EBS-NQ Special Electronic Intelligent High Precision Burner for The Asphalt Mixing Plant

Product Introduction

The EBS-NQ Electronic Intelligent High Precision Burner represents the fourth generation of fully digital proportional control burners developed for modern asphalt mixing plant systems. It is engineered for operations that demand extreme temperature accuracy, strong load adaptability, and long-hour continuous duty.

Built on advanced electronic computing logic, EBS-NQ introduces a 1:10 wide adjustment ratio, enabling seamless output transitions from low-load ignition to full-load production. This makes it especially suitable for precision-controlled thermal processes where output stability directly affects material quality and productivity.

Key Technologies & Intelligent Control

At the core of the EBS-NQ lies its electronic intelligent proportional computing system. Unlike traditional mechanical regulation, all critical combustion parameters are digitally calculated in real time.

• The fuel flow and combustion oxygen are independently calculated and synchronized through PLC algorithms, ensuring precise thermal balance at every load stage.

• The 1:10 large adjustment ratio allows fine output modulation without flame instability.

• High-resolution electronic control enables steady start-up, smooth load transitions, and highly accurate temperature regulation, even during rapid production changes.

This intelligent control architecture significantly improves process controllability, thermal consistency, and output repeatability.

Structural Advantages

The EBS-NQ adopts a fully integrated compact modular structure, designed specifically for high-efficiency plant integration:

• Oil (gas) supply lines and control circuits are internally arranged, forming a clean, systematic and highly reliable connection architecture.

• A built-in mobile wheel hub system allows fast positioning, relocation, and on-site maintenance without complex handling equipment.

• The integrated structural layout not only improves installation efficiency but also enhances aesthetic appearance and mechanical robustness.

This structural design shortens installation cycles while improving long-term service accessibility.

Energy Efficiency & Power Consumption Optimization

Energy-saving performance is optimized through two independent efficiency systems:

1. Fuel & Air Digital Coordination

Fuel and combustion oxygen are supplied separately and balanced dynamically by PLC algorithms. This ensures complete combustion and increases thermal utilization efficiency by approximately 2% under practical operating conditions.

1. Variable Frequency Fan System

The fan system is controlled by frequency conversion technology, allowing the burner to adapt airflow precisely to real-time combustion demand. This reduces yearly electrical consumption by 30–40%, while maintaining strong anti-backpressure capacity and stable flame control.

Together, these systems significantly reduce total operating energy cost, not just fuel consumption.

Safety, Protection & System Reliability

The EBS-NQ is built for long-term heavy-duty operation in harsh industrial environments:

• Component protection level: IP55

• Main control system protection level: IP56–IP67

These protection standards provide outstanding resistance against dust, moisture, vibration, and thermal stress. Through multi-layer electrical and structural protection, the system minimizes unexpected downtime and effectively eliminates hidden failure risks.

As a result, EBS-NQ delivers high operational safety, extended service life, and dependable continuous production performance.

Why Choose EBS-NQ?

• Fourth-generation electronic intelligent proportional control architecture

• 1:10 ultra-wide adjustment ratio for precision thermal modulation

• Digitally synchronized fuel–air control for stable and efficient combustion

• 30–40% reduction in fan power consumption with frequency-controlled airflow

• Industrial-grade IP55–IP67 protection for demanding on-site environments

• Designed for high-load, long-duration, precision-controlled asphalt production