Factory Use Radio Remote Control Double Girder Electric Wire Rope
Hoist 40ton
Euro-standard design double beam electric wire rope hoist,
conformity of ISO and CE certificate
| model | | VTW-D 40T |
| SWL | t | 40 |
| lifting height | m | 6-30 |
| lifting speed | m/min | 0.8/4.9 |
| travel speed | m/min | 5-20 |
| power in | V;HZ | 220~460V 50/60Hz |
| FEM(GB) | -- | 2m(M5) |
| lifting motor | power | KW | 38 |
| RPM | n/min | 2836 |
| insulation | -- | F |
| production | -- | IP55 |
| duration | -- | 40% |
| rated current | -- | |
| lift gear ratio | -- | 206.9 |
| drum dia | mm | 405 |
| wire rope | -- | ∅15-8826S-2160 |
| travel motor | power in | KW | 2*2.2 |
| RPM | n/min | |
| insulation | -- | |
| production | -- | |
| duration | -- | |
| rated current | -- | |
| wheel dia | mm | 250 |
1. High load-bearing capacity and stability
Large tonnage design:
specially designed for heavy material handling, with a rated load
of 40 tons, suitable for heavy industrial scenes such as steel,
ports, and shipbuilding.
Double-beam structure: adopts a double-beam bridge structure with
strong overall rigidity and high deformation resistance, which can
effectively disperse the load pressure and ensure a smooth and safe
lifting process.
Advantages of wire rope: high-strength wire rope is used as the
lifting medium, which is wear-resistant,
high-temperature-resistant, and impact-resistant, and is more
suitable for high-frequency and heavy-load operations than
traditional chain hoists.
2. Efficient drive and precise control
Variable frequency speed regulation system: standard variable
frequency control technology to achieve smooth acceleration and
deceleration of lifting and walking, reduce load shaking, and
improve positioning accuracy.
Modular drive unit: integrated design of motor, reducer, and brake,
high transmission efficiency, low energy consumption, and
convenient maintenance.
Multi-speed adjustment: supports light load high speed and heavy
load low speed mode, adapts to different working conditions and
improves work efficiency.
3. Compact design and space optimization
Low headroom requirements: European design optimizes the lifting
height and can provide a larger effective lifting space at the same
plant height.
Lightweight structure: High-strength alloy steel and box beam
design are used, and the deadweight is 20%-30% lighter than
traditional cranes, reducing the load-bearing requirements of the
plant.
Narrow wheelbase design: The trolley width is compact, suitable for
places with limited track spacing, saving plant layout space.
4. Intelligence and safety protection
Multiple safety protections:
Overload protection, limit switch, emergency braking system (such
as power-off brake).
Wire rope anti-loosening device, overload sound and light alarm,
etc.
Intelligent monitoring: Optional sensors can monitor load, motor
temperature, wire rope status in real time, and data can be
connected to the industrial Internet of Things system.
Human-machine interaction: wireless remote control or cab
operation, some models support automatic programming (such as
linkage with PLC).
5. Environmental adaptability and durability
High protection level: key components such as motors and electrical
boxes reach IP55 or higher protection level, dustproof and
waterproof, and adapt to harsh working conditions.
High temperature resistant design: optional high temperature
protection kit (such as heat insulation board, high temperature
resistant steel wire rope), suitable for high temperature
environments such as metallurgy and casting.
Long life components: key components such as gears and bearings
adopt long-term lubrication design, long maintenance cycle, and
reduce downtime.
