz)Typical VSWR* Typical H-Plane (81MHz) Typical H-Plane (390MHz)


GM

Excellent performanceNo-hole installationSolid state coupling

A Panorama Glass Mount Antenna requires no holes or special tools and can be quickly & easily installed on a windscreen or rear window.

The antenna couples capacitively through the glass and its high positioning gives it an almost omni-directional radiating pattern, with performance similar to a conventionally mounted roof-top antenna.

The antenna can be easily removed for the car wash. To remove the antenna assembly, both the coupling box and the mounting foot can be removed and the glass cleaned to leave it in its original state.

Typical H-Plane (390MHz) Typical VSWRTypical E-Plane (390MHz)

1. Standard AntennasGlass Mount Antenna

Electrical Data

Bandwidth @ 2:1 VSWR 10% Tpycial



Impedance 50Ω


Mechanical Data


MaterialStainless steel, Nylon & A.B.S

plastic

Colour Black

Mounting Foot Dimensions (mm)

Length 50.4 (1.9”)

Width 51.4 (2.0”)

Cable Data

Diameter (mm) 5 (0.2”)

Length (m) 5 (16’)

Termination Bare end with loose BNC Plug*

Part No. FrequencyF Gain: Isotropic Height (mm) Cable Type

GM390-5BL 380-430 1dBi 259 (10.2”) URM 76

GM420-5BL 410-430 1dBi 259 (10.2”) URM 76

GM-S4-5BL 450-470 1dBi 208 (10.2”) URM 76

GM-S5-5BL 806-870 2dBi 92 (3.6”) CS23

GMG-S5-5BL 806-870 5dBi 320 (12.6”) CS23

GM-S5

GM-420


Four elements in one sleek housingTETRA, GPS, Multiband GSM, 3G UMTS & WLAN in one antenna

Heavy duty design for any UHF or VHF whip

Heavy Duty Multifunction

Antenna


Technical Drawing

2. Combination AntennasHeavy Duty Multifunction Antenna

GPSB

Four elements in one sleek housingTETRA, GPS, Multiband GSM, 3G UMTS & WLAN in one antennaHeavy duty design for any UHF or VHF whip

The heavy duty GPSB antenna series combines four different antennas in a sleek mounting. Only a single hole is required to mount the antenna, making this a far quicker and easier solution than using four different antennas.

The versatility of the antenna makes it ideal for logistics and asset tracking. The external UHF or VHF whip can be used as a simple two-way radio link with a hub, the 3G UMTS antenna or GPRS antenna can be used for data feeds and mobile phone calls, the GPS antenna can be used for navigation and vehicle tracking, whilst the WLAN antennas can download data back at the depot.

Four complicated functions in just one rugged antenna.


Heavy Duty Multifunction AntennaElectrical Data

E-Plane (GPS)

H-Plane (1800MHz)H-Plane (900MHz) H-Plane (2000MHz)


Typical VSWR*

INTERNAL GSM & 3G UMTS ANTENNAS - All GPSB range

H-Plane (2400MHz)E-Plane (2400MHz) H-Plane (5800MHz)

Typical VSWR*

INTERNAL 2.4GHz & 5.4GHz WLAN ANTENNAS - All GPSB range

E-Plane (5800MHz)

GPS ANTENNA


Heavy Duty Multifunction AntennaBase Technical Data

Part No.

GPSB1 GPSB2 GPSB3

Electrical Data

Frequency Range (MHz)890-960, 1710-1880, 1850-1990,

1900-2170, 2400-2470 & 4900-5800824-894, 1710-1880, 1850-1990, 1900-

2170, 2200-2700 & 4900-5800698-800, 1710-2170,

2200-2700 & 4900- 5800

Operational BandGSM900, GSM1800, PCS1900, 3G UMTS,

2.4GHz WLAN, 5.4GHz WLANAMPS850, GSM1800, PCS1900, 3G UMTS / AWS, 2.4 & 5.8GHz WLAN, WiMAX, 4.9GHz

LTE 700, GSM1800, PCS1900, 3G UMTS / AWS, 2.4 & 5.8GHz WLAN, WiMAX, 4.9GHz

Gain: Isotropic 2dBi (on all bands) 2dBi (on all bands) 2dBi (on all bands)

Compared to ¼ wave 0dB (on all bands) 0dB (on all bands) 0dB (on all bands)

Polarisation Vertical Vertical Vertical

Pattern Omni-directional Omni-directional Omni-directional

Impedance 50Ω 50Ω 50Ω

Max Input Power (W) 60 internal elements 60 internal elements 60 internal elements

GPS Data

Frequency Range (MHz) 1575 1575 1575

VSWR <1.5:1 ± 4MHz <1.5:1 ± 4MHz <1.5:1 ± 4MHz

Gain: LNA 26dB 26dB 26dB

Polarisation Right Hand Circular Right Hand Circular Right Hand Circular

Operating Voltage 3-7V DC (fed via coax) 3-7V DC (fed via coax) 3-7V DC (fed via coax)

Current Typical 14mA Typical 14mA Typical 14mA

Mechanical Data

Dimensions (mm)

Total Height 157.5 (6.2”) 157.5 (6.2”) 157.5 (6.2”)

Height of Base 50 (2.0”) 50 (2.0”) 50 (2.0”)

Length 120 (4.7”) 120 (4.7”) 120 (4.7”)

Width 58 (2.3”) 58 (2.3”) 58 (2.3”)

Operating Temp (°C) -40° / +80°C (-40° / +175°F) -40° / +80°C (-40° / +175°F) -40° / +80°C (-40° / +175°F)

Material Impact resistant UV light stabilised ABS Impact resistant UV light stabilised ABS Impact resistant UV light stabilised ABS

Colour Black Black Black

Ingress Protection Equivalent to IP67 when correctly installed Equivalent to IP67 when correctly installed Equivalent to IP67 when correctly installed

Cable Data

Cable Type (all cables) RG316 RG316 RG316

Diameter(mm) 2.8 (0.1”) 2.8 (0.1”) 2.8 (0.1”)

Length (m)

Whip 0.36 (14.2”). 0.36 (14.2”). 0.36 (14.2”).

