Airship test winch with DC brushless VFD motor and onboard battery pack — no external power supply required. Load sensor and length counter with LCD real-time readout, full roller array at the rope outlet for 360° payout, 300 m Dyneema rope drum, 4-hour continuous duty. Case: 1500 kg, 5.5 kW, 48 V, 10.14 m/min. Customizable.
Airship Test Winch 1500kg DC Brushless Motor Battery Load & Length Sensors | KLD
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A high-performance winch purpose-built for airship experiment testing, equipped with height and force sensors for accurate rope payout and recovery. The DC brushless VFD motor and onboard high-capacity battery pack remove the need for external power. Load and length sensors feed an LCD display with real-time data, and the roller-lined rope outlet supports 360° payout.Quick Specs
Lifting capacity: 1500 kg | Motor: 5.5 kW DC brushless VFD Reducer ratio: 141.93:1 | Output speed: 10.5 r/min Rated output torque: 4866 N·m | Rope speed: 10.14 m/min Dyneema rope dia.: Ø12 mm | Drum capacity: 300 m Voltage: 48 V (battery pack) | Machine weight: 220 kg Dimensions (L×W×H): 1420 × 1500 × 855 mmApplication Scenarios and Applicable Boundaries
- Airship experiment testing — controlled payout and recovery of tether rope during airship tests. - Sites without mains power — the onboard 48 V battery pack supports operation where no external power supply is available. - Continuous test duty — the battery pack supports up to 4 hours of continuous operation (per case configuration). - Real-time test records — load sensor and length counter provide live rope force and length readings on the LCD. Boundary: Sensor ranges, battery capacity and drum capacity are matched to the experiment. Standard configuration is not intended for personnel lifting. Confirm test load, rope length, sensor range and site conditions before ordering.Features Benefits
No external power needed — the DC brushless VFD motor runs from the onboard battery pack and offers energy-saving operation.
Higher transmission efficiency — the K-series gearbox transmits power efficiently and withstands high-load duty.
Real-time test data — the LCD displays live readings, monitoring rope force and length during the test to support experiment accuracy.Complete Technical Specifications
Model:1500 KG Motor power:5.5KW Rated Tensile Force:1500kg Diameter of Dyneema rope:12mm Reduction gear ratio:141.93:1 Reducer output speed:10.5rpm Motor reducer Rated output torque:4866N.m Rope speed of the winch: 10~14m/min Self-weight:220kg Reel capacity:300m input voltage:48v Model:1500 KG A(Length):1420mm B(Width):1500mm C(Height):855mm Size Installation and System Interface
Outline dimensions (case): 1420 × 1500 × 855 mm (L × W × H). Mounting: base frame; installation position and rope take-off direction configurable per experiment. Interface: 48 V battery pack (no external power supply required); load sensor and length counter with LCD readout; roller-lined rope outlet.Control Safety and Protection
- Load sensor + length counter with LCD — live monitoring of rope force and length during tests. - Height and force sensors — accurate payout and recovery. - Roller-lined rope outlet — 360° payout support, reducing rope friction at the outlet. - Optional safety & control items: encoder with main-shaft limit switch, limit switch, slack-rope switch, manual emergency crank, pendant remote control, slip ring. - Personnel lifting is excluded from standard configurations.Customization Options and Engineering Process
Configured around your operating conditions — Share the required line pull, rope travel, operating speed, duty cycle, power supply, installation envelope and environment. KLD will review the application and provide a proposed configuration, technical drawing and quotation for approval. Free design schematics are provided for different scenarios.Requirements → Concept → Drawing & Quotation → Approval → Production & Test → DeliveryStandards Testing and Quality
The company operates an ISO 9001 quality management system. CE conformity documents (LVD, EMC) are available for applicable configurations on request. Classification certificates (e.g. LRS / BV / ABS / DNV GL) can be arranged as an optional item for marine applications. Factory testing follows the approved technical specification for each configured unit and may include: no-load run, rated-load operation, brake function, limiter function and control verification. Available documentation may include dimensional drawings, electrical diagrams, inspection records and functional test results, depending on project scope.Engineering Cases
airship test winch with DC brushless VFD motor, onboard battery pack and load/length sensors (case: 1500 kg lifting capacity, 5.5 kW at 48 V, ratio 141.93:1, 4866 N·m, rope speed 10.14 m/min, Dyneema rope Ø12 mm, drum capacity 300 m, machine weight 220 kg, 1420 × 1500 × 855 mm). Customer details are anonymized per confidentiality requirements.Technical Data Download
Downloads: - Product Datasheet (PDF) - General Arrangement Drawing (PDF) - Installation & Operation Manual (PDF) - Request CAD / Electrical DrawingDelivery Packaging and Lifecycle Support
Most winches are custom-made products; lead time is confirmed after technical approval and order review. Project support can include configuration review, drawing approval, factory testing, export packaging, remote commissioning support and recommended spare parts. On-site measurement and installation support are available for applicable projects. -
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What is this winch designed for?
It is purpose-built for airship experiment testing, providing controlled payout and recovery of tether rope with load and length monitoring during the test.
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What are the case specifications?
Lifting capacity 1500 kg; 5.5 kW DC brushless VFD motor; 48 V battery pack; reducer ratio 141.93:1 with 10.5 r/min output; rated output torque 4866 N·m; rope speed 10.14 m/min; Dyneema rope Ø12 mm; drum capacity 300 m; machine weight 220 kg; dimensions 1420 × 1500 × 855 mm.
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Does it require an external power supply?
No. The DC brushless VFD motor runs from the onboard 48 V high-capacity battery pack, which supports up to 4 hours of continuous operation in the case configuration — convenient for test sites without mains power.
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