The single-phase ordinary electric fuel pump has undergone strict
temperature and shock resistance tests. The oil pump can run
continuously, with corrosion-resistant oil seal, corrosion-resistant
coating, and built-in bypass protection valve. It is of high quality,
safe and reliable. Use household electricity, super self-priming, fast
refueling, install bottom valve with filter, clean diesel. The pump is
exquisitely designed, suitable for all kinds of construction machinery,
and overcomes the difficulty of refueling on the construction site. Oil
pipes, oil guns and flow meters can be installed as simple oil
dispensers according to customer requirements. Can transport light and
non-viscous media such as diesel, kerosene, etc.
1. Used for diesel, kerosene, white oil, etc.;
2. Vane pump, corrosion-resistant oil seal, safe and reliable;
3. Cast iron pump body, anti-corrosion coating;
4. Built-in 100 micron filter, easy to clean;
5. Cast aluminum motor; continuous operation; built-in relief valve
| Technical Specification |
Model | Size(mm) | Flow(L/min) | Head(m) | Power(KW) | Valtage(V) | Speed(rpm） | Material | Impellererial |
DYB-150 | 32 | 150 | 15 | 0.75 | 220
| 1450
| Cast Iron | Powder Metallurgy |
DYB150 Portable Large Flow Ordinary Series: Comprehensive Guide
The DYB150 Portable Large Flow Ordinary Series is designed to deliver high-efficiency fluid transfer in industrial, construction, and municipal applications. With robust engineering, user-friendly installation, and optimized performance, this portable pump series ensures reliability, safety, and energy efficiency.
Table of Contents
Overview
Key Technical Advantages
Installation Guide
Installation Diagram
Performance Testing
Maintenance Recommendations
Application Scenarios
Conclusion
1. Overview
The DYB150 Portable Large Flow Ordinary Series is engineered for environments requiring high flow rates and durable operation. Its portable design allows operators to deploy the pump flexibly in various sites without complex installation requirements. This pump series is widely adopted in industrial fluid handling, water transfer, and temporary construction projects.
Key features include:
High flow capacity for efficient fluid transfer
Compact, portable, and lightweight design
Durable materials resistant to wear and corrosion
Easy maintenance and long operational life
2. Key Technical Advantages
2.1 Robust Material Construction
The pump body is manufactured from high-strength alloy steel, ensuring resistance to abrasion, corrosion, and high-pressure conditions. Components such as the impeller and shaft are precision-machined for smooth operation and reduced vibration.
2.2 Energy Efficiency
Optimized hydraulic design reduces energy consumption while maintaining high throughput, offering cost-effective operation for large-scale projects.
2.3 Reliability and Safety
The DYB150 series features:
Sealed motor and pump connections to prevent leaks
Overload protection for continuous safe operation
Compliance with international safety standards
2.4 Easy Portability
Equipped with a compact frame and lifting handles, the DYB150 series can be relocated quickly, reducing downtime and increasing productivity.
3. Installation Guide
Correct installation is crucial to maximize pump performance and extend service life.
3.1 Site Preparation
Ensure stable and level surface
Check for adequate ventilation and drainage
Clear debris and obstacles from the installation area
3.2 Mounting Instructions
Position the pump on a flat, vibration-free base
Secure with anchor bolts if permanent installation is required
Connect inlet and outlet pipelines using recommended fittings
Verify alignment of pump and motor shaft
3.3 Electrical Connection
Confirm voltage and phase compatibility
Use approved cable and connectors
Ensure grounding to prevent electrical hazards
4. Installation Diagram
| Component | Description |
|---|
| 1. Pump Body | Main housing containing impeller and shaft |
| 2. Inlet Pipe | Fluid intake connection |
| 3. Outlet Pipe | Discharge connection |
| 4. Motor | Drives the pump impeller |
| 5. Control Panel | Start/stop, overload protection |
| 6. Mounting Base | Stabilizes pump and absorbs vibration |
| 7. Handles | Facilitates portability and relocation |
(Illustrative diagram should be provided in the visual content on the website)
5. Performance Testing
5.1 Flow and Pressure Testing
Conduct initial dry run test
Fill pump with working fluid and monitor flow rate
Compare measured pressure and flow with specifications
5.2 Vibration and Noise Testing
5.3 Efficiency Assessment
Typical Performance Table:
| Model | Max Flow Rate (m³/h) | Max Head (m) | Power (kW) | Efficiency (%) |
|---|
| DYB150 | 150 | 25 | 11 | 78 |
6. Maintenance Recommendations
Proper maintenance ensures long-term reliability:
Daily Checks: Inspect seals, bolts, and hoses
Weekly Maintenance: Lubricate bearings and check motor connections
Monthly Maintenance: Clean impeller, check alignment, test performance
Annual Maintenance: Conduct full inspection, replace worn components
7. Application Scenarios
The DYB150 Portable Large Flow Ordinary Series is suitable for:
Construction projects: Dewatering and temporary fluid transfer
Industrial plants: Handling cooling water, lubricants, or chemical fluids
Municipal services: Pumping sewage, stormwater, or irrigation water
Its robust construction and portable design make it a versatile solution across multiple industries.
8. Conclusion
The DYB150 Portable Large Flow Ordinary Series combines durability, efficiency, and portability. Its robust construction, high flow capacity, and user-friendly installation make it ideal for industrial, municipal, and construction applications. Following proper installation, operation, and maintenance procedures ensures long-term performance, reduced downtime, and energy-efficient operation.
By integrating performance testing, safety compliance, and operational guidance, this pump series provides a reliable, cost-effective solution for demanding fluid transfer applications.
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