GPS 0.33 (13.0”) 0.33 (13.0”) 0.33 (13.0”)

Cellular 0.30 (11.8”) 0.30 (11.8”) 0.30 (11.8”)

WLAN 0.27(10.6”) 0.27(10.6”) 0.27(10.6”)

Termination

Whip FME plug FME plug FME plug

GPS FME socket FME socket FME socket

Cellular SMA plug SMA plug SMA plug

WLAN SMA socket SMA socket SMA socket


Heavy Duty Multifunction AntennaSelecting the Whip

2dBi Gain 5dBi Gain

Part No AFB ASOG-823TB AFNT AS-H5-6-7-S1-440 ASF-155-S4-821

Frequency Range (MHz)136-174/ 400-512

(banded)746-870

136-174/ 400-512 (banded)

149-174 & 330-480150-160, 450-470 &

764-894

Gain: Isotropic 2dBi 5dBi 2dBi 2dBi 2dBi

Bandwidth @ 2:1 VSWR 12% 15% 12% - -

Color Black Black Black Black Black

- Flexible or rigid options- 1/4 wave elements-Wide aperture & bandwidth

Standard 2dBi whips are a multipurpose antenna used in most urban environments when good reception is required and the signal may not be coming from the horizon.

- Tapered 17-7 PH stainless steel element

5dBi whips are more suited to sub-urban and rural environments where the signal is more likely to be coming from the horizon.


Heavy Duty Multifunction AntennaSelecting the Cable

Radio Cables / Whip

Part No C23F-5F

Cable Type CS23

Length (m) 5 (16’)

Antenna Connector FME Socket (f)

Terminal Connector FME Socket (f)

GPS Cables

Part No C74-FP-6-SMAP C74-FP-6-SMBP C74-FP-6-MCXP C74-FP-6-TNCP

Cable Type RG174 RG174 RG174 RG174

Length (m) 6 (19’8”) 6 (19’8”) 6 (19’8”) 6 (19’8”)

Antenna Connector FME Plug (m) FME Plug (m) FME Plug (m) FME Plug (m)

Terminal Connector SMA Plug (m) SMB Plug (m) MCX Plug (m) TNC Plug (m)

Other terminals available, for full details visit:

www.gpsb.info

Cellular Cables

Part No C29F-5SJ

Cable Type CS29

Length (m) 5 (16’)

Antenna Connector SMA Socket (f)

Terminal Connector FME socket (f)

WLAN Cables

Part No C32SP-5SP C32SP-5SMARV C32SP-5T C32SP-5TNCRV

Cable Type CS32 CS32 CS32 CS32

Length (m) 5 (16’) 5 (16’) 5 (16’) 5 (16’)

Antenna Connactor SMA Plug (m) SMA Plug (m) SMA Plug (m) SMA Plug (m)

Terminal Connector SMA Plug (m) Reverse Polarity SMA Plug (m) TNC plug (m) Reverse Polarity TNC Plug (m)


2. Combination AntennasGPS Combination Antenna

GPSK

Combining GPS & a comms antenna whipActive GPS elementSingle hole fixing

The GPSK antenna range is a dual function, high performance TETRA antenna with an active GPS element.

The GPSK base is compatible with a range of Panorama whips depending on the application needs. With the ability to mount on a roof up to 6mm thick using only a single 15mm hole.

The dual functionality of the Panorama GPSK range makes the antenna a popular choice for police, buses, taxi’s and other public service and utility vehicles.

This antenna can be provided as a ‘plug & play’ kit for all TETRA terminals.

Typical H-Plane (390MHz)

Typical VSWR*

Typical E-Plane (390MHz)

Typical E-plane (GPS)


Typical H-Plane (840MHz) Typical E-Plane (840MHz)

GPSK-TET

GPSK-S1G


2. Combination AntennasGPS Combination Antenna

Electrical Data



Impedance 50Ω


GPS Data

Frequency Range (MHz) 1575

VSWR <1.5:1 ± 4MHz

Gain: LNA 26dB

Polarisation Right Hand Circular

Operating Voltage 3 - 7V DC (fed via coax)

Current Typical 14mA

Mechanical Data

Dimensions (mm)

Whip Length Dependant on frequency

Base Height 18.5 (0.7”)

Base Length 60 (2.4”)

Base Width 50 (2.0”)


Material High Impact U.V. Stable A.B.S

Colour Black

Mounting Data

Fixing Panel mount

Hole Size (mm) 15 (0.6”)

Cable Data

GPS Cable

Type RG174

Diameter(mm) 2.8 (0.1”)

Length (m) 0.3 (11.8”)

Termination FME socket

Comms Cable

Type RG174

Diameter (mm) 2.8 (0.1”)

Length (m) 0.3 (11.8”)

Termination FME plug

Part No. FrequencyF Gain: Isotropic Application

GPSK-H4A-FF 138-155 2dBi VHF

GPSK-H6A-FF 155-174 2dBi VHF

GPSK-TET-FF 380-430 2dBi UHF TETRA

GPSK-U1-FF 410-470 2dBi UHF

GPSK-S4-FF 450-470 2dBi UHF TETRA

GPSK-U2-FF 450-512 2dBi UHF

GPSK-S5-FF 806-870 2dBi TETRA 800

GPSK-S1G-FF 380-410 5dBi UHF TETRA



GPSK-S5G-FF 806-960 5dBi TETRA 800


2. Combination AntennasGPS Combi with Diplexer For Mobile Car Kits

GPSK-CK

Combination antenna for car kitsActive GPS elementSingle hole fixing

This antenna system is required for hand portable car kit use, where a common antenna connection is supplied.

The GPSK antenna range is a dual function, high performance TETRA antenna with an active GPS element.

The GPSK base is compatible with a range of Panorama whips depending on the application needs. With the ability to mount on a roof up to 6mm thick using only a single 15mm hole.

The dual functionality of the Panorama GPSK range makes the antenna a popular choice for police, buses, taxi’s and other public service and utility vehicles.

H-Plane (390MHz)

Typical VSWR*

E-Plane (390MHz) E plane (GPS)



2. Combination AntennasGPS Combi with Diplexer For Mobile Car Kits

Part No.

