LDS 6 - Laser Diode In-Situ Gas Analyzer

Why the laser diode gas analyzer LDS 6?

The LDS 6 is a laser diode gas analyzer for in situ process control and emission monitoring. It measures gas components based on their specific light absorption to support high availability and analytical selectivity for many industrial applications.

Traditional gas analysis often causes disturbances and delays due to sampling and conditioning. The LDS 6 performs non-intrusive, real-time measurements to eliminate delays and provide fast insights for effective process optimization.

Install easily and reduce maintenance to save time and costs. The rugged design delivers reliable operation in harsh environments. Achieve high long-term stability with a built-in, maintenance-free reference gas cell that removes the need for field calibration.

Key benefits

Increase availability and selectivity

Support your operations with highly available and selective gas analysis for many industrial applications. Get consistent, accurate data for process control and emission monitoring.

Simplify installation and maintenance

Reduce operational costs and simplify system management: the LDS 6 requires minimal installation effort and low maintenance due to the rugged, durable design. Empower your team to focus on core tasks.

Achieve stable operation

Deliver high long-term stability with a built-in, maintenance-free reference gas cell. Eliminate field calibration for continuous, accurate real-time measurements for reduced interruptions.

Featured capabilities

Multiple signal processing

Process one or two signals from up to three measuring points simultaneously with the central analyzer unit for efficient, real-time analysis across multiple locations.

Harsh environment durability

Take advantage of robust optics housings for harsh environmental conditions. Minimize internal electrical components for enhanced reliability in challenging industrial settings.

Real-time measurements

Perform non-intrusive, real-time measurements to avoid disturbances or delays from gas sampling or conditioning. Gain immediate, accurate data for responsive process control and emission monitoring.