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DataGuard® from Belcom
DataGuard® coaxial cables are the industrial version incorporating various armour types according to application. The original high-performance network cables are protected by a layer of steel in the form of galvanised wire applied around the cable with an enhanced performance outer sheath for further protection.
For traditional industrial protection in fixed installations, single wire armour is used. For flexible and high vibration installations, galvanised steel wire braid is applied, and special applications of interlocking galvanised steel wire tape or overlapping steel tapes can be used for flexibility and rodent/termite protection.
RG223/U 50 Ohm
DataGuard® Armoured (SWA) MIL-C-1 JF 98% Braid LSZH Firefighter®
Electrical Properties
| Inner Conductor DC | 28.0 | Ohm/LM |
| Outer Conductor DC | 8.0 | MOhm*km |
| Impedance | 50±2 | Ohm |
| Capacitance | 100 | pF/m |
| Velocity ratio | 99 | % |
| Screening effectiveness 100-900 MHz | 70 | dB |
GPS – RFoF
The GPS Over Fiber Link by Optical Zonu provides a simple, cost-effective and reliable RF connection between the GPS antenna and receivers where coaxial cable is impractical. Each link is wideband and supports any of the global GPS frequencies – current or future. The high dynamic range of the system ensures a transparent pass-through with no distortion. A low noise pre-amplifier ensures a margin on signal-to-noise ratio while keeping the signal in the most linear operating Range of the Fiber optic link. The unit housing is a compact IP-50 enclosure. The link supports one GPS antenna. A Built-in Bias-T provides the needed DC power for the active GPS antenna. While the Optical Zonu GPS Fiber Transport Link can be used for point-to-point applications, the link may also be optically split into 8 ways to provide cost-effective GPS distribution to multiple locations over lightweight Fiber cable. In addition, the receiver is available with either one or two RF outputs.
These linear RFoF Transceivers provide an excellent alternative to coaxial cable for distances from 100m to over 10 km. The standard optical connector is the SC/ APC (FC/APC is also available) for low back reflection. This, along with the integrated optical isolator, helps guarantee transparent transport without additive Noise or spurious signals.
The laser diode is an uncooled device that provides stable operation over the entire ambient Operating Temperature Range of –20 °C to +65 °C. Average Automatic Power Control (AAPC) is utilised for optimal optical power stability over the full temperature range.
The RF interface is a 50? SMA connector, and the Alarm and Monitoring Functions are available through a DB9 connector. The standard unit requires +12 VDC power between pins 4 and 5 of the DB9 connector.
The BiasT option +5V or +12V is for powering the Amplifier inside the GPS Antenna. Optical Transmitter monitors ensure the GPS is functioning correctly and if NOT, it optically reports the condition to the GPS optical receiver by blinking the light ON/OFF. The OZ600 Receiver has a built-in active DC Antenna load which goes high impedance if there is a Fibre fault or remote Antenna failure condition.
Features
- Supports GNSS, Galileo, GLONASS
- -20ºC to +65ºC TOP Range
- Provides +5 VDC DC Bias for the GPS Antenna
- No RF Sensitivity Impact
- Patented Optical Antenna Alarm Reporting
- 20 dB Gain Supports Optical Splitting for GPS Distribution
- Laser Conforms to Class 1 Emission Level and IEC-825 (EN 60825) standard
Iridium – RFoF
The Iridium satellite network provides voice and data service to the entire planet. However, phones and network equipment will not function unless the antennas have a clear view of the sky. The Optical Zonu Iridium fibre extender system allows handsets or modems to function indoors, regardless of the distance from an outdoor antenna. These systems are perfect for direct connection to phone(s) or modem(s) installations in locations such as bunkers, large buildings, mining operations and large seagoing vessels, or in an indoor luxury structure. RF over fibre systems can function for several miles when used with single-mode cable and provide a transparent link for Iridium communication equipment. Once the signal is transported across the fibre link, it provides satellite phone connection indoors via rebroadcast through indoor antennas or connected directly to Iridium end-user equipment.
The Iridium fibre link kit contains both an outdoor antenna unit and an indoor antenna system. The outdoor unit is weatherproof with an IP-67 rating, allowing it to be installed in harsh environments directly next to an outdoor antenna. The indoor system can be either a single slot J-Chassis suitable for desktop or wall-mount use; or a 19-inch rack enclosure. The rack-mount antennae extender options can be configured to support multiple channels. Other options include remote monitoring and configuration through the J-Chassis USB port or contact closure alarm through the OZ9000 chassis.
In addition to the Iridium satellite service, Zonu provides equipment that can be used to transport other signals from antenna locations such as GPS, Satellite TV, WiFi or cell phone service. Flexible chassis systems can be custom ordered for specific applications or installations. Both single fibre or multi-fibre solutions are available. The outdoor systems can be configured to provide power to active antennas through a flexible bias T. Frequency ranges are available for response up to 6 GHz, contact a sales representative for more information.