GPSK-TET-MOT-CK GPSK-S4-MOT-CK GPSK-S5-MOT-CK

Electrical Data

Frequency Range (MHz) 380-430 450-470 806-870

Operational Band TET S4 S5

Gain: Isotropic 2dBi 2dBi 2dBi

Compared to ¼ wave 0dB 0dB 0dB

Polarisation Vertical Vertical Vertical

Pattern Omni-directional Omni-directional Omni-directional

Impedance 50Ω 50Ω 50Ω

Max Input Power (W) 50 50 50

GPS Data

Frequency Range (MHz) 1575 1575 1575

VSWR <1.5:1 ± 4MHz <1.5:1 ± 4MHz <1.5:1 ± 4MHz

Gain: LNA 26dB 26dB 26dB

Polarisation Right Hand Circular Right Hand Circular Right Hand Circular

Operating Voltage 3 - 7V DC (fed via coax) 3 - 7V DC (fed via coax) 3 - 7V DC (fed via coax)

Current Typical 14mA Typical 14mA Typical 14mA

Mechanical Data

Dimensions (mm)

Whip Length 163 (6.4”) 137 (5.4”) 67 (2.6”)

Base Height 18.5 (0.7”) 18.5 (0.7”) 18.5 (0.7”)

Base Length 60 (2.4”) 60 (2.4”) 60 (2.4”)

Base Width 50 (2.0”) 50 (2.0”) 50 (2.0”)

Operating Temp (°C) -40° / +80°C (-40° / +175°F) -40° / +80°C (-40° / +175°F) -40° / +80°C (-40° / +175°F)

Material High Impact U.V. Stable A.B.S High Impact U.V. Stable A.B.S High Impact U.V. Stable A.B.S

Colour Black Black Black

Mounting Data

Fixing Panel mount Panel mount Panel mount

Hole Size (mm) 15 (0.6”) 15 (0.6”) 15 (0.6”)

Cable Data

GPS Cable

Type RG174 RG174 RG174

Length (m) 6 (19.6’) 6 (19.6’) 6 (19.6’)

Termination FME Socket FME Socket FME socket

Comms Cable

Type CS23 CS23 CS23

Length (m) 5 (16.4’) 5 (16.4’) 5 (16.4’)

Termination Bare end with loose FME Bare end with loose FME FME socket

Car Kit CableLength (m) 1 (3. 2’) 1 (3.2’) 1 (3.2’)

Termination FME Socket FME Socket FME socket

Voltage Regulator (part No. VR5-F)

Length (m) 1 (3. 2’) 1 (3.2’) 1 (3.2’)


2. Combination AntennasMagnetic GPS Combination Antenna

GPSKM

Excellent performanceDual function GPS and TETRAMagnetic mount

The dual functionality of the Panorama magnetic GPSKM range makes these antennas a popular choice for police, buses, taxis and other public service and utility vehicles where a temporary fit is preferred.

The GPSKM is a dual function, high performance Tetra antenna with an active GPS element. Standard GPS LNA gain is 26dB, version R has a 13dB gain LNA.

A strong magnet ensures the antenna stays in position and leaves no evidence that it was ever there, when removed.

This antenna can be supplied with connectors to suit all TETRA terminals.

H-Plane (390MHz)

Typical VSWR*

E-Plane (390MHz) E plane (GPS)



2. Combination AntennasMagnetic GPS Combination Antenna

Electrical Data



Impedance 50Ω


GPS Data

Frequency Range (MHz) 1575

VSWR <1.5:1 ± 4MHz

Gain: LNA 26dB




Mechanical Data

Dimensions (mm)

Whip Length 154 (6.1”)

Base Height 34 (1.3”)

Base Diameter 71.5 (2.8”)


Material U.V stable A.B.S

Colour Black

Mounting Data

Fixing Magnetic mount

Cable Data

GPS Cable

Type Twin RG174


Length (m) 3 (9.8’)

Termination SMA plug†

Comms Cable

Type Twin RG174


Length (m) 3 (9.8’)

Termination FME socket†

†Other connectors are available upon request

Part No. FrequencyF Gain: Isotropic Application

GPSKM-3SF-H4A 138-155 2dBi VHF

GPSKM-3SF-H6A 155-174 2dBi VHF

GPSKM-3SF-TET 380-430 2dBi UHF TETRA

GPSKM--3SF-U1 410-470 2dBi UHF

GPSKM-3SF-S4 450-470 2dBi UHF TETRA

GPSKM-3SF-U2 450-512 2dBi UHF

GPSKM-3SF-S5 806-870 2dBi TETRA 800

GPSKM-3FS-ASF923 806-870 5dBi TETRA 800

Single housingMultiple frequencies

Rugged design

Multifunction Low Profile

Antenna


2. Combination AntennasMulti Function Low Profile Antenna

Technical Drawing

LG-S1-DEP3G-24-58& LG-S2-DEP3G-24-58

Single housingMultiple frequenciesRugged design

Panorama low profile antennas are designed to withstand high impact while maintaining functionality. They are perfect for buses, fire appliances, utilities and police vehicles that require robust multi-technology communications.

The LG-S1-DEP3G-24-58 & LG-S2-DEP3G-24-58 offer a low profile UHF, cellular, WiFi and GPS coverage in a single compact housing minimising installation costs.



H-Plane (390MHz) Typical VSWR*E-Plane (390MHz)

E plane (GPS)

H-Plane (900MHz)E-Plane (900MHz)


Typical VSWR*

GSM & 3G UMTS ANTENNAS

H-Plane (2400MHz)E-Plane (2400MHz)

H-Plane (5800MHz)

Typical VSWR*

2.4GHz & 5.4GHz WLAN ANTENNAS

E-Plane (5800MHz)

GPS ANTENNA

TETRA UHF

H-Plane (1800MHz)E-Plane (1800MHz) H-Plane (2000MHz)E-Plane (2000MHz)



Part No.

LG-S1-DEP3G-24-58 LG-S2-DEP3G-24-58

Electrical Data

Frequency Range (MHz)380-400, 890-960, 1710-1880, 1850-1990,

1900-2170, 2400-2500, 5700-5900410-430, 890-960, 1710-1880, 1850-1990,

1900-2170, 2400-2500, 5700-5900

Operational BandTETRA S1, GSM900, GSM1800, PCS1900, 3G UMTS,

2.4GHz WLAN, 5.8GHz WLANTETRA S2, GSM900, GSM1800, PCS1900, 3G UMTS,

2.4GHz WLAN, 5.8GHZ WLAN

Gain: Isotropic 0dBi (on all bands) 0dBi (on all bands)

Compared to ¼ wave -2dB (on all bands) -2dB (on all bands)



Impedance 50Ω 50Ω

Max Input Power (W) 25 25

GPS Data

Frequency Range (MHz) 1575 1575

VSWR <1.5:1 ± 4MHz <1.5:1 ± 4MHz

Gain: LNA 26dB 26dB

Polarisation Right Hand Circular Right Hand Circular

Operating Voltage 3-7V DC (fed via coax) 3-7V DC (fed via coax)

Current Typical 14mA Typical 14mA

Mechanical Data

Dimensions (mm)

Height 48 (1.9”) 48 (1.9”)

Length 210 (8.3”) 210 (8.3”)

Width 150 (5.9”) 150 (5.9”)


Material U.V Stable A.B.S U.V Stable A.B.S

Colour White White

Cable Data

Type RG174 & SR35 RG174 & SR35

Diameter (mm)

TETRA 3.5 (0.1”) 3.5 (0.1”)

GPS 2.8 (0.1”) 2.8 (0.1”)

Cellular 2.8 (0.1”) 2.8 (0.1”)

WLAN 2.8 (0.1”) 2.8 (0.1”)

Length (m)

TETRA 0.3 (11.8”) 0.3 (11.8”)

GPS 0.33 (13.0”) 0.33 (13.0”)

Cellular 0.3 (11.8”) 0.3 (11.8”)

WLAN 0.27 (10.6”) 0.27 (10.6”)

Termination

TETRA FME plug FME plug

GPS FME socket FME socket

Cellular SMA plug SMA plug

WLAN SMA socket SMA socket


2. Combination AntennasGPS/GLONASS Combination Antenna

GPSK

Supports UHF or VHF antenna whipActive combined GPS and GLONASS elementSingle hole fixing

The GPSGK antenna range is a dual function antenna with an activecombined GPS and GLONASS element.

