DATA LINK ANTENNA SUMMARY

Transcription

1 ANTENNA SUMMARY Spread Spectrum Dipole, MHz NEXT G Modem, MHz NEXT G and GSM Bands, MHz and MHz Stud Mount Dipole, MHz Flexible Whip, MHz Collinear, MHz Yagi DECT, MHz Collinear, GHz Stud Mount Dipole, 2.4 GHz Right-Hand Circular, GHz Yagi, 2.4 GHz Yagi, 2.65 GHz Right-Hand Circular, GHz WiMAX Power Divider, GHz ZCG Scalar, Head Office, 7 Hall Street, PO Box 7, Lindenow, Victoria, 3865, Australia

2 Updated 21 February 2011 CFD890 Spread Spectrum Dipole MHz Full Band The CFD890 spread spectrum dipole is factory tuned to cover the full frequency range 853 to 929 MHz at less than 1.5:1. consists of welded brass internals, aluminium ferrule and a black fibreglass radome standing 40 cm tall. The dipole can be secured into any bracket with a 12.7 mm (½") minimum diameter hole using the stainless steel nut and washer at the base. No metal ground plane is necessary for the antenna to operate effectively. Potential mount positions therefore include vehicles and numerous fixed locations where no metal exists. A variety of mounting brackets are available separately. 3 metres of RG58 low loss cable side exits from the mount ferrule. 40 cm An SMA Male connector is fitted to the cable. Range Impedance (Nom.) CFD890 Brass internals, aluminium ferrule, black fibreglass radome 853 to 929 MHz full band < 1.5:1 2.1 dbi 20 Watts 360 O Omnidirectional 3 metres of RG58 low loss cable side exits from the ferrule SMA Male fitted to the cable (Other connectors available) 40 cm 350 grams Secure to any bracket with 12.7 mm (½") minimum diameter hole using the stainless steel nut and washer at the base An SMA Male connector is fitted to the 3 metre RG58 low loss cable.

3 Updated 21 February 2011 MAGM90T800 NEXT G Modem Antenna with Magnetic Base MHz NEXT G The MAGM90T800 antenna with magnetic base is for use with a NEXT G modem operating in the frequency range 825 to 890 MHz. This compact portable model stands 32.5 cm tall and delivers 5 dbi gain. The antenna is also suitable for a Next G cellular mobile phone. Ideal for indoor use, the magnetic base mounts simply onto any flat metal surface. Easy to set-up, easy to remove and the detachable whip makes the antenna easy to store when not required. The 4 cm diameter magnetic base is manufactured from moulded plastic with nickel plated brass fittings. An FME Male connector is housed inside the base. The black powder coated detachable stainless steel whip fits onto the 6 mm x 26 TPI thread. Black powder coated detachable stainless steel whip 32.5 cm tall 3 metre RG58 low loss solid core assembled cable set The antenna is supplied with a 3 metre RG58 low loss solid core cable set with connectors fitted. The FME female connector attaches into the antenna base. The SMA male connector attaches into the Next G modem or cellular mobile phone. Other connector options are available. Magnetic base with FME male connector MAGM90T800 Magnetic base, moulded black plastic with nickel plated brass fittings, black powder coated stainless steel whip, 6 mm x 26 TPI thread FME female fitted SMA male fitted Cellular Mobile Phone Network Coverage NEXT G, MHz Nominal Impedance Less than 1.5:1 across the full band 5 dbi 5 Watts FME Male inside base Set Supplied 3 metres RG58 low loss solid core coaxial cable with FME Female and SMA Male connectors fitted 32.5 cm 60 grams Easy to set-up Easy to store 4 cm diameter Magnetic Base onto any flat metal surface

4 Updated 21 February 2011 GIDM-DB Multiband NEXT G and GSM Cellular Mobile Phone Antenna MHz NEXT G and GSM combined Ideal for Data Link applications, key features of this GIDM-DB antenna are : Multiband coverage across both NEXT G and GSM cellular mobile phone networks combined. Small size at just 27 cm tall. 2.1 dbi gain. Ground independent. Easily mounted to a vehicle guard, boot, truck mirror or any fixed location using the appropriate bracket. The antenna is firmly secured into any 10 mm hole using the threaded stud and nut assembly at the base. 5 metres of RG58 low loss cable bottom exits through the base. The cable may be cut shorter if desired. An FME Female connector is supplied. Other connectors are available upon request. Range Impedance Colour GIDM-DB NEXT G and GSM networks combined 825 to 960 MHz Less than 1.6:1 across full band 2.1 dbi 5 Watts 5 metres RG58 Low Loss FME female supplied, not fitted (Other connectors available) 27 cm 280 grams Black Secure into any bracket with minimum 10 mm diameter hole using the threaded stud and nut assembly at the base After securing the antenna in position and trimming the cable to the required length, fit the FME female crimp connector supplied.

