Bombas,Generadores,Faro,Estación hidráulica-TENGDAO
**Engine-Driven Solid Particle Vacuum-Assisted Dewatering Pump**
**Introduction**
The engine-driven solid particle vacuum-assisted dewatering pump is a truly versatile water pump designed for various applications in the mining and construction industries. Con un rango de caudal de 200 Para 15,000 cubic meters per hour and a head range from 8 Para 60 Metros, this pump meets the diverse needs of global mining enterprises. As mining sites and quarries deepen, from shallow pits to deep excavations, the demand for high-efficiency operation becomes critical. This pump is engineered to excel, providing reliable performance under various conditions.
**Design and Materials**
Constructed from CA6NM, a material known for its hardness and wear resistance, this pump is built to withstand harsh environments. Its wide flow channel design allows for the passage of larger particles, enhancing its 
operational capabilities. The vacuum assistance feature, capable of drawing water at a rate of 1.3 m³/min, ensures rapid water intake. The coupling of the diesel engine pump uses an SAEJ620 external direct connection combined with an internal flexible vibration dampening system, resulting in high transmission efficiency.
operational capabilities. The vacuum assistance feature, capable of drawing water at a rate of 1.3 m³/min, ensures rapid water intake. The coupling of the diesel engine pump uses an SAEJ620 external direct connection combined with an internal flexible vibration dampening system, resulting in high transmission efficiency.**Instrumentation and Protection Systems**
Equipped with an advanced instrumentation system, the pump offers various protective features including waterproofing, low-water protection, bearing temperature protection, Protección contra cavitación, and multiple oil engine safeguards. This ensures stable and reliable operation without the need for complex controls. The user-friendly design allows operators to focus on their tasks without being hindered by intricate operating procedures.
**Product Features**
1. **Flexible Outlet Direction:** The pump can be configured with four different outlet orientations, accommodating a range of environmental requirements.
2. **Automatic Shut-Off:** The vacuum pump is designed with an automatic shut-off mechanism that engages when water is being drawn, utilizing a float ball and pressure spring system for dual-direction closure.
3. **Self-Discharging Capability:** Even if the vacuum pump experiences minor water ingress, it can automatically discharge this water without affecting overall functionality.
4. **Temperature Adaptability:** The pump employs a diaphragm system for temperatures above 0 degrees Celsius and can switch to an oil ring system for temperatures below freezing, ensuring reliable performance in various climatic conditions.
**Chassis and Engine Options**
The pump is available on a range of chassis options, including skid-mounted, fixed, rainproof, and trailer-mounted configurations, allowing for easy transport and installation on site. Adicionalmente, customers can choose from a selection of reputable engine brands such as Cummins, Perkins, Deutz, Yuchai, Xichai, and Weichai, ensuring that they can select the power unit that best meets their operational needs.
**Conclusion**
En conclusión, the engine-driven solid particle vacuum-assisted dewatering pump stands out as a highly efficient and reliable solution for the mining and construction industries. Its robust design, advanced protection mechanisms, and user-friendly operation make it an ideal choice for both shallow and deep mining applications. With its ability to handle solid particles and adapt to varying conditions, this pump is set to meet the challenges of modern mining enterprises effectively.
