Pompes,Générateurs,Phare,Station hydraulique-TENGDAO
# Overview of Diesel Fuel Delivery Pump Station: Technical Parameters and Performance
The diesel fuel delivery pump station is a specialized device designed for transporting diesel fuel, widely used in the petrochemical, energy supply, and industrial production sectors. This article provides a detailed overview of the main technical parameters and performance characteristics of this pump station, aiding engineers and technicians in understanding its capabilities and applications.
Technical Parameters
1. **Rated Flow and Head**
– The pump station has a rated flow of **96 cubic meters per hour**, suitable for medium-scale diesel delivery needs.
– The rated head is **200 meters**, making it ideal for high-head delivery scenarios, such as long-distance pipeline transport or environments with significant elevation differences.
2. **Pump Model**
– Equipped with a **120DM-50*6** pump model, this unit features a multi-stage design that ensures stable flow and head performance, maintaining efficiency even under complex operating conditions.
3. **Transport Medium and Operating Conditions**
– **Medium Type**: Specifically designed for diesel transport, ensuring a clear application scope.
– **Medium Temperature Range**: The delivery temperature for diesel ranges from **-10°C to +40°C**, while the operational temperature extends from **-20°C to +40°C**, making it suitable for both cold and hot environments.
– **Density and Viscosity**: Diesel has a density of **860 kg/m³** and a viscosity not exceeding **20 centistokes**, ensuring stable fluid characteristics during transport.
– **Solid Particle Limit**: The content of solid particles in the medium must not exceed **0.2%**, with a particle size no larger than **0.2 mm**, to prevent wear or clogging of the equipment.
4. **Power System**
– **Diesel Engine Type**: The pump station is equipped with an explosion-proof diesel engine, ensuring safe operation in flammable and explosive environments.
– **Brand and Model**: Utilizes a **Cummins** diesel engine, model **KL6107DLQFB**, renowned for its reliability and performance in power machinery.
– **Power Output**: The diesel engine delivers **150 kW** (at 2200 Tr / min), providing ample power support for the pump station.
5. **Structural Design and Autonomous Operation**
– **Unit Structure**: The pump station is installed within a **20-foot container**, providing a compact structure for easy transport and excellent protection.
– **Autonomous Operation Time**: The equipment can operate continuously for **10 hours** without refueling, making it suitable for short-term tasks or emergency situations.
Performance Characteristics
1. **High Efficiency and Stability**
– The pump station, driven by a high-power diesel engine and designed with a multi-stage pump, maintains stable flow and head output over extended operation periods, ensuring high delivery efficiency.
2. **Safety Design**
– The explosion-proof diesel engine and container structure significantly enhance the safety performance of the equipment, making it suitable for fuel delivery tasks in hazardous environments.
3. **Environmental Adaptability**
– The equipment operates effectively under extreme temperature conditions, whether in cold regions or high-temperature working environments, maintaining excellent performance.
4. **Ease of Maintenance**
– The Cummins diesel engine and modular design facilitate convenient maintenance, reducing operational costs and downtime.
Application Areas
– Long-distance pipeline transport
– Delivery in high-elevation terrains
– Fuel transfer in flammable and explosive environments
## Conclusion
An analysis of the technical parameters and performance characteristics reveals that the diesel fuel delivery pump station boasts advantages of high efficiency, safety, and stability, meeting various fuel delivery needs under complex working conditions. In practical applications, this equipment not only enhances operational efficiency but also ensures operational safety, making it a vital asset in various industrial fields.
