Product Details
2800W 420V Max.200m High Cube Tether Station For Tether Drone
System
| size | 41x34x31cm |
| weight | 22kg |
| input | 220V AC ±10% 50Hz/60Hz |
| output | 420V DC / 2.8KW |
| height | 100m/150m/200m |
| features | ※ Automatic voltage compensation, automatic overcurrent protection ※ Anti -inverted electric momentum for safe landing ※ Isolation design to prevent electric shock ※ Low -current alarm for safe flight ※ Base station with 485 communication to display datas in real time |
A tethered drone station typically involves the following steps:
1. Up the Ground Station: Prepare the location where the tethered
drone station will be deployed. This may involve securing the
station to a stable such as a tripod, vehicle, or specialized
ground platform.
2. Connect Power and Data: Connect the tethered drone station to a
power source, such as a generator or electrical outlet, ensuring
that the input power requirements are met. Also, establish any
necessary data connections for communication and control.
3. Unpack and Prepare the Drone: Unpack the tethered drone and
prepare it for flight, ensuring that all components are functioning
properly and that any payload equipment or sensors are securely
attached.
4. Deploy the Tether: Extend the tether cable to the appropriate
length for the mission, making sure it is clear of any obstacles or
hazards. Carefully manage the tether to prevent tangles or damage.
5. Power Up the Drone: Power up the drone and ensure that it
establishes a stable connection with the tethered station. Verify
that the power and communication systems are functioning as
expected.
6. Perform Pre-Flight Checks: Conduct pre-flight checks on the
tethered drone, including calibrating sensors, verifying GPS
connectivity, and checking for any warning indicators or errors.
7. Initiate Flight Operations: Once all checks are complete and the
flight area is clear, initiate the drone's takeoff sequence.
Monitor the drone's behavior and ensure that it maintains a stable
aerial position.
8. Conduct Mission Operations: Carry out the intended mission
tasks, such as aerial surveillance, data collection, or monitoring.
Supervise the drone's operations and make any necessary adjustments
to its position or flight parameters.
9. Monitor Tether Tension: Continuously monitor the tension and
angle of the tether cable to ensure that it does not become
entangled or cause undue stress on the drone or the tethered
station.
10. Conclude Flight and Land the Drone: Once the mission is
complete or in the event of unexpected circumstances, safely land
the drone. Power down the drone and carefully reel in the tether
cable.
11. Disconnect and Stow Equipment: Safely disconnect the drone from
the tethered station and power source. Secure all equipment and
stow it for transport or future use.
It's important to note that the specific procedures for using a
tethered drone station may vary based on the manufacturer's
instructions, the type of drone system, and the operational
requirements. Proper training, familiarity with the equipment, and
adherence to safety protocols are essential when using tethered
drone stations.
Company Profile
Myuav's products are mainly used in tethered lighting,
communication relay, environmental monitoring, and other fields. In
the domestic market, the company has accumulated a large number of
customers, including leading companies in the power, communication,
environmental protection industries, and has obtained more than ten
patent authorizations.
In the international market, we have established long-term
cooperative relationships with multiple overseas companies and has
conducted business in Europe, the Middle East, America and other
regions.
MYUAV aims to build solid products and services, committed to
providing high-standard tethered drone system solutions for global
customers.