Communication Funication Tether Drone Power System with Fiber Optic
Tethered drones are also utilized for temporary illumination. In scenarios such as nighttime construction operations and emergency disaster relief, they can carry high-power lighting equipment aloft to provide extensive illumination coverage. Compared to traditional lighting vehicles, they offer a broader illumination range and are not constrained by terrain limitations.
1.Typical characteristics
1). Small size, light weight. It is easy to carry. Rapid deployment.
2). Simple operations, the entire process of drone taking off and landing does not require the operation of ground module.
3). Comprehensive input /output protection,fault elimination and self recover.
4). Fully automatic take up and pay off function, the wire can be rewound once ground power cut off.
5). The air module power supply has a constant voltage output, and the back up battery has no charging and discharging phenomenon.
2. Adapt to drones
1). Supporting flight altitude: ≥100m/200m (tethered cable length 110m/220m, reserve safe length.)
2). Supporting takeoff weight: 10~15kg (UAV force effect varies, this data is for reference only.)
3). Supporting flight duration: ≥24h (The system can support working hours depending on the structure of the UAV and the electrical fatigue resistance.)
3. Functional characteristics
1). Protection function: Separate design for strong and weak electricity. Input over-voltage, input under-voltage. Output over voltage ,output over current, output circuit, output over temperature protection, input and output voltage resistance≥3000VDC, tethered cable insulation voltage esistance≥3500VDC.
2). Data communication: Wired and wireless communication function. Support remote display and control, client-side data viewing and downloading.Optional fiber optic communication.
3). Data display function: The touch screen displays data such as output voltage, output current,output power, cable outlet length, working duration, installation temperature, total power consumption, fault record, and working status information.
4). Set and adjustment: The display screen supports setting and adjustment the parameters such as reel in/out tension and speed, date and time, output voltage, safety lengths, warning temperature, etc., and support Chinese and English.
5). Alerts and reminds: When the system malfunctions, the display screen scrolls to display fault information, and the buzzer strong sound reminder.
6). Automatic take-up and payoff: Following take off and landing of the drone to synchronously tethered cable automated winch reel in/out, adjusting the tension auto management, and backup battery to activate cable reel in function in case of power cut off.
7). Carry and transport: The ground module is equipped with a handle and foot pads. folding trailer and trolley wheels is optional for transportation.
8). Power supply 5800W/7000Wh outdoor mobile power bank or 4300W/6L gasoline inverter generator is recommended.
Tether cable
| Material |
Alloy lightweight high-temperature resistant aviation wire, composite fluoroplastic insulation layer, high modulus tensile aviation grade fiber woven layer |
| Working current |
5~7A |
| DC resistance |
6.8 ± 0.2 Ω, 100m loop @ 20 ºC |
| Tensile strength |
≥ 100kg, resistance to repeated retraction and release ≥ 1000 times |
| Insulation strength |
≥ 3500Vdc, no breakdown for 1min |
| Cable length |
110 ± 2m, standard equipment 110m, optional 220m;
Fiber optic with FC connector (optional). |
| Outer diameter |
3.4± 0.1mm |
| Weight |
11± 1g/m |
Air module power supply
| Input voltage |
580~810Vdc wide range input, constant voltage output |
| Output voltage |
50 ± 0.5Vdc or 25 ± 0.3Vdc, constant voltage output, supporting voltage customization |
| Output power |
3000W (rated long-term output), 3500W (peak value ≤ 10s) |
| Installation method |
reserved installation lug and fixed with screws |
| Heat dissipation mode |
External fan active heat dissipation, reserved air duct forced air cooling |
| Interface |
Input XT60, output XT90*2 |
| Size |
165 × 93× 48 ± 0.5mm (excluding mounting lug and interface) |
| Weight |
910 ± 10g, without external connectors |
Ground module
| Input voltage |
190~240Vac wide range input, single-phase 220Vac,frequency 50/60Hz |
| Output voltage |
600~800Vdc adjustable,Factory Default 700Vdc |
| Output power |
≥3500W (Rated Long-Time Output),≥4000W (peak value≮30s) |
| Take-up and payoff speed |
0~2m/s, adjustable |
| take-up and payoff tension |
0~15N, adjustable |
| Interface |
Input aerial plug, cable output XT60 connector, fiber optic FC port (optional) |
| Button and switch |
AC Switches, high voltage on/off buttons, cable forced reel in buttons, backup power switch for reel in cable |
| Protection level |
IPx4 |
Size
|
D450×W360×H280±0.5mm, excluding foot pads and external accessories
|
Weight
|
17.5±0.5kg, excluding tethered cable
|
In the future, with advancements in energy technology and materials science, the endurance and payload capacity of tethered drones will continue to improve, and their application scenarios will become more diversified.
We have drone tether station of Dji drone,
01.DJI Mavic 3 Tethered Power System..
02.DJI M30 Tethered Power System.
03.DJI M350 Tethered Power System Ver. 2.0
04.DJI M350 Tethered Power System Ver. 1.0
05.DJI Flycart30 Tether power system
Whatever you are drone manufacturer and drone service provider,
we can customize it for your drones,it can make your drone to work for longer time.
06.600W Universal Tethered Power System
07.2000W Universal Tethered Power System
08.3000W Universal Tethered Power System Ver. 2.0
09.3000W Universal Tethering Power Station Ver. 1.0
10.6000W Universal Tethered Power System
11.12000W Universal Tethered Power Supply System
12.18000W Universal Tethered Power Supply System
Tethered Drone Lighting System
13.640W Matrix Lighting for DJI M30
14.1280W Matrix Lighting for DJI M300/M350
15.3200W Matrix Lighting for DJI Flycart30
Audited Supplier 
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