With an external whip the GPSGK range can cover frequencies from VHFto UHF, depending on the equipment requirements, and can be mountedon a roof up to 6mm thick with only a single 15mm (5/8”) diameter hole.The multi functionality of the Panorama GPSGK range makes the antennaa popular choice for police, buses, taxi’s and other public service andutility vehicles.

This antenna can be provided as a ‘plug & play’ kit for all VHF & UHFterminals.

Typical VSWR*


GLONASS (1602) E-planeGPS (1575) E-plane


2. Combination AntennasGPS/GLONASS Combination Antenna

Electrical Data

Gain: Isotropic Dependant on whip

Compared to ¼ wave Dependant on whip



Impedance 50Ω


GPS Data

Frequency Range (MHz) 1575-1610

VSWR <2.0:1

Gain: LNA 26dB LNA




Mechanical Data

Dimensions (mm)

Whip Length Dependant on frequency

Base Height 18.5 (0.7”)

Base Length 60 (2.4”)

Base Width 50 (2.0”)


Material High Impact U.V. Stable A.B.S

Colour Black

Mounting Data

Fixing Panel mount

Hole Size (mm) 15 (0.6”)

Cable Data

GPS Cable

Type RG174


Length (m) 0.3 (11.8”)


Comms Cable

Type RG174


Length (m) 0.3 (11.8”)

Termination FME plug


GPSGK-H4A-FF 138-155 VHF

GPSGK-H6A-FF 155-174 VHF

GPSGK-TET-FF 380-430 UHF TETRA

GPSGK-U1-FF 410-470 UHF

GPSGK-S4-FF 450-470 UHF TETRA

GPSGK-U2-FF 450-512 UHF

GPSGK-S5-FF 806-870 TETRA 800


3. Special Application AntennasTrain Antenna

TRNB & TRNBG

Standard four hole rail fixingSuitable for overground & underground trainsWaterproof N connector

The TRNB antenna series is designed specifically for use on trains, underground or overground. With an omnidirectional gain of over 2dBi the TRNB series covers the TETRA UHF band (model: TRNB(G)-TET) or TETRA 800/multifrequency/cellular (model:TRNB(G)-7-27) along with the option of a DC grounded GPS antenna, all in one housing.

Housed in a UV stabilised, low flame, smoke and toxicity (FST) housing, the TRNB series is fully weatherproof equivalent to IP68 ensuring the antennas performance is never compromised even when subjected to industrial carriage wash systems. With less than 100g of flame retardant plastic, the TRNB series can also be used on underground trains.

The TRNB antennas have also been tested to meet various European industry traction standards.

TRNB-TET VSWR

H-Plane (390MHz)

TRNB-7-27 VSWR

H-Plane (840MHz)E plane (GPS)


3. Special Application AntennasTrain Antenna

Part No.

TRNB-TET TRNBG-TET TRNB-7-27 TRNBG-7-27

Electrical Data

Frequency Range (MHz) 380-430 380-430 698-960/1710-2700 698-960/1710-2700

Operational Band TET TETS5, GSM850, GSM900,

GSM1800, PCS1900, 3G UMTS & 2.4GHz WLAN

S5, GSM850, GSM900, GSM1800, PCS1900, 3G UMTS &

2.4GHz WLAN

Peak Gain: Isotropic 5dBi 5dBi 5dBi 5dBi

Compared to ¼ wave 3dB 3dB 3dB 3dB

Polarisation Vertical Vertical Vertical Vertical

VSWR 2:1 2:1 2:1 2:1

Pattern Omni-directional Omni-directional Omni-directional Omni-directional

Impedance 50Ω 50Ω 50Ω 50Ω

Max Input Power (W) 100 100 100 100

GPS Data


Impedance 50Ω 50Ω

LNA Gain 26dB ± 3 26dB ± 3

Polarisation Rigth Hand Circular Rigth Hand Circular

Operating Voltage +2.5V DC to +12V DC +2.5V DC to +12V DC

Current (Typical) 11mA to 13mA (max) 11mA to 13mA (max)

Mechanical Data

Dimensions (mm)

Height 100 (3.9”) 100 (3.9”) 100 (3.9”) 100 (3.9”)

Width 100 (3.9”) 100 (3.9”) 100 (3.9”) 100 (3.9”)

Length 240 (9.4”) 240 (9.4”) 240 (9.4”) 240 (9.4”)

Environmental Specification

Operating Temp (°C) -40° / +80°C (-40° / +175°F) -40° / +80°C (-40° / +175°F) -40° / +80°C (-40° / +175°F) -40° / +80°C (-40° / +175°F)

Radome MaterialLexan High Impact UV Stabilised,

Low Flame, Smoke & ToxicityLexan High Impact UV Stabilised,



Low Flame, Smoke & Toxicity

Radome Weight (g) < 100 < 100 < 100 < 100

Mounting Data

Fixing 4 × 13mm diameter holes 4 × 13mm diameter holes 4 × 13mm diameter holes 4 × 13mm diameter holes

Termination Data

TerminationTETRA N (female) N (female) N (female) N (female)

GPS SMA socket (female) SMA socket (female) SMA socket (female) SMA socket (female)


3. Special Application AntennasMarine Antennas

E plane (GPS NA-S-GPS only)

NA-S & NA-S-GPS

Ratchet or deck mountVarious frequenciesConstructed form marine grade materials

Panorama has developed a range of marine Tetra antennas to meet the increasing demand for Tetra coverage at sea.

This antenna can be supplied as a stand alone TETRA antenna or a GPS/Tetra combination type with a 26dB gain low noise GPS amplifier, offering a simpler and quicker installation for the customer.