Satcom over Fibre
The L/S Band Satcom Fiber Transport Link by Optical Zonu provides a simple, cost-effective and reliable RF connection between your satellite antenna and modem in those instances where coaxial cable is impractical or additional security is required. Each fibre link supports all frequencies from 950 MHz to 2300 MHz. The high dynamic range of the system ensures a transparent pass-through with no distortion. A low noise pre-amplifier in the downlink path ensures a margin on signal-to-noise ratio while keeping the signal in the most linear operating range of the fibre optic link.
For Tx/Rx sites, the low phase noise 10 MHz reference can be included without any impact on the L/S band performance. Other fibre optic products that combine the 10 MHz reference with the primary signal either cause degradation of the primary through mixing or poor phase noise if the reference level is too low. The Optical Zonu L/S Band Satcom Fiber Transport Link utilizes a 4 channel Coarse Wave Division Multiplexer (CWDM) to ensure that there is no mixing among all the supported signals, guaranteeing the highest signal purity. The system is modular and can be configured for Transmit/Receive or Receive Only with options for a 10 MHz Reference Signal, DC Power for the LNB and an FSK or E-Net data connection between the sites.
Major Features and Benefits
- L/S Band Fiber Optic Link Between the Satellite Modem And ODU
- IP-67 Remote Unit Connects to ODU
- Modular, Rack-Mounted Master Unit
- Transmit/Receive or Receive Only
- Separate Optional 10 MHz Path – No Mixing, Lowest Phase Noise
- Optional DC Power to LNB
- Optional Ethernet or FSK Data Connection Between Sites
RFoF – RF over Fibre Optic
RF over Fibre (RFoF), sometimes called RF over Glass (RFoG), is a mature technology becoming increasingly popular across many industry sectors such as Defence, Satcom, Broadcast, Infrastructure, Telecommunication and Mining.
RFoF is well suited for applications where distance or other factors become problematic with traditional coaxial cable installs. RFoF is used to connect antennas to transmission and receiving equipment. Rojone and our US partner Optical Zonu can provide a wide range of solutions from day to day in building conversion to more complex demanding solutions challenges. With a frequency range suitable for transporting across all HF, VHF, UHF, L, S, C, X, Ku, K and Ka bands (10 MHz to 40 GHz).
Advantages
The transmission of RF and Microwave Signals via waveguides or coaxial cable suffers high insertion
loss a
nd susceptibility to interference (EMI). Single Mode RFoF transceivers provide an excellent alternative for this type of application. Fibre Optic transmission offers significant advantages for the reliable transport of RF signals in their native format over many optical networks and across a broad range of frequencies. For analogue type signals, especially at high frequencies, premium performance at high Spurious Free Dynamic Range (SFDR) is desirable.
- Less signal degradation per meter
- Higher signal carrying capacity/bandwidth
- Less costly per metre
- Lighter and thinner than traditional coaxial cable
- Free from electromagnetic interference (Poor weather does not affect signal)
- Lower transmitter launching power
Applications
- Cellular wireless
- Public safety
- Network sync
- Satellite earth stations
- Defence applications
Rojone and Insulated Wire incorporated Announce Distributor Agreement
We are very pleased to announce that we are the distributor for IW Microwave (IW) in Australia. From now on the complete range of IW is in Rojone’s product range. IW is a producer of high-performance cable, and cable assemblies popular for use in geophysical exploration (ground penetrating radar), as well as telecommunications, data links, satellite systems, airborne electronic warfare and countermeasures, missile systems, UAV applications, avionics and instrumentation, fire control systems, and medical electronics.
Founded in 1970, IW developed a unique PTFE lamination process and applied it to manufacturing wire and cable. This process allowed IW to manufacture products of unprecedented reliability along with smaller diameters. Combining the new lamination process along with a patented shield design allowed IW to become one of the leaders in low loss microwave transmission lines, utilizing both solid and expanded PTFE dielectrics. In 1988, IW expanded its operations and created a Microwave Products Division.
You can find further information on our websites (https://www.rojone.com.au/iw-insulated-wire/) or from the IW website (http://iw-microwave.com/)
Further information contact Rojone on email Sales@rojone.com.au or Tel. +61 2 9829 1555
Regards,
John Brady,
General Manager
NEX10™ Connectors
Radiall’s NEX10™ series is a miniature and lightweight RF Coaxial connector with excellent intermodulation performance for outdoor telecom applications
up to 20 GHz.
Growing demand for new generation equipment within the Telecom market requires a top performance solution with exceptional benefits and features.
To develop this solution, Radiall has partnered with two leading RF connector manufacturers to develop a new compact extremely robust Low PIM connector:
NEX10™.
