Essential details
MOQ:1
Shipping:Ocean Freight
Product Introduction
Core structural features
- Vertical upright layout: The base is designed in a vertical column shape, fixed at the bottom through flanges or anchor bolts, and the motor body is placed at the top/middle, enabling vertical installation without occupying horizontal space.
- Pipe-through core structure: The middle/back end of the base integrates a continuous tubular channel, allowing the motor shaft, cooling pipes or cables to pass through, providing both axial extension support and heat dissipation and flow guidance functions.
- Multi-scenario adaptability design: The inner diameter of the pipe can be customized, the base is equipped with a vibration damping pad at the bottom, and the top has positioning pins. Some marine models integrate waterproof sealing structures (IP65+ protection), suitable for humid and bumpy environments.
- Heat dissipation integration optimization: The pipe-through channel can serve as a water-cooling or air-cooling duct, with internal heat dissipation fins, closely adhering to the motor housing, resulting in a heat dissipation efficiency that is over 25% higher than that of ordinary vertical bases.
Key Advantage
1. Space utilization is extremely compact
- Vertical layout can accommodate equipment in the interstitial spaces between decks and on the underside of the hull, reducing the horizontal occupied area by over 60%. This is particularly suitable for scenarios with dense installations such as engine rooms and machinery rooms.
The piping structure integrates the shaft support and pipeline passage, eliminating the need for additional support frames and simplifying the overall layout.
2. Stable structure with impact resistance
- The vertical columnar structure is highly rigid. The bottom is fixed and the top is positioned for dual security, demonstrating outstanding resistance to ship pitching and industrial vibration.
The pipe passing through the shaft provides mid-section support for the shaft system, reducing the deflection of the long shaft during operation and extending the service life of the bearings and motors.
3. Multi-functional integration and high efficiency
- The conduit channel is compatible with water cooling pipes, cable wiring, and shaft extension, eliminating the need for additional holes or pipeline installation. This results in a 40% increase in installation efficiency.
- The marine version of the conduit is equipped with a waterproof sealing ring to prevent seawater/wet air from entering. The industrial version can be adapted to dust and oil-contaminated environments, demonstrating strong versatility.
4. Easy installation and maintenance
- The positioning can be achieved through vertical hoisting. The bottom flange is designed in a standardized manner. It can be installed by 1-2 people within half a day, without the need for complex adjustments.
The piping channels facilitate the maintenance of the shafting and internal components. Some models support top-opening maintenance, eliminating the need to disassemble the entire machine base.
- Vertical upright layout: The base is designed in a vertical column shape, fixed at the bottom through flanges or anchor bolts, and the motor body is placed at the top/middle, enabling vertical installation without occupying horizontal space.
- Pipe-through core structure: The middle/back end of the base integrates a continuous tubular channel, allowing the motor shaft, cooling pipes or cables to pass through, providing both axial extension support and heat dissipation and flow guidance functions.
- Multi-scenario adaptability design: The inner diameter of the pipe can be customized, the base is equipped with a vibration damping pad at the bottom, and the top has positioning pins. Some marine models integrate waterproof sealing structures (IP65+ protection), suitable for humid and bumpy environments.
- Heat dissipation integration optimization: The pipe-through channel can serve as a water-cooling or air-cooling duct, with internal heat dissipation fins, closely adhering to the motor housing, resulting in a heat dissipation efficiency that is over 25% higher than that of ordinary vertical bases.
Key Advantage
1. Space utilization is extremely compact
- Vertical layout can accommodate equipment in the interstitial spaces between decks and on the underside of the hull, reducing the horizontal occupied area by over 60%. This is particularly suitable for scenarios with dense installations such as engine rooms and machinery rooms.
The piping structure integrates the shaft support and pipeline passage, eliminating the need for additional support frames and simplifying the overall layout.
2. Stable structure with impact resistance
- The vertical columnar structure is highly rigid. The bottom is fixed and the top is positioned for dual security, demonstrating outstanding resistance to ship pitching and industrial vibration.
The pipe passing through the shaft provides mid-section support for the shaft system, reducing the deflection of the long shaft during operation and extending the service life of the bearings and motors.
3. Multi-functional integration and high efficiency
- The conduit channel is compatible with water cooling pipes, cable wiring, and shaft extension, eliminating the need for additional holes or pipeline installation. This results in a 40% increase in installation efficiency.
- The marine version of the conduit is equipped with a waterproof sealing ring to prevent seawater/wet air from entering. The industrial version can be adapted to dust and oil-contaminated environments, demonstrating strong versatility.
4. Easy installation and maintenance
- The positioning can be achieved through vertical hoisting. The bottom flange is designed in a standardized manner. It can be installed by 1-2 people within half a day, without the need for complex adjustments.
The piping channels facilitate the maintenance of the shafting and internal components. Some models support top-opening maintenance, eliminating the need to disassemble the entire machine base.