This antenna will fit: the standard 1”x14TPI marine mounting systems, Panorama offers both dech and rachet mount solutions. We can also supply custom extension coaxial cable sets to meet the customer’s specific installation requirements

Typical VSWR

Typical H-Plane (390MHz)


3. Special Application AntennasMarine Antennas

Mounting Accessories

Ratchet Mount NDRS-SL

Deck Flange Mount NDFS

Part No.

NA-S NA-S-GPS

Electrical Data

Peak Gain: Isotropic 5dBi 5dBi

Compared to ¼ wave 3dB 3dB

Bandwidth @ 2:1 VSWR 5% 5%



Impedance 50Ω 50Ω

Max Input Power (W) 25 25

Mechanical Data

Dimensions (mm)

Length 620 (24.4”) 660 (26.0”)

Diameter 30 (1.2”) 30 (1.2”)


Material Fibre glass & stainless steel Fibre glass & stainless steel

Colour White White

GPS Data

Frequency Range (MHz) - 1575

VSWR - <2.0:1 ± 4MHz

Gain: LNA - 26dB

Polarisation - Right Hand Circular

Operating Voltage - 3 - 5V DC (fed via coax)

Current - Typical 14mA

Cable Data

TypeTETRA Coax cable Coax cable

GPS - Coax cable

Diameter (mm)

TETRA 5 (0.2”) 5 (0.2”)

GPS - 5 (0.2”)

Length (m)TETRA 5 (16.4’) 5 (16.4’)

GPS - 5 (16.4’)

TerminationTETRA Bare end Bare end

GPS - SMA plug

Part No. FrequencyF Application GPS

NA-S1 380-400 UHF TETRA No



NA-S1-GPS 380-400 UHF TETRA Yes



NA6-3G 890-960, 1710-1880, 1900 -2170

Multiband No

Excellent bandwidthRugged low profile design

Low Profile Antenna


3. Special Application AntennasLow Profile Antenna

Technical Drawing

• Rugged low profile design• Excellent bandwidth

The Panorama LPB low profile antenna range has been designed to perform even in extreme enviroments. At only 82mm (3.22”) high and protected by a robust high impact radome the antenna is almost impervious to daily wear, tear and impact.

The LPB offers excellent performance across a wide bandwith. Mounted on a 400 x 400mm groundplane the LPB covers public safety / LTE frequencies across 700 and 800MHz as well as all global cellular frequencies from 698-960 MHz and 1710-2700MHz making it an extremely versatile product.

Supplied with a convenient adhesive pad and either a short pigtail for connection to a cable extension or an integrated 5m low loss cable run the antenna is cost effective to install and adaptable to any install environment.

All measurements taken on a 400 x 400mm groundplane with 0.5m of cable



Typical Efficiency

3D Gain Plot (700MHz)










Part No.

LPB-7-27-05SP LPB-7-27-5SP LPB-7-27-5F

Electrical Data

Frequency Range (MHz) 698-960 / 1710-2700

Operational Band 700/800/900/1800/1900/2100/ 2400/2600

Peak Realised Gain: Isotropic

700 MHz 3dBi

800 MHz 3dBi

900 MHz 4dBi

1800 MHz 4dBi

1900 MHz 5dBi

2100 MHz 5dBi

2400 MHz 5dBi

2600 MHz 5dBi

VSWR <2.5:1



Impedance 50Ω


Mechanical Data

Dimensions (mm)

Height 82 ( 3.22” )

Diameter 48(1.89”)

Operating Temp (°C) -40° / +80°C ( -40° / 176°F )

Material HIgh lmpact UV Stable ABS

Colour Black

Mounting Data

Fixing Panel mount

Hole Diameter (mm) 14 (0.5”)

Max Panel Thckness (mm) 13 (0.5”)

Cable Data

Type 5mm low loss coax

Diameter (mm) 5(0.19”)

Length (m) 0.5(19.6”) 5(16’) 5(16’)

Termination SMA plug SMA plug FME plug


3. Special Application AntennasLow Profile Antennas

H-Plane (390MHz)Typical VSWR* E-Plane (390MHz)

LP & LPL-S5

Rugged designHeavy duty applicationGround plane independent

The Panorama low profile antenna range has been designed to perform under extreme pressure. The outer housing is designed to withstand high impacts while maintaining its functionality.

The antenna does not require a metalic ground plane, and maintains the same great performance when mounted on any non-conductive surface.

An excellent solution for demanding applications in transportation.

Electrical Data

Peak Gain: Isotropic 0dBi

Compared to ¼ wave -2dB




Impedance 50Ω


Mechanical Data



Colour Black

Fixing Panel mount

Cable Data

Type SR35


Length (m) 5 (0.5 for LPL) (16’)

Part No. FrequencyF ApplicationDimensions (mm) Mounting

Hole (mm)Height Diameter

LP390 380-400 UHF TETRA 42 (1.7”) 160 (6.3”) 15 (0.6”)

LP420 410-430 UHF TETRA 42 (1.7”) 160 (6.3”) 15 (0.6”)

LPL-S5 806-870 TETRA 800 32 (1.3”) 104 (4.1”) 18 (0.7”)

LP

LPL-S5


3. Special Application AntennasMotorcycle Antenna

HM

Groundplane independant 1/2 wave antennaFlexible whipMoulded coaxial cable

The HM range of antennas are need a ground plane independent and can therefore be mounted on any surface. The antenna is ideal for motorcycles but can also be used on other vehicles or fixed sites.

The HM antenna range has a rugged design with a flexible nylon whip. The base is moulded in nylon and mounting is with a M14 stud.

Typical H-Plane (390MHz) Typical VSWRTypical E-Plane (390MHz)

Electrical Data






Impedance 50Ω


Mechanical Data


Material Nylon

Colour Black

Base Diameter (mm) 35 (1.4”)

Fixing Panel mount

Mounting hole diameter (mm) 15 (0.6”)

Cable Data

Type C35


Length (m) 5 (16.4’)

Termination Bare end with loose BNC Plug

Part No. FrequencyF Application Peak Gain: Isotropic Height (mm)

HM-S1-5BL 380-400 UHF TETRA 4dBi 420 (16.5”)



HM-S5-5BL 806-670 TETRA 800 5dBi 200 (7.9”)

HM-S5

HM-S1


4. Covert and Discrete AntennasInternal Glass Mount Antenna

EF

Covert applicationNo-hole installationCan be removed without a trace

The TETRA EF ‘easy fit’ antennas expand your voice and data coverage without spoiling your view. Connected to a car kit, the easy fit antennas provide radical signal improvements in cities, suburbs and on the motorway.

