The LSS series vertical gas or diesel fired steam boiler is a high-performance, through-flow steam generating system featuring a vertical water tube arrangement. Engineered for versatility and efficiency, this boiler is specifically designed to provide a reliable steam source for industrial applications where space is at a premium, offering a compact footprint without compromising on thermal output.
By integrating a top-mounted burner and a sophisticated three-ring water pipe circulation system, the LSS boiler optimizes heat transfer and flue gas flow. With an integrated economizer and precise control systems for temperature, pressure, and liquid levels, it ensures stable operation, reduced infrastructure investment, and a rapid installation period, making it an ideal choice for modern energy-efficient manufacturing plants.
Detailed Parameters
| Capacity Range | 0.3 - 2.0 t/h | Rated Pressure | 1.0 Mpa |
|---|---|---|---|
| Rated Temperature | 183 ℃ | Max Efficiency | Up to 93.2% |
| Heating Surface | 14.4 - 33.2 ㎡ | Full Volume | 364 - 780 L |
| Gas Consumption | 23.2 - 154.4 Nm³/h | Diesel Consumption | 19.6 - 130.4 Kg/h |
| Structure Type | Vertical Water Tube | Burner Position | Top-mounted |
Key Advantages
Reliable Control
Fully equipped with integrated temperature, pressure, and liquid level controls for maximum operational safety.
Rapid Deployment
Short installation period and minimal infrastructure requirements significantly reduce initial setup time.
High Thermal Efficiency
Advanced three-ring longitudinal washing design ensures maximum heat absorption and efficiency up to 93.2%.
Compact Architecture
The vertical water tube arrangement saves valuable floor space in congested industrial environments.
Optimized Airflow
Strategic flue gas routing through an economizer minimizes energy waste before atmospheric discharge.
Dual Fuel Flexibility
Compatible with both natural gas and diesel oil, providing flexibility based on local fuel availability.
Product Gallery
Management Platforms
Inventory Logistics
Streamlined supply chain management for rapid boiler component delivery and replacement.
Operation Tuning
Precision calibration of burner settings to optimize fuel-to-air ratios for peak efficiency.
Safety Monitoring
Real-time pressure and temperature alerts to prevent downtime and ensure worker safety.
Fuel Tracking
Digital monitoring of gas and diesel consumption to analyze and reduce operational costs.
Quality Control
Strict adherence to international boiler manufacturing standards and pressure vessel certifications.
Maintenance Scheduling
Automated alerts for periodic descaling and burner maintenance to extend equipment lifespan.
Investment Return Comparison
| Feature | Standard Boiler | LSS Vertical Boiler |
|---|---|---|
| Infrastructure Cost | High Investment | Low Investment |
| Installation Time | Extended Period | Shortened Cycle |
| Thermal Efficiency | Moderate (80-85%) | High (Up to 93.2%) |
| Space Requirement | Large Footprint | Compact/Vertical |
| Operational ROI | Slow Recovery | Accelerated Recovery |
Frequently Asked Questions
The vertical arrangement allows for a much smaller footprint, reducing the cost of the boiler room and making it ideal for facilities with limited space while maintaining high steam output.
Yes, the LSS series is designed as a dual-fuel compatible system, allowing users to select the most cost-effective fuel source available in their region.
The through-flow design utilizes a three-ring water pipe system and an economizer, ensuring that the maximum amount of heat from the flue gas is transferred to the water before exiting the chimney.
The boiler includes comprehensive automatic controls for temperature, pressure, and water levels, ensuring the system operates within safe parameters and shuts down in case of anomalies.
Absolutely. With capacities starting from 0.3 t/h up to 2.0 t/h, it is perfectly scaled for small to medium industrial steam requirements.
The economizer captures residual heat from the exhaust flue gases to pre-heat the feed water, which significantly reduces the amount of fuel needed to reach boiling point.
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