5 Updated 21 February 2011 GIDM90T NEXT G or GSM Cellular Mobile Phone Antennas MHz NEXT G or GSM GIDM90T ground independent cellular mobile phone antennas are also useful for Data Link applications in either the NEXT G or GSM Bands. Just 45 cm tall with 5.1 dbi gain, these models are a modest size and will deliver excellent performance. The antennas are a rugged design with detachable stainless steel black powder coated whip. No metal ground plane is necessary for the antenna to operate effectively. Simply mount the antenna into any bracket with minimum 10 mm diameter hole using the nut and spring washer at the base. 4.5 metres of RG58 low loss cable bottom exits through the base. The cable may be cut shorter prior to fitting the FME Female crimp connector supplied. Other connectors can be supplied as you may require. GIDM90T(NextG) GIDM90T(GSM) Range Impedance Colour NEXT G 825 to 890 MHz < 1.6:1 full band 5.1 dbi 5 Watts GSM 890 to 960 MHz < 1.6:1 full band 5.1 dbi 5 Watts 4.5 metres RG58 low loss bottom exits FME Female crimp supplied, not fitted (Other connectors available) 45 cm 40 cm 350 grams 350 grams Black Black Secure into any bracket with minimum 10 mm diameter hole using the threaded stud and nut assembly at the base An FME Female crimp connector is supplied, not fitted. Other connectors are available upon request.

6 Updated 25 July 2012 SGDB-TPM Multiband NEXT G and GSM Antenna Top MHz MHz NEXT G and GSM combined For wireless data link applications anywhere across the NEXT G and GSM cellular mobile phone frequency range 825 to 960 MHz and 1710 to 2190 MHz, our popular SGDB-TPM multiband antenna top with 6.2 dbi gain offers an effective solution. Key features are : Multiband coverage of both NEXT G and GSM networks combined. Modest size at 80 cm tall with an effective 6.2 dbi gain. Omnidirectional radiation pattern. Completely ground independent, mount anywhere, no metal groundplane is necessary. Rugged fibreglass radome available in Black, White or Brown. 5 metres of RG58 low loss solid core feeder cable side exits from the aluminium mount ferrule. An FME Female connector is fitted to the cable for easy installation. Other connector options are available, or an adaptor as you may require. The stud, nut and washer at the antenna base permits these versatile mounting options : 1. Simply secure the antenna into any 12.7 mm (½ ) minimum diameter hole, route the cable and connect to your data device. 2. Fit an L bracket, such as our stainless steel model GM1, to any vertical panel or fascia board. Insert the antenna, fit the washer, tighten the nut, route the feeder cable and connect to your data device. 3. Order our model 4266 threaded aluminium mast mount adaptor, screw in the antenna and secure to a mast or hockey stick bracket with the UB3SS stainless steel parallel clamp. Alternatively, use hose clamps. Radome Colour Cellular Mobile Phone Network Coverage Maximum Input Power Impedance E-Plane Optional Accessories SGDB-TPM BLACK Black SGDB-TPM WHITE White SGDB-TPM BROWN Brown Fibreglass radome, copper radiating elements, aluminium ferrule, stud, nut and washer NEXT G and GSM combined 825 to 960 MHz and 1710 to 2190 MHz Less than 1.6:1 across the full band 6.2 dbi at 825 to 960 MHz 3 dbi at 1710 to 2190 MHz 30 Watts 360 O Omnidirectional 32 O 5 metres RG58 low loss stranded cable side exits from the aluminium mount ferrule FME female fitted (others options available) 80 cm 700 grams Secure into any 12.7 mm (½ ) min diameter hole 1. GM1 : Stainless steel L bracket : Aluminium mast mount adaptor, 150 mm x 25 mm. 3. UB3SS : Stainless steel parallel clamp, or use hose clamps. Optional Accessories GM UB3SS An FME Female connector is fitted to the cable. Other connector options, or an adaptor, are available as you require. ZCG Scalar, Head Office, 7 Hall Street, PO Box 7, Lindenow, Victoria, 3865, Australia

