Cross Stack Opacity Dust Monitor – DSL-340 MKIII
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The DSL-340 MKIII is a high-performance Cross Stack Opacity Dust Monitor designed for continuous measurement of particulate emissions and stack opacity in industrial processes. Utilizing Dynamic Detection Principle (DDP) technology, the system provides reliable and accurate monitoring of dust concentrations in exhaust gases from boilers, power plants, cement plants, incinerators, and other industrial combustion processes.
Designed for long-term operation in demanding industrial environments, the DSL-340 MKIII offers excellent measurement stability, low maintenance requirements, and regulatory compliance capabilities. Its rugged construction and advanced diagnostics make it a dependable solution for continuous emissions monitoring applications.
Key Monitoring Parameters :
Stack Opacity, Dust Concentration, Particulate Emissions, mg/m³ Dust Measurement, Relative Emission Levels, Filter Performance Monitoring
Key Benefits
- US EPA PS-11 compliant monitoring technology
- Dynamic Detection Principle (DDP) for improved measurement stability
- Continuous real-time dust emission monitoring
- Internal electronic calibration verification
- High immunity to drift and contamination
- Rugged 316 stainless steel construction
- Supports CPCB data transmission requirements
- Easy integration with SCADA and environmental monitoring systems
- Low maintenance and long-term reliability
- Suitable for harsh industrial environments
Why Choose DSL-340 MKIII ?
- Proven opacity monitoring technology for industrial stacks.
- Provides continuous and accurate particulate emission measurements.
- Designed for regulatory compliance and environmental reporting.
- Internal calibration check reduces maintenance requirements.
- Highly reliable operation under challenging process conditions.
- Supports remote monitoring, diagnostics, and data logging.
- Rugged construction ensures long service life.
- Suitable for power plants, cement plants, boilers, and industrial combustion systems.
- Delivers stable measurements with minimal operational intervention.
- Easy installation and integration into existing monitoring infrastructure.
How it Works