With exceptional performance up to 20 GHz in order to meet the performance needs of customers, NEX10™ also features a compact design which is 50%
smaller than 4.3-10. This unique solution also offers separation of electrical and mechanical reference planes, which maximizes intermodulation performance under statique, dynamic, vibrations and torque stress conditions.
NEX10™ is available in multiple configurations:
- Jack: square flange, bulkhead
- Plug: straight & right angle
- Screw-on & push-pull coupling mechanism
- Multi-coax
- Additional boot
- Jumper
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Ruslyn Cord and Pack Reel
The Ruslyn Cord and Pack Reel is designed for military use as a handheld, small, rugged and lightweight mini reel that can be carried during operations. The Ruslyn Pack Reel® is designed to handle hook & line, flexible coaxial cable, detonator cord, firing cable, signals cable, aerial cable, paracord, rope, hose, and wire.
This small rugged and lightweight handheld reel it is specifically designed for the dismounted soldier. It is used by combat engineers, search, EOD, CIED, special operations, sigs and clearance divers. The Ruslyn Pack Reel® is also used by emergency services, homeland security, law enforcement and industry. The center hand grip is designed for use with a gloved hand in sub-zero temperatures. The Ruslyn Pack Reel® has been tried and proven on battlefields around the world.
Rojone can supply the Ruslyn cord and pack reel already fitted with your customised cable assembly.
The Rojone ALN – series of interface leads are designed to allow connection of our range of headsets to just about any piece of communications equipment you can think of, from portable two-way radios to specialised communications systems. Each lead assembly consists of a Nexus TJS-102 (U-94A/U). This combination socket is a Military grade component (which mates with the TP – 120B or TP-102 used on our headsets), push to talk switch, and housing complete with a substantial belt or clothing clip.
A length of either coiled or straight cable leaves the Nexus TJS-102 PTT housing and terminates to a plug, moulded plug set or a number of plugs suitable for direct connection to a particular radio or device. The number of Interface Leads and radio types is almost infinite and we cannot list all the possibilities, so
if your requirement extends beyond the list below – please ask!
We can manufacture in Australia to your unique requirements.
HOW TO ORDER
ALN – _xxx In the first space, insert the letter which represents the radio manufacture.
ALN – x___ In the three remaining spaces, show the 3 main digits of the radio model.
| A = A.W.A | J = Shinwa | R = (Spare) |
| B = Bendix King | K = Kenwood | S = Sawtron/Kyodo |
| C = Maxon | L = (Spare) | T = Tait |
| D = Midland | M = Motorola | U = Uniden |
| E = Electrophone | N = (Spare) | V = Vertev/Standard |
| F = (Spare) | O = (Spare) | W = (Spare) |
| G = (Spare) | P = Philips/Simoco | X = Customer to specify |
| H = HYT | Q =(Spare) | Y = Yasue |
| I = Icom | PH = Mobile Phone (Call for details) | |
| Order No. | Description | |
|---|---|---|
Comfort Kits | HSP-CK HMP12-CK | Consist of two (2) liquid & foam vinyl covered Ear Cushions. Includes instructions. |
Foam Kits | HSP-FK HMP12-FK | Foam Kits consist of two (2) five layer inner foam assemblies which support the speakers. Includes instructions. |
Foam & Cushion Kits | HSP-FCK HMP12-FCK | Foam & Cushion Kits consist of two (2) Ear Cushions & two (2) inner foam assemblies which support the speakers. Includes instructions. |
Foam Windsocks | WSS2 | Foam Windsock suits all our headset models. |
Replaceable Microphones | MB-102 (Green) - (General use) MB-10 (Red) - (Motor Sports) | Field replaceable microphones to suit all HSP Series headset. |
Leather Headband | HBP 7432300147 | Standard replacement Leather headband cover. Suits all our headset models. |
Mouh Guard | 7432300201-K | Mouth guard microphone foam cover kit consists of one (1) pad, one (1) foam cover & one (1) acoustic moulding inner. Includes instructions. |
Windstock | 7432300179 | Windsock suits ALL HMP & HSP headsets |
Ear Canel Tips | 10-15010 | Comply Canal Tips (Pack of 12) Suits MK1 CEP's. |
Hygiene Kit | 432300178-K | Hygiene kit consists of two (2) liquid & foam vinyl covered Ear Cushions. Includes instructions. NSN: 5965-66-151-5602 |
Hygiene Kit | 7432300174-K | Cushion and foam kit consists of two (2) Ear Cushions & two (2) inner foam assemblies. NSN: 5965-66-151-5603 |
Cushion & | 7432300180-K | Mouth guard microphone pad & inner moulding kit consists of one (1) pad, one (1) foam cover & one (1) acoustic moulding inner. Includes instructions. NSN: 5965-66-155-9958 |
Microphone Pad Kit | 7432300181-K | Mouth guard & microphone pad kit consists of one (1) pad & one (1) foam cover NSN: 5965-66-155-9960 |