7 Updated 25 July 2012 MADB Multiband NEXT G and GSM Cellular Mobile Phone Antenna with Folding Base MHz MHz NEXT G and GSM combined The MADB cellular mobile phone antenna with folding base provides multiband coverage of both NEXT G and GSM networks combined with an effective 6.2 dbi gain. The antenna can also be most useful for data link applications. Standing 90 cm tall, the MM1 folding base supplied as standard is constructed from toughened plastic. This base folds down in two directions and also swivels in the opposite plane by loosening the stainless steel pivot bolt. This versatility makes the MADB model a perfect choice for mounting to boats, caravans, a trailer, outside on the fascia board of a building or any flat surface at any angle desired using four screws or bolts. The antenna can be folded down flat while not in use. 5 metres of RG58 low loss stranded cable side exits from the mount ferrule. The FME female connector fitted to the cable is rated for up to 30 watts input power. The fibreglass radome is available in 3 colours; White, Black or Brown. Specify your preference when ordering. This MADB antenna is identical in appearance to the MA477 model for 477 MHz UHF CB radio and MA1100 for AM/FM radio receive. For those who prefer the ultimate in quality, durability and strength, the antenna is also available with the MM2 folding base which is constructed entirely from stainless steel. The order code is MADBSS. Folding Base Supplied MADB MM1 toughened plastic MADBSS MM2 stainless steel Radome Colour Cellular Mobile Phone Network Coverage Max Input Power Impedance (inc mount) (inc mount) Specify either a White, Black or Brown radome colour when ordering Fibreglass radome, copper radiating elements, aluminium ferrule, delrin adaptor for base NEXT G and GSM combined 825 to 960 MHz and 1710 to 2190 MHz Less than 1.6:1 across the full band 6.2 dbi at 825 to 960 MHz 3 dbi at 1710 to 2190 MHz 30 Watts 360 O Omnidirectional 30 Watts 360 O Omnidirectional 5 metres of RG58 low loss stranded cable side exits from the aluminium ferrule An FME female connector is fitted to the cable 90 cm 90 cm 0.8 kg 1.55 kg Secure the folding base to any flat surface at any angle using 4 screws or bolts The MM1 folding base supplied as standard is constructed from toughened plastic. An FME female connector is fitted to the cable. For those who prefer the ultimate in quality, durability and strength, the MM2 folding base is constructed entirely from stainless steel. This MM2 base is supplied with the MADBSS model. ZCG Scalar, Head Office, 7 Hall Street, PO Box 7, Lindenow, Victoria, 3865, Australia

8 Updated 21 February 2011 CM Series MAX-GAIN NEXT G or GSM Mast Mount Cellular Mobile Phone Antennas MHz NEXT G or GSM For high gain Data Link applications in either the NEXT G or GSM frequency ranges, these 8.1 dbi omnidirectional mast mount models will be ideal. The white fibreglass radome and stainless steel mount tube stands 2.4 metres tall. The antenna is matched internally by a unique transforming printed circuit board. The N-Female connector located at the base of the mount tube is rated for up to 20 watts input power. Â Â CM1600AM is factory tuned to cover the NEXT G network, 825 to 890 MHz. Â Â CMG1600AM is for the GSM network, 890 to 960 MHz. All components used are of the highest quality to ensure long term survival in the harshest weather conditions and environments. These antennas will deliver reliable performance for many years. clamps, feeder cable, connectors and other accessories are available separately to complete the installation. CM1600AM CMG1600AM Range Max Input Power Impedance Single piece white fibreglass tapered radome, transforming printed circuit board, stainless steel mount tube Blue Cap NEXT G 825 to 890 MHz < 1.5:1 full band 8.1 dbi 20 Watts E-Plane 13 O 13 O Mount Tube MAST Clamps (not supplied) 2.4 metres 0.7 kg 0.7 kg 420 mm long x 20 mm diameter < 1.5:1 full band 8.1 dbi 20 Watts DC Grounded 360 O Omnidirectional 360 O Omnidirectional Red Cap GSM 890 to 960 MHz N-Female located at base of mount tube 2.4 metres 2 x EB1SS stainless steel parallel clamps recommended. Suit round mast between 20 mm and 50 mm in diameter. EB1SS stainless steel parallel mast clamps

