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Model 600 & 700 Total Sulfur Analyzer

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By KECO

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The Model 600 & 700 Total Sulfur Analyzer delivers continuous and accurate sulfur measurement across gas, LPG, and LNG applications. Its hydrogenation and tape-based detection method ensures reliable, interference-free results.

Designed for industrial performance, it features automatic self-zero, optional calibration, and minimal maintenance requirements. Its ability to operate in both hazardous and general environments makes it a versatile solution.

This analyzer enables operators to improve process control, reduce downtime, and maintain compliance with confidence.

Fantastic Features

ASTM-compliant total sulfur measurement technology.
No false positives with sulfur-specific detection.
Automatic self-zero without zero gas.
Explosion-proof option for hazardous areas (Series 700).
Fast response time with continuous monitoring.
Remote monitoring and control capabilities.

Amazing Applications

Sulfur measurement in alkylation processes.
Monitoring sulfur in ammonia and reformers.
Sales gas and synthesis gas analysis.
LNG and LPG sulfur monitoring.
Refinery and petrochemical applications.
Environmental and landfill gas monitoring.

Total Sulfur Analyzer for Continuous Sulfur Measurement in Gas Streams

The Model 600 & 700 is a high-performance Total Sulfur Analyzer designed for continuous, real-time measurement of sulfur in gas, LPG, and LNG streams. For full product specifications, refer to the Model 600 & 700 analyzer page. This system uses ASTM-compliant tape-based detection with hydrogenation to convert sulfur compounds into measurable Hโ‚‚S, delivering accurate and interference-free results. By eliminating false positives and ensuring stable performance, it provides reliable data for critical process control and compliance applications.

ASTM-Compliant Detection for Reliable Sulfur Measurement

Unlike conventional sulfur measurement technologies, this system utilizes hydrogenation followed by a ratiometric colorimetric tape method that is specific to sulfur. This approach prevents cross-interference from other compounds, ensuring accurate and repeatable measurements. The analyzer aligns with ASTM methods including D3031, D4084-82, D4468-85, and D4045-81, making it well-suited for custody transfer, refining, and gas processing applications.

For applications requiring direct hydrogen sulfide monitoring alongside total sulfur, solutions such as the H2S Gas Analyzer can provide complementary measurement and validation.

Designed for Real-Time Process Monitoring

The Model 600 & 700 provides continuous online monitoring with fast response times and automatic self-zero functionality. It delivers stable, drift-free performance while supporting integration into plant control systems through standard outputs and remote monitoring capabilities. Operators can use real-time sulfur data to optimize process efficiency, reduce contamination risks, and maintain regulatory compliance.

For flexible measurement across process, laboratory, and field environments, the Model 50 Series H2S Analyzer can support validation or supplementary measurement where required.

Low-Maintenance and Proven Industrial Reliability

Engineered for long-term performance, this analyzer minimizes maintenance through automatic calibration options, durable construction, and long-lasting components. The Series 700 offers explosion-proof design for hazardous environments, while the Series 600 provides flexibility for general-purpose installations.

With proven performance across global installations, the Model 600 & 700 delivers dependable sulfur measurement while improving uptime, reducing recalibration needs, and lowering total cost of ownership.


Explore more solutions from the KECO product line to support sulfur measurement, gas analysis, and process optimization.

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Selecting the right analytical solution depends on your process conditions and performance expectations. Provide your application details, product of interest, and any relevant operating parameters, and weโ€™ll prepare a technically appropriate recommendation and quotation.
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