With their secure but easy to fit adhesive pad mountings, the EF antenna provide a huge range of possibilities for the installer. Whether mounted by the door pillar or behind the rear view mirror the only thing the user will notice is the superb quality of their voice calls and data connection.

H-Plane (390MHz)Typical VSWR E-Plane (390MHz)

Electrical Data






Impedance 50Ω


Mechanical Data


Material TPE

Colour Black

Fixing Internal glass mount

Material Acrylic adhesive pad

Cable Data

Type SR35


Length (m) 3 (9.8’)

Termination FME plug with BNC plug adaptor


Length Width Depth

EF-S1-3BL 380-400 UHF TETRA 217 19 2.5

EF-S2-3BL 410-430 UHF TETRA 217 19 2.5

EF-S4-3BL 450-470 UHF TETRA 217 19 2.5

EF-S5-3BL 806-670 TETRA 800 130 17 2.5

EFBAD-3F 698-960 Multiband 130 17 6.5


4. Covert and Discrete AntennasBumper Mount Antennas

BMP1 & BMP2

Covert applicationRobustFlexible construction

The Panorama Bumper Mount Antenna is designed for covert operations and other applications which require a vehicle antenna that is effectively invisible.

Mounted in the vehicle’s bumper, installation requires no drilling and is invisible from the outside of the car.

For optimum performance two bumper antennas can be used, one at the front of the vehicle and one at the rear, to help create a more omni-directional pattern around the vehicle and enable better network coverage. The BMP2 kits come complete with a power divider and 2 bumper mount antennas.

Antenna positioning

H-Plane (390MHz) Typical VSWRE-Plane (390MHz)

Electrical Data

Gain: Isotropic Vary on installation




Impedance 50Ω


Mechanical Data


Material TPE

Colour Black

Dimensions (mm)

Length 140

Width 100

Thickness 4 (including adhesive pad)

Fixing Adhesive pad & 4 × fixing moles

Cable Data

Type CS23

Diameter (mm) 5

Length (m) 5


Part No. FrequencyF Application No of Antennas Power divider

BMP1-395-5F 380-410 UHF TETRA 1 No

BMP1-S2-5F 410-430 UHF TETRA 1 No

BMP1-U-5F 430-472 UHF TETRA 1 No

BMP2-DPD-S1-5F 380-410 UHF TETRA 2 Yes

BMP2-DPD-S2-5F 410-430 UHF TETRA 2 Yes

BMP2-DPD-U-5F 430-471 UHF TETRA 2 Yes

BMP1-7-27-5F 700-2700 Multi Band 1 No


4. Covert and Discrete AntennasCovert Vehicle Dipole Antenna

VCD

Dipole constructionCovert bumper mountingFlexible wire elements

The covert vehicle dipole antenna is specifically designed for covert VHF installations. Where the presence of an antenna must be undetectable.

This specialist antenna can be tuned to any VHF band when fitted simply by cutting down the radiating elements, ensuring that a good VSWR match can be achieved.

Typical VSWRElectrical Data

Gain: Isotropic 2dBi (In free space)


Ground plane Not required

Impedance 50Ω


Mechanical Data


Material Engineering plastic

Dimensions (mm)

Length 38 (1.5”)

Width 52.5 (2.1”)

Thickness 12 (0.5”)

BodyMaterial TPE

Colour Black

Antenna elements

Material PVC covered semi-rigid, solid copper wire

Colour Red

Posative element cap colour Red

Negative element cap colour Black

Fixing Bumper mount

Cable Data

Type CS23


Length (m) 5 (16.4’)


Part No. FrequencyF Application Antenna Element Uncut(mm)

VCD-VL-5F 68-88 VHF 2000 (6.6’)

VCD-VH-5F 130-175 VHF 1000 (3.3’)


BWDT-410-SP

Dipole antennaSignal optimised to individuals bodyFlexible wire elements

The body worn dipole antenna is specifically designed for undercover operations.

The antenna elements can be taped to a person’s body or stitched into clothing so that their appearance is as discreet as possible. The antenna is worn across the shoulders and down the back.

Once in position the antenna is tuned to the required frequency so that there is no possibility of interference in transmitting or receiving.

Typical VSWR

*This antenna needs to be tuned whilst on a persons body

4. Covert and Discrete AntennasBody Worn Antenna

Electrical Data




Configuration Flexible ½ wave dipole

Impedance 50Ω


Mechanical Data


Material TPE

Colour Grey

Antenna Elements

Type Multistrand copper wires

Colour Pink

Cable Data

Type RG316 coaxial cable

Length (m) 0.6 (2.0’)

Termination SMA Plug

Part No. Frequency ApplicationDimensions (mm) Antenna Element

length (mm)Height Weight Thickness

BWD-S1 380-400 UHF 45.5 (1.8”) 44.6 (1.8”) 6.5 (0.3”) 2 x 180 (7.1”)

BWD-S2 410-430 UHF 45.5 (1.8”) 44.6 (1.8”) 6.5 (0.3”) 2 x 180 (7.1”)

BWDT-410-SP 400-420 UHF 23.8 (0.9”) 27.4 (1.1”) 6 (0.2”) 2 × 127 (5.0”)


5. Temporary AntennasMagnetic Mount Antenna

MD

Temporary fitEasy removalStrong magnetic retention

The MD range of antennas is a popular choice for public safety vehicles that require a temporarily fixed antenna. It is also ideal for leased vehicles, The tough magnetic base will grip the antenna to the roof or boot but leave no evidence that it was ever there, once repositioned or removed.

Available in all standard TETRA UHF + VHF bands and also to customer specific frequencies.



Electrical Data






Impedance 50Ω


Mechanical Data


Material Nylon

Colour Black

Base Diameter (mm) 71.5 (2.8”)

Base Height (mm) 37.9 (1.5”)

Fixing Magnetic mount

Cable Data

Type URM 76


Length (m) 5 (16.4’)

Termination BNC Plug

Part No. FrequencyF Application Gain: Isotropic Cable type

MD-H4A 138-155 VHF 2dBi URM 76

MD-H6A 155-174 VHF 2dBi URM 76

MD-TET 380-430 UHF TETRA 2dBi URM 76

MD-U1 410-470 UHF 2dBi URM 76

MD-S4 450-470 UHF TETRA 2dBi URM 76

MD-U2 450-512 UHF 2dBi URM 76

MD-S5 806-870 TETRA 800 2dBi CS23

MD-S5G 806-870 TETRA 800 5dBi CS23


5. Temporary AntennaTemporary Clip Antenna

Typical VSWRTypical H-Plane (390MHz)

CD

Temporary fit solutionFast ‘clip on’ installationMoulded coaxial cable

The performance and scope of portable equipment can often be considerably improved by extending the antenna to a more efficient height. Spring clip antennas provide an easy way to do this.