9 Updated 21 February 2011 DLD860 Stud Mount Data Link Dipole MHz Full Band DLD860 is a stud mount dipole for data link purposes factory tuned to cover the full frequency range 840 to 875 MHz with 2.1 dbi gain. DLD860 The flexible UV stabilised black PVC radome and delrin ferrule stands 28 cm tall. The dipole can be secured into any bracket with a 12.7 mm (½ ) minimum diameter hole using the stainless steel nut at the base. A variety of mounting brackets are available separately. No metal ground plane is necessary for the antenna to operate effectively. Potential mount positions therefore include vehicles and numerous fixed locations where no metal exists. 1.8 M of RG316 cable bottom exits through the base. An SMA Male connector is fitted to the cable. Other connector options are available upon request. 28 cm Range Impedance (Nom.) DLD900 Flexible UV stabilised black PVC radome and cap with delrin mount ferrule 845 to 875 MHz full band Less than 1.5:1 across full band 2.1 dbi 20 Watts 360 O Omnidirectional 1.8 M of RG316 cable bottom exits through the base SMA Male fitted to the cable (Other connectors available) 28 cm 50 grams Secure to any bracket with 12.7 mm (½") minimum diameter hole using the stainless steel nut at the base 1.8 M of RG316 cable bottom exits through the delrin base An SMA Male connector is fitted to the cable Secure to any bracket with a 12.7 mm (½ ) minimum diameter hole

10 Updated 21 February 2011 DLD900 Stud Mount Data Link Dipole MHz Full Band DLD900 is a stud mount dipole for data link purposes factory tuned to cover the full frequency range 900 to 930 MHz with 2.1 dbi gain. DLD900 The flexible UV stabilised black PVC radome and delrin ferrule stands 23 cm tall. The dipole can be secured into any bracket with a 12.7 mm (½ ) minimum diameter hole using the stainless steel nut at the base. A variety of mounting brackets are available separately. No metal ground plane is necessary for the antenna to operate effectively. Potential mount positions therefore include vehicles and numerous fixed locations where no metal exists. 90 cm of RG174 cable bottom exits through the base. An SMA Male connector is fitted to the cable. Other connector options are available upon request. 23 cm Range Impedance (Nom.) DLD900 Flexible UV stabilised black PVC radome and cap with delrin mount ferrule 900 to 930 MHz full band Less than 1.5:1 across full band 2.1 dbi 20 Watts 360 O Omnidirectional 90 cm of RG174 cable bottom exits through the base SMA Male fitted to the cable (Other connectors available) 23 cm 50 grams Secure to any bracket with 12.7 mm (½") minimum diameter hole using the stainless steel nut at the base 90 cm of RG174 cable bottom exits through the delrin base An SMA Male connector is fitted to the cable Secure to any bracket with a 12.7 mm (½ ) minimum diameter hole

11 Updated 21 February 2011 M99BNC900 Highly Flexible Whip with BNC Male Base MHz Full Band M99BNC900 is a highly flexible whip factory tuned to cover the full frequency range 900 to 930 MHz. Constructed from brass and stainless steel with a black UV resistant cover, the antenna stands 19 cm tall and delivers 2.1 dbi gain. The BNC Male connector at the base fits to any portable or fixed base station data device with a BNC Female connector. Pattern Impedance (Nom) M99BNC900 Brass, stainless steel, black UV resistant heatshrink 900 to 930 MHz full band Less than 1.5:1 full band 2.1 dbi Omnidirectional 25 Watts 19 cm BNC Male base fits to BNC Female connector on data device

12 Updated 12 June 2012 SG1885TPM Collinear 1,885 1,905 MHz Full Band The SG1885TPM omnidirectional collinear data link antenna is factory tuned to cover the full frequency range 1,885 to 1,905 MHz. Standing 50 cm tall, the antenna delivers 5.14 dbi gain. consists of silver soldered internals, a white fibreglass radome and aluminium ferrule. This sturdy and compact design makes the antenna ideal for external mounting to a mast, building or vehicle. The stud, nut and washer at the base mounts simply into any bracket with 12.7 mm (½ ) minimum diameter hole. 3 metres of RG58 low loss cable side exits from the mount ferrule. A TNC Male connector is fitted to the cable. Other connectors are available upon request. Range Impedance (Nom.) SG1885TPM Silver soldered internals, white fibreglass radome, aluminium ferrule 1,885 to 1,905 MHz full band Less than 1.5:1 across full band 5.14 dbi 10 Watts 360 O Omnidirectional 3 metres of RG58 low loss cable side exits from the ferrule TNC Male connector fitted (Other connectors available) 50 cm 350 grams Secure into any bracket with 12.7 mm (½") minimum diameter hole using the stainless steel bolt and washer at the base A TNC Male crimp connector is fitted to the 3 metre RG58 low loss cable. Other connector options are available.

