High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection

Product Details
Customization: Available
Output Power: 6000W
Output Voltage: 50V
Still deciding? Get samples of US$ 14984/Piece
Request Sample
Gold Member Since 2023

Suppliers with verified business licenses

Audited Supplier

Audited by an independent third-party inspection agency

Registered Capital
1000000 RMB
Plant Area
1001~2000 square meters
  • High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
  • High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
  • High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
  • High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
  • High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
  • High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
Find Similar Products
  • Overview
  • Key characterristics
  • Adapted To Drone
  • Our Advantages
  • Functional characteristics
  • Product Parameters
  • Company Profile
  • Detailed Photos
  • Application Scenario
Overview

Basic Info.

Model NO.
TPS220M-6000W
Input Voltage
190-240V
Fiber Optic
Optional
Interface
Inputxt60,Outputxt90
Transport Package
Carton Box
Specification
700*500*420
Trademark
Rosefinch
Origin
China
HS Code
880220
Production Capacity
1000/Year

Product Description

High Efficiency Constant Voltage Tethered Drone Power System For Building Defect Detection
    The High Efficiency Constant Voltage 6000W Tethered Drone Power System is designed for building defect detection, offering three times the power capacity with 6000W systems. This robust setup ensures prolonged inspection durations and enhanced accuracy in identifying structural anomalies. Utilizing 6000W Tethered Drone Power Systems thrice over, it supports comprehensive surveys with unwavering power supply.
High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
 
Key characterristics
High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
1). Small size, light weight, easy to carry, and fast deployment.
2). Easy to operate, no need to operate tethering box during UAV flight.
3). Comprehensive protection function, fault elimination and self recovery
4). Airborne power supply constant voltage output, the backup battery has no capacity and voltage loss.
Adapted To Drone
Support flight altitude 100m/200m (tethered cable 110m/220m, reserved safety length).
Support takeoff weight 20-30kg (drone power efficiency varies, this data is for reference only).
Support flight duration ≥ 24h (the system can support working duration, which depends on the structure and electrical fatigue resistance of the drone).
 
Our Advantages

 

High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
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 9800W/10000Wh outdoor mobile power bank or 8000W/25L gasoline inverter generator is recommended.

Product Parameters
Items Technical parameters
Model TPS110M-6KW Ver. 2.0 TPS220M-6KW Ver. 2.0
Cable length 110M 220M
Ambient temperature -20~45 ºC (working), -40~65 ºC (storage)
Relative humidity 10-80% RH (working), 5-90% RH (storage)
Altitude ≤ 3000m
Ground power module Input voltage 190-240Vac wide range input, single-phase 220Vac@50/60Hz
Output voltage 600~810Vdc adjustable, factory default 750Vdc
Output power 7000W (rated long-term output), 8000W (peak value ≤ 30s)
Storage cable length Standard storage cable 110m; 220m are optional
Retraction speed 0-2m/s, adjustable
Reel in/out tension 0-15N, adjustable
Interface Input aviation socket, fiber optic FC port (optional), communication Type-C port, cable output XT60 connector
Buttons and switches High-voltage on/off button, cable forced retraction button, input AC switch, backup battery switch for reel in cable
Protection level IPx4
Size 450 × 360 × 286 ± 0.5mm, excluding foot pads
Weight 17.5± 0.5kg, not including tethered cable weight
Cable Material Silver plated lightweight high-temperature resistant aviation wire, composite fluoroplastic insulation layer, high modulus tensile aviation grade fiber woven layer
Fiber optic
(optional)
The tethered cable is an optoelectronic composite cable, which contains tightly packed single-mode fiber optic and can be optionally equipped with fiber optic communication
Current 7-10A
DC resistance 4.6 ± 0.1 Ω, 100m@20 ºC loop
Tensile strength ≥ 150kg, resistant to repeated retraction and release ≥ 1000 times
Insulation strength ≥ 3500Vdc, no breakdown for 1 minute
Cable length Standard storage cable 110m; 220m are optional; 
Fiber optic with FC connector (optional).
Outer diameter 3.5 ± 0.2mm
Weight 2.1 ± 0.1kg/100m
Air module Input voltage 580~810Vdc wide range input
Output voltage 50 ± 0.5Vdc, constant voltage output, supporting voltage customization
Output power 6000W (rated long-term output), 8000W (peak value ≤ 10s)
Protection function Input overvoltage and undervoltage protection
Output overvoltage, overcurrent, short circuit, and over temperature protection
Isolation voltage 3000V (Vin-Vout), 1min, leakage current ≤ 5mA, no breakdown, flashover, or corona phenomenon
Installation method Reserved installation holes, fixed with screws
Heat dissipation method External fan active heat dissipation, reserved air duct forced air cooling
Interface Input XT60, output XT90*3
Protection level IP54
Size 200 × 150× 68 ± 0.5mm, excluding mounting lugs
Weight 2200 ± 50g, excluding external connectors
Packing Size 700×500×420±5mm (Wooden size)
Weight 35.0±0.5kg, including ground power module, air module, Annexes and documents
Company Profile

The "Drone Tethered Power System" - Rosefinch Technology is the leading manufacturer of drone tethering power station.
Rosefinch mainly engages in the R&D, production, sales of AC-DC, DC-DC high-frequency switching power modular and the drone tether power system.
The system is compatible for all multi rotor drones with MTOW 3-110kg.

 

High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection

 

Detailed Photos

 

High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
 
Application Scenario

The tethered UAV can be applied in situations and environments that require long-time operation, making up for the shortcomings of short endurance time, faster power consumption with more mounts, and the need for frequent battery replacement. It expands the industry application of UAV.
 

High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection
High Efficiency Constant Voltage Tethered Drone Power System for Building Defect Detection


 

Send your message to this supplier

*From:
*To:
*Message:

Enter between 20 to 4,000 characters.

This is not what you are looking for? Post a Sourcing Request Now
Contact Supplier