The jaws of the spring clip are moulded in nylon and are fully adjustable for any angle. The antenna features a fully moulded coaxial connection for weather protection and resilience.

Electrical Data






Impedance 50Ω


Mechanical Data


Colour Black

Cable Data

Type CS23

Length (m) 3 (9.8’)


Termination BNC plug

Part No. FrequencyF Application Height

CD390-3B 380-400 UHF TETRA 400 (17.7”)

CD420-3B 410-430 UHF TETRA 380 (15.0”)

CD800-3B 806-870 TETRA 800 200 (7.9”)


6. Fixed Radio TerminalWall Mount Antenna

ODP

Improves rangeEasy installationLight weight solution

The ODP wall mount antenna range is a simple and cost efficient way of improving the range of a fixed mobile radio.

Ideal for use with a fixed radio terminal, this antenna can be fitted internally or externally.

Typical VSWR H-Plane (390MHz)

Electrical Data





Pattern Omni directional

Impedance 50Ω


Mechanical Data



Colour Grey

Off-set from wall (mm) 143 (5.6”)

Mast diameter range (mm) 50.8 / 32.0 (2”/1.6”)

Cable Data

Type RG 58


Length (m) 8 (26’)

Colour Grey


Part No. FrequencyF ApplicationDimensions (mm)

Total length Whip length Helical length

ODP-TET-8BL 380-430 UHF TETRA 257 (10.1”) 139 (5.5”) 76 (3.0”)

ODP-S4-8B 450-470 UHF TETRA 221 (6.7”) 119 (4.7”) 60 (2.4”)


6. Fixed Radio TerminalHigh Gain Wall Mount Antenna

ODP-G

High gainEasy installationLight weight solution

The ODP wall mount antenna range is a simple and cost efficient way of improving the range of a fixed radio terminal.

With 6dBi gain, this antenna is ideal for use in poor signal locations of for network infill applications.

Typical VSWRH-Plane (390MHz)

Electrical Data






Impedance 50Ω


Mechanical Data



Colour Black

Off-set from wall (mm) 143 (5.6”)

Mast diameter range (mm) 50.8 / 32.0 (2”/1.6”)

Cable Data

Type RG 58CU


Length (m) 4 (13.1’)

Colour Black


Part No. FrequencyF ApplicationDimensions (mm)

Total length Whip length Helical length

ODP-S1G6-4B 380-400 UHF TETRA 897 (35.3”) 785 (30.9”) 70 (2.8”)

ODP-S2G6-4B 410-430 UHF TETRA 803 (31.6”) 701 (27.6”) 60 (2.4”)

OPD-S4G6-4B 450-470 UHF TETRA 682(26.9”) 580 (22.8”) 60 (2.4”)


6. Fixed Radio TerminalElevated Antenna

BSU Range

Mast mountTemporary or permanent fixingQuick assemblyRugged construction

Panorama Elevated Antennas can be used for temporary field use or permanent installations. The range uses flexible helical elements to provide an effective but compact groundplane.

The antenna’s centre fitting has a metal hub to mount the radials and a moulded insulator for the radiator. The whip element is plastic coated for weather proofing and durability.

An N socket connector is fitted to enable a wide range of coaxial cable types to be used.

Typical VSWR

Electrical Data

VSWR <2:1



Impedance 50Ω


Mechanical Data


Material Nylon, black chrome & plated brass

Colour Black

Mounting Data

Fixing Mast mount

Maximum Mast Diameter (mm) 50 (2.0”)

Cable Data

Termination N socket

Part No. FrequencyF Gain: IsotropicDimensions (mm)

Whip length Ground plane element

BSU-S1 380-400 2dBi 198 (7.8”) 68 (2.7”)

BSU-TET 380-430 2dBi 191 (7.5”) 65 (2.6”)

BSU-S2 410-430 2dBi 184 (7.2”) 64 (2.5”)

BSU-U 430-472 2dBi 170 (6.7”) 60 (2.4”)

BSU-S4 450-470 2dBi 167 (6.6”) 58 (2.3”)

BS800 804-870 5dBi 337 (13.3”) 48 (1.9”)

BSU-TETG 380-430 5dBi 547 (21.5”) 190 (7.5”)

E-Plane (840MHz) H-Plane (840MHz)


7. GPS AntennasPanel Mount Antennas

E Plane (GPS)

GPSP & GPSME

Excellent performanceActive GPS elementEasy installation

Knowing the position of a vehicle is vital for fleet management and logistics planning. With a GPS antenna you can identify the position of a vehicle at any time.

The GPSP offers a permanent, panel mounted option, While the GPSME provides

convenience and flexibility of a temporary, no holes solution with a tough magnetic

fixing. Both antennas are fitted with a 30cm coaxial cable for ease of installation and

extension cables are available to suit all GPS applications.

Part No

GPSP-F GPSME-6FP

Electrical Data


VSWR <1.5:1 @ 1575MHz ± 4MHz <1.5:1 @ 1575MHz ± 4MHz

LNA Gain 26dB 26dB

Polarisation Right Hand Circular Right Hand Circular

Operating Voltage 3 - 7V DC (fed via coax) 3 - 7V DC (fed via coax)

Current (Typical) 14mA 14mA

Impedance 50Ω 50Ω

Mechanical Data


Material U.V stable A.B.S U.V stable A.B.S

Dimensions (mm)

Length 60 (2.4”) 48.6 (1.9”)

Width 50 (2.0”) 39.2 (1.5”)

Height 18.5 (0.7”) 15.6 (0.6”)

Colour Black Black

Fixing Panel Mount Magnetic Mount

Mounting Hole (mm)Diameter 15 (0.6”) -

Depth 8 (0.3”) -

Termination Data

Type RG174 RG174

Diameter (mm) 3 (0.1”) 3 (0.1”)

Length (m) 6 (19.8’) 6 (19.8’)

Termination FME Plug† FME Plug†


8.AccessoriesTriplexer Unit

TPX-VL-VH-UHF-BNC

Allows multiband antenna to be used with 3 radios4m, 2m & TETRA Bands

The Panorma Triplexer is housed in a compact, robust die cast case for reliablity and easy mounting.

This Triplexer allows the Panorama multiband antenna to be used with up to 3 single band radios (4m, 2m & TETRA).

The Triplexer uses efficient design to provide low insertion loss with high port to port isolation and high power handling capability.

Part No.