13 Updated 16 May 2012 Yagi Y1809DECT Digitally Enhanced Cordless Telecommunications MHz FULL BAND Y1809DECT is a directional point-to-point Yagi data link mast mount base station antenna specifically designed for Digitally Enhanced Cordless Telecommunications across the frequency range 1,880 to 1,900 MHz. Constructed from brass and aluminium, this 9 element Yagi delivers 11.3 dbi forward gain. The ultra violet resistant PVC radome protects the internals. The short RG58 low loss cable tail is terminated with an N-Female connector rated for up to 25 watts input power. The Yagi may be mounted either horizontal or vertical as the application requires. U-bolts are supplied for mounting to a mast up to 50 mm in diameter. Feeder cable, connectors and fittings are all available separately to complete the installation. Range Return Loss, Number of Elements Maximum Input Power Impedance E-Plane Front-to-Back Ratio Tail Length Width Projected Area Wind Load at 160 kph Y1809DECT Brass and aluminium internals enclosed inside an ultra violet resistant white PVC radome. (A black radome is available.) DECT 1,880 to 1,900 MHz Full Band Better than -15 db, less than 1.5: dbi 25 Watts Mount Horizontal or as required 43 O 36 O -20 db 300 mm RG58 low loss N-Female fitted 300 mm 80 mm 1.5 kg m kg U-Bolts are supplied for mounting to a round mast up to 50 mm in diameter For higher gain and power, the Y1809DECT Yagi may be mounted in a stack array formation. ZCG Scalar, Head Office, 7 Hall Street, PO Box 7, Lindenow, Victoria, 3865, Australia

14 Updated 22 February 2010 MD2400 Stud Mount ISM Band Collinear GHz Full Band These ground independent omnidirectional collinear data link antennas cover the full ISM band 2.4 to 2.5 GHz and deliver 2.1 dbi gain. Standing just 23 cm tall, they mount simply into any bracket with 12.7 mm (½") minimum diameter hole. consists of brass internals, aluminium ferrule and a fibreglass radome. Model MD2400-B has a Black radome and MD2400-W is White. 5 metres of RG58 low loss cable side exits from the aluminium ferrule. An SMA Male connector is fitted to the cable. MD2400-B MD2400-W The GM1 stainless steel L bracket is supplied for mounting. Secure this bracket in position with 2 screws or bolts. 23 cm If the SMA Male connector or bracket supplied do not suit your particular application, other options are available upon request. MD2400-B MD2400-W Radome Colour Range Impedance (Nom.) Bracket Brass internals, fibreglass radome, aluminium ferrule Black White 2.4 to 2.5 GHz full band Less than 1.5:1 across full band 2.1 dbi 10 Watts 5 metres RG58 low loss cable side exits from the ferrule SMA Male fitted to the cable (Other connectors available) 23 cm 150 grams Secure into any bracket with minimum 12.7 mm (½") diameter hole using the stainless steel nut and washer at the base. GM1 stainless steel L bracket is supplied. (Others available) 5 metres of RG58 low loss cable side exits from the ferrule Secure to any bracket with minimum 12.7 mm (½") diameter hole An SMA Male connector is fitted to the cable The GM1 stainless steel L bracket with 17 mm diameter hole is supplied

15 Updated 22 February 2011 SG2400 Stud Mount and Flange Mount ISM Band Collinear GHz Full Band These omnidirectional collinear ISM band data link antennas deliver 5.14 dbi gain and are available in either stud mount or flange mount models. Â Â SG2400TPM stands 55 cm tall and mounts simply into any bracket with 12.7 mm (½") minimum diameter hole using the stainless steel nut and washer at the base. Â Â SG2400R has a PVC flange designed for mounting to the roof, floor or other flat surface using 2 screws. The antenna stands 38 cm tall. Both models are supplied with 50 cm of RG58 low loss solid core cable and a TNC Male connector fitted as standard. s other than TNC can be supplied as required. At data link 2.4 GHz frequencies, it is important to keep feeder cable runs to the shortest length necessary. Where a long run is unavoidable, then a high quality low loss cable such as RU400 should be used. SG2400TPM Aluminium ferrule PVC Flange, 10 cm diam Brass silver soldered internals and white fibreglass radome Range 2.4 to 2.5 GHz full band Less than 1.5:1 across the full band 5.14 dbi 5.14 dbi 10 Watts 10 Watts Impedance (Nom.) 360 O Omnidirectional 55 cm 220 grams 50 cm of RG58 low loss cable side exits TNC Male fitted (Other connectors are available) Secure into any bracket with 12.7 mm (½") min diameter hole using the stainless steel nut and washer at the base SG2400R 360 O Omnidirectional 38 cm 320 grams Secure the 10 cm diameter PVC flange base to the roof, floor or any flat surface using 2 screws

