Cell towers are abundant worldwide and they are usually high and as such, can be a threat to low flying aircraft. There are strict regulations which make sure the cell tower is clearly visible at all times to minimize any danger of collision.
In Australia regulatory requirements for tall structures and hazardous plume, sources are managed by Airservices Australia in conjunction with Geoscience Australia. Any company/person that owns, controls or operates tall structures need to report:
• gaseous effluxes with a velocity of more than 4.3 m/s
• the construction, extension or dismantling of tall structures if the top is 100m or more above ground level
• structures that are 30m or more above ground level – within 30km of an aerodrome or 45m or more above ground level elsewhere
Furthermore, there are requirements to have appropriate lights, low intensity, medium intensity and high-intensity lights, or a combination of such lights installed. These regulations are the reason it is important to independently monitor cell towers.
Cell towers have antennae at the top or side of a structure and an enclosure for the communications equipment and primary or backup power supply. Depending on the tower height, cell towers can have flashing or steady, white or red, medium or high-intensity lights installed. As high-intensity obstacle lights have a significant environmental impact on people and animals, it is necessary to consult with interested parties about their use.
A Neon Remote Logger complete with an independent power supply, typically a battery, small solar panel and the solar controller can be set up to monitor important operational and regulatory requirements. While there is a communications channel available at the cell tower, often authorities consider using a different/independent communications system to keep the monitoring system completely independent from the actual cell phone network using the tower.
The Neon Remote Logger may have analog and digital inputs to monitor tower light states, communications equipment status and primary and backup power system status. Some more complex equipment may also have Remote Terminal Units (RTUs) which have Modbus registers that can be read routinely and reported, perhaps every 5, 10 or 30 minutes to a Neon Server so that data on the overall status of the cell tower can be displayed on a standard web browser.
To maintain network diversity/network independence, it is better to report the status using a satellite communications channel, either geostationary or low earth orbit, so the monitoring does not rely on the actual cell tower being operational.
The status of the cell tower can be displayed on a Google Map display and a mimic diagram can provide an easy visual representation of the tower and the status of the key monitoring points. The Neon Server Applications software can display each cell tower on a Google maps interface with a mimic icon colour based on operational status, green for normal and amber or red for set off alarm condition. Alarms can be set up on key parameters. If an alarm condition is reached, an SMS alarm alert with escalation or an email is sent to key staff alerting them of a problem or failure.
|Options for Application Specific Instruments / Inputs||Unidata Part Number||Description|
|Analogue Inputs/Modbus RTU||Custom Part||Telco Provided RTU / Sensor|
|Options for Neon Telemetry - NRL / NRT / RTU / Field Units||Unidata Part Number||Description|
|Industrial (Metal Enc) Neon Remote Logger 16 Channels||3016||Options Available: 3G/4G Cellular, Ethernet, Globalstar, Inmarsat, Iridium SBD and LoRa
|Industrial (Metal Enc) Neon Remote Logger 8 Channels||3008||Options Available: 3G/4G Cellular, Ethernet, Globalstar, Inmarsat, Iridium SBD and LoRa
|Industrial (Metal Enc) Neon Remote Logger 4 Channels||3004/3006||Options Available: 3G/4G Cellular
|Neon Remote Logger (Polycarbonate Enc) 4 Channels M Series||3004M/3006M||Options Available: 3G/4G Cellular, Ethernet, Microsatellite, Iridium SBD and LoRa
|Cellular RTU 3G/4G - Industrial||2016F-AB03 / 2016F-AB04||Neon Remote Terminal 3G/4G with Antenna and Li Battery|
|Equatorial Orbit Satellite - Inmarsat||2018F-AB0-1 or 3||NRT Ethernet with single or triple Ethernet Ports with three Li Batteries|
|NRT Field Termination Strip||2103F||2015F,2016F,2017F, and 2018F NRT FTS|
|NRT Firmware Option||2303A-8M||8M Extended Memory Option|
|NRT Firmware Option||2303A-8M-CAM||8M Extended Memory & Serial Camera Option|
|NRT Firmware Option||2303A-CAM||Serial Camera Option|
|Options for Neon Application Software - Customer Server||Unidata Part Number||Description|
|Neon Application Software||2302A||Neon Server Software Licence Incl 5 NAL
|Neon Application Software||2302A-10||Additional 10 NRT Access Licences|
|Neon Application Software||2302A-20||Additional 20 NRT Access Licences|
|Neon Application Software||2302A-50||Additional 50 NRT Access Licences|
|Options for Neon Application Software - Unidata Server||Unidata Part Number||Description|
|Neon Application Software||2301A||Neon Data Initial Subscription Setup Fee|
|Neon Hosting Service||2301A-01||Neon Data Service Fee for 1-50 NRTs|
|Neon Hosting Service||2301A-02||Neon Data Service Fee for 51-100 NRTs|
|Neon Hosting Service||2301A-10||Neon Data Service Fee Metering|
|Options for Conventional Dataloggers / Field Units||Unidata Part Number||Description|
|Neon Remote Logger 16 Analog Channels / Touch Screen Display||3016-000||16 Ch NRL (Superseded Prologger 7001D)|
|Neon Remote Logger 8 Analog Channels / Touch Screen Display||3008-000||8 Ch NRL (Superseded Stalogger 6004D)|
|Neon Remote Logger 4 Analog Channels / Touch Screen Display||3004M-000||4 Ch NRL (Superseded Micrologger 8010C)|
|Starlog V4 Management Software||6308A-AUE||Starlog V4 Full Licence Key|