TPX-VL-VH-UHF-BNC

Electrical Data

Frequency Range (MHz)

VHF Low Band (4m) 66 - 90

VHF High Band (2m) 140 - 174

UHF (TETRA) 380 - 512

Insertion Loss

VHF Low Band (4m) < 0.2dB

VHF High Band (2m) < 0.25dB

UHF (TETRA) < 0.3dB

Isolation between ports >45dB

Maximum input power 50 Watts

Mechanical Data

Dimensions (mm)

Length 66 (2.6”)

Width 116 (4.6”)

Height 27 (1.1”)


Material Aluminium

Colour Black

Termination BNC sockets on all ports

Mounting Data

Fixing 2 × Mounting holes


8.AccessoriesTriplexer Unit

VL-VH Isolation

All Ports Isolation Loss

VH Port VSWR

UHF Port VSWR

VL Port VSWR

VH-UHF Isolation

VL-UHF Isolation


8.AccessoriesDiplexer Unit

DPX-210-270-BJ

Allows dual band antenna to be used with 2 radios4m OR 2m VHF & TETRA Bands

The Panorma Diplexer is housed in a compact, robust die cast case for reliablity and easy mounting.

This Diplexer allows the Panorama dual band antenna to be used with 2 single band radios (4m OR 2m & TETRA).

The Diplexer uses a stripline design to provide low insertion loss with high port to port isolation and high power handling capability.

Part No.

DPX-210-270-BJ

Electrical Data

Frequency Range (MHz)

VHF (2m or 4m) 50 - 210

UHF (TETRA) 270 - 1000

Insertion LossVHF (2m or 4m) < 1dB

UHF (TETRA) < 1dB

Isolation between ports > 40dB

Maximum input power 100 Watts

Mechanical Data

Dimensions (mm)

Length 100 (3.9”)

Width 90 (3.5”)

Height 20 (0.8”)


Material Aluminium

Colour Black

Termination BNC sockets on all ports

Mounting Data

Fixing 4 × Mounting holes


8.AccessoriesDiplexer Unit

High Pass Insertion Loss

High Pass VSWR Low Pass VSWR

Port Isolation

Low Pass Insertion Loss


Part No.

CA-BP-FP CA-FP-FP CA-MP-FP

Connector Data

Termination 1 BNC Plug (male) FME Plug (male) Mini-UHF Plug (male)

Termination 2 FME Plug (male) FME Plug (male) FME Plug (male)

Part No.

CA-NP-FP CA-PLP-FP CA-SP-FP

Connector Data

Termination 1 N Plug (male) PL259 Plug (male) SMA Plug (male)

Termination 2 FME Plug (male) FME Plug (male) FME Plug (male)

Part No.

CA-TP-FP

Connector Data

Termination 1 TNC Plug (male)

Termination 2 FME Plug (male)

Part No.

SC1-BNC-PC10 SC1-FME-PC10 SC1-FME-JC10 SC1-MPL-PC10 SC1-N-PC10

Connector Data

Termination BNC Plug (male) FME Plug (male) FME Socket (female) Mini-UHF Plug (male) N Plug (male)

Part No.

SC1-SMA-PC10 SC1-TNC-PC10 SC1-UHF-PC10

Connector Data

Termination SMA Plug (male) TNC Plug (male) PL259 Plug (male)

8.AccessoriesAdaptors & Connectors


Band Plan

Frequency (MHz) Band

67-74 E3

74-81 E4

81-88 E5

132-143 H3

138-155 H4A

139-157 JRC

141-151 H4

149-159 H5

155-174 H6A

156-162 H6

162-174 H7

174-192 K5

192-208 K6

208-225 K7

220-250 L

245-275 M

270-300 N

300-334 R1

300-336 P

330-336 R

350-370 R2

350-392 S

380-400 S1

380-410 S1+

380-420 S3

Frequency (MHz) Band

380-430 TET

390-432 T

400-430 T1

410-430 S2

410-470 U1

420-456 T2

430-472 U

450-470 S4

450-512 U2

470-512 W

500-520 W2

806-870 S5

801-896 AMPS / CDMA850

872-960 GSM900

1575 GPS

1710-1882 GSM1800

1710-1755 AWS

1850-1990 PCS1900

1900-2170 UMTS

2100-2170 3G UMTS

2110-2155 AWS

2400-2470 BLUETOOTH / WLAN

2394-2696 WiMAX

4900-5800 WiMAX/WiFi

[email protected]

Panorama Support TreePanorama believes that quality service is essential and that every customer worldwide should have more than just one point of contact with us. Being a global company, Panorama has a number of international sales representatives responsible for countries and regions. This enables Panorama to have someone on the ground who knows the local market and can use this knowledge to help customers.

Whilst the local sales representative is ultimately responsible for all customers in their region, he may not be available 24/7. Therefore, Panorama’s headquarters in London is able to liaise with the customer over issues like purchase orders, delivery schedules, shipping details and information, sending of samples for evaluation, technical datasheets and other matters that our international sales representative may not be able to deal with immediately. Panorama aims to answer all questions, and deal with any problems or queries within 24 hours of the original email being sent.

Panorama Returns Policy

Any defect occurring in any goods supplied by Panorama Antennas due to faulty material, workmanship or design within a period of 12 months from the date of delivery of the goods, Panorama Antennas will replace or repair the defective goods free of charge.

Global Offices

UK Head QuartersPanorama Antennas LtdFrogmoreLondon, SW18 1HFUnited Kingdom

T: +44 (0)20 8877 4444F: +44 (0)20 8877 4477E: [email protected]: www.panorama-antennas.com

Austria, Germany & SwitzerlandChristian CielinskiT: +49 2303 902 88 44E: [email protected]: www.panorama-antennas.com/de

Latin AmericaJorge Larenas LeónT: +55 11 94131686E: [email protected]: www.panorama-antennas.com/br

ScandinaviaSeppo SaarelaT: +358 405 679 002E: [email protected]: www.panorama-antennas.com/fi

USA & CanadaMats LindquistT: +1 817 307 5700E: [email protected]: www.panorama-antennas.com/us

Australia & New ZealandSteven StephanidesT: +61 1300 859 833E: [email protected]: www.panorama-antennas.com/au

PolandLech SzydlakT: +48 22 758 14 14E: [email protected]: www.panorama-antennas.com/pl

Singapore & South East AsiaP. K. SeowT: +65 6291 1919E: [email protected]: www.panorama-antennas.com/sg

Panorama Antennas LtdFrogmore, London, SW18 1HF, United Kingdom

T: +44 (0)20 8877 4444F: +44 (0)20 8877 4477

E: [email protected]

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