16 Updated 22 February 2011 Z Mast Mount ISM Band Collinear MHz Full Band Z is an omnidirectional collinear mast mount antenna designed for data communications in the 2.4 to 2.5 GHz ISM band. 85 cm tall, the antenna delivers 10 dbi gain. consists of copper internals, a robust white fibreglass radome and stainless steel mount tube. An N-Female connector rated for up to 50 watts input power is located at the base of the mount tube. One UB3SS stainless steel parallel clamp will be ideal for mounting this collinear antenna to a round mast up to 50 mm in diameter. High quality RU400 low loss 50 ohm feeder cable, connectors and other installation accessories can be supplied as you require. Z Range Impedance (Nom.) Mount Tube Dimensions Clamp (Not Supplied) Copper internals, white fibreglass radome and stainless steel mount tube 2.4 to 2.5 GHz full band Less than 1.5:1 across the full band 10 dbi 50 Watts 360 O Omnidirectional None N-Female at base of the mount tube 85 cm 610 grams 25.4 mm diameter x 17 cm stainless steel 1 x UB3SS stainless steel parallel clamp is recommended for mounting to a round mast between 20 mm and 50 mm in diameter High quality RU400 low loss feeder cable and N-Male crimp connector to suit are available to complete the installation. An N-Female connector is located at the base of the stainless steel mount tube The UB3SS stainless steel mast clamp is available to order separately.

17 Updated 24 November 2011 Z2400-8RS Mast Mount ISM Band Collinear with Rear Reflector Screen MHz Full Band Z2400-8RS is a collinear mast mount antenna designed for wireless data link applications across the 2.4 to 2.5 GHz ISM band. The reflector screen restricts the radiation pattern emitted at the rear. 85 cm tall, the antenna delivers 13 dbi forward gain with the rear screen fited. The front-to-back ratio is -20 db. consists of copper internals, a robust white fibreglass radome, stainless steel mount tube and stainless steel rear reflector screen. An N-Female connector rated for up to 50 watts input power is located at the base of the mount tube. Two U-bolts are supplied for mounting the antenna to a round mast between 20 mm and 50 mm in diameter. Signal loss will be high at ISM band data link frequencies. It is therefore most important to select a good quality low loss feeder cable according to the length of run required. Always keep the cable run to the shortest length necessary. RU400 low loss is recommended as the minimum standard of feeder cable necessary to reduce signal loss and maintain optimum antenna performance. s and other installation accessories can be supplied as you require. Range Impedance (Nom.) E-Plane Front-to-Back Ratio Dimensions Z2400-8RS Copper internals, white fibreglass radome, stainless steel mount tube, stainless steel rear reflector screen GHz full band Less than 1.5:1 across the full band 13 dbi with rear screen fitted 50 Watts 170 O 17 O -20 db None N-Female at base of the mount tube 85 cm high x 15 cm wide 1.25 kg 2 x U-Bolts are supplied to suit a round mast between 20 mm and 50 mm in diameter High quality RU400 low loss feeder cable and N-Male crimp connector to suit are available to complete the installation. E-Plane Radiation Pattern at 2.4 GHz ZCG Scalar, Head Office, 7 Hall Street, PO Box 7, Lindenow, Victoria, 3865, Australia

18 Updated 22 February 2011 DLD2400 Stud Mount Data Link Dipole 2.4 GHz n/a DLD2400 is a stud mount dipole factory tuned for 2.4 GHz with 2.1 dbi gain. The flexible UV stabilised black PVC radome and delrin ferrule stands just 11.5 cm tall. DLD2400 The antenna can be secured into any bracket with a 12.7 mm (½ ) minimum diameter hole using the stainless steel nut at the base. A variety of mounting brackets are available separately. No metal ground plane is necessary for the antenna to operate effectively. Potential mount positions therefore include vehicles and numerous fixed locations where no metal exists. 60 cm of RG174 cable bottom exits through the delrin base 60 cm of RG174 cable bottom exits through the base. An SMA Male connector is fitted to the cable. Other connector options are available upon request cm Impedance (Nom.) DLD2400 Flexible UV stabilised black PVC radome and cap with delrin mount ferrule 2.4 GHz < 1.5:1 2.1 dbi 20 Watts 360 O Omnidirectional 60 cm of RG174 cable bottom exits through the base SMA Male fitted to the cable (Other connectors available) 11.5 cm 40 grams Secure to any bracket with 12.7 mm (½") minimum diameter hole using the stainless steel nut at the base Secure to any bracket with a 12.7 mm (½ ) minimum diameter hole An SMA Male connector is fitted to the cable

19 Updated 22 February 2011 WH2400 Data Link Whip with SMA Male 2.4 GHz n/a WH2400 is a small whip just 54 mm tall designed for internal use on data link devices operating at 2.4 GHz. The antenna fits on to the data device using the SMA Male connector inside the base. Impedance (Nom) WH2400 Brass and Black UV resistant PVC 2.4 GHz < 1.5:1 2.1 dbi 5 Watts SMA Male inside base 54 mm 9 grams

20 Updated 22 February 2011 CP Right-Hand Circularly Polarised End Fired Point-To Point ISM Band GHz Full Band CP is a directional right-hand circularly polarised end fired helical antenna specifically designed for point-to-point data communications across the 2.4 to 2.5 GHz ISM Band. Circularly polarised antenna systems inherently cancel out unwanted reflections making this model the preferred choice for 2.4 GHz ISM band data transmissions. features copper internals and a unique reduced size ground plane. This allows all elements to be enclosed inside a compact white fibreglass radome providing low wind loading metres long, the antenna delivers 17.1 dbi gain. The N-Female connector located at the base of the high quality stainless steel mount tube is rated for up to 50 watts input power. The UB2SS stainless steel right-angle clamp is recommended for mounting. CP E-Plane Circularity Impedance (Nom) E-Plane Front-to-Back Ratio Overall Length Copper internals, white fibreglass radome, stainless steel mount tube 2.4 to 2.5 GHz full band Less than 1.5:1 across the full band Right-Hand Circular < 2 db 17.1 dbi 50 Watts 19 degrees 17 degrees 15 db N-Female at base of the mount tube 1.12 metres 1.5 kg Mount Tube Dimensions 50 mm diameter x 220 mm Clamp (Not Supplied) 1 x UB2SS stainless steel right-angle clamp is recommended for mounting to a mast between 20 mm and 50 mm in diameter Important Installation Note The CP antenna has 2 drain holes in the fibreglass radome. It is important to ensure these drain holes are facing downward upon installation.

21 Updated 8 May 2012 Y and Y Yagi Directional Point-to-Point Mast Mount 2.4 GHz n/a These Yagi mast mount antennas are designed for directional point-to-point 2.4 GHz data link transmit and receive applications. Constructed from brass and aluminium, the ultra violet resistant PVC radome protects the internal elements. Y Y has 9 elements and delivers 11.3 dbi forward gain. Y is the high gain 17.8 dbi model with 18 elements. The short RG58 low loss cable tail is terminated with an N-Female connector rated for up to 25 watts input power. These Yagi s can be mounted either horizontal or vertical as the application requires. For higher gain and power, mount antennas in a stack array formation. U-bolts are supplied for mounting to a mast up to 50 mm in diameter. Coaxial feeder cable, connectors and fittings are all available separately to complete the installation. Y Y Brass and aluminium internals enclosed inside an ultra violet resistant white PVC radome. (A black radome is available.) Y Range Return Loss, Number of Elements Maximum Input Power Impedance E-Plane Front-to-Back Ratio Tail Length Width Projected Area Wind Load at 160 kph Stack Array Spacing Horizontal 2.4 GHz Better than -15 db, less than 1.5: dbi 25 Watts Mount Horizontal or as required 43 O 36 O -20 db RG58 low loss cable tail 200 mm long N-Female fitted N-Female fitted 300 mm 80 mm 1.5 kg m kg 2.4 GHz 17.8 dbi 25 Watts 26 O 23 O -20 db 700 mm 80 mm 2.0 kg m kg U-Bolts are supplied for mounting to a round mast up to 50 mm in diameter 173 mm apart 145 mm apart 277 mm apart 245 mm apart Y ZCG Scalar, Head Office, 7 Hall Street, PO Box 7, Lindenow, Victoria, 3865, Australia

22 Updated 8 May 2012 Y and Y Yagi Directional Point-to-Point Mast Mount 2.65 GHz n/a These Yagi mast mount antennas are designed for directional point-to-point 2.65 GHz data link transmit and receive applications. Constructed from brass and aluminium, the ultra violet resistant PVC radome protects the internal elements. Y Y has 9 elements and delivers 11.3 dbi forward gain. Y is the high gain 17.8 dbi model with 18 elements. The short RG58 low loss cable tail is terminated with an N-Female connector rated for up to 25 watts input power. These Yagi s can be mounted either horizontal or vertical as the application requires. For higher gain and power, mount antennas in a stack array formation. U-bolts are supplied for mounting to a mast up to 50 mm in diameter. Coaxial feeder cable, connectors and fittings are all available separately to complete the installation. Y Y Brass and aluminium internals enclosed inside an ultra violet resistant white PVC radome. (A black radome is available.) Y Range Return Loss, Number of Elements Maximum Input Power Impedance E-Plane Front-to-Back Ratio Tail Length Width Projected Area Wind Load at 160 kph Stack Array Spacing Horizontal 2.65 GHz Better than -15 db, less than 1.5: dbi 25 Watts Mount Horizontal or as required 43 O 36 O -20 db RG58 low loss cable tail 200 mm long N-Female fitted N-Female fitted 300 mm 80 mm 1.5 kg m kg 2.65 GHz 17.8 dbi 25 Watts 26 O 23 O -20 db 700 mm 80 mm 2.0 kg m kg U-Bolts are supplied for mounting to a round mast up to 50 mm in diameter 173 mm apart 145 mm apart 277 mm apart 245 mm apart Y ZCG Scalar, Head Office, 7 Hall Street, PO Box 7, Lindenow, Victoria, 3865, Australia

23 Updated 22 February 2011 CP Right-Hand Circularly Polarised End Fired Point-To-Point GHz Full Band A helically wound right-hand circularly polarised antenna will reduce unwanted signal interference and reflections. The end fired design is particularly well suited for point-to-point data communications, whether that be cordless phone, Wi-Fi or wireless broadband. This CP model is factory tuned for 5.7 to 5.85 GHz and delivers high 14 dbi gain with a narrow beamwidth. CP is suitable for use in the high frequency ISM and RFID Radio Identification bands. The antenna is fully enclosed within a fiberglass radome and protected from the meteorological influences which can affect some high frequency helical antennas. Measuring just 180 mm in length, wind loading is minimal. The N-female connector fitted to the 200 mm RG142 cable tail is rated for up to 100 watts input power. A U-bolt and Vee-block is supplied for mounting the antenna to a round mast up to 50 mm in diameter. An offset clamp assembly to suit a 60 mm diameter mast can be supplied upon request. Coaxial feeder cable, connectors and fittings are all available separately to complete the installation. Range Circularity Impedance E-Plane Front-to-Back Ratio Tail Overall Length Projected Area Wind Loading at 160 kph CP Copper helix with brass and copper matching section, white fibreglass radome, aluminium mounting plate 5.7 to 5.85 GHz full band Less than 1.5:1 across the full band Right-Hand Circular < 2 db 14 dbi 100 Watts 20 degrees 18 degrees 20 db 200 mm of RG142 N-female fitted to the cable tail 180 mm 500 grams m kg, kn U-bolt and Vee-block supplied to suit round mast up to 50 mm in diameter. Offset clamp assembly to suit 60 mm diameter mast available upon request.

24 Updated 22 February 2011 PD-240N2 2-Way N-Type WiMAX Power Divider GHz Full Band PD-240N2 is a power divider for combining the output of two WiMAX data link antennas operating in the frequency range 2.4 to 2.5 GHz. Constructed from alumium, brass and stainless steel, this power divider will maintain return loss to better than -20 db, less than 1.2:1 across the full band. The N-Type Female connectors are rated for up to 250 watts power. The power divider can be secured to a bracket using the M8 mounting bolt and washer provided. Range Return Loss, Impedance Input Output s Dimensions PD-240N2 Brass, aluminium and stainless steel 2.4 to 2.5 GHz full band Better than -20 db, < 1.2:1 across full band 250 Watts 1 x N-Female 2 x N-Female 80 mm long x 50 mm wide 200 grams To any bracket using the M8 bolt and washer provided