Teledyne ML^®660 Conventional Extractive System A Monitor Labs, Inc. Pre-Engineered CEMS. The Teledyne ML^®660 conventional extractive system is designed to extract and condition hot, wet stack gas for a dry basis measurement of any combination of SO2, NOx, CO, CO2, and O2. This system can be configured specifically for 40CFR60, 40CFR75, and process control applications. The Teledyne ML^®660 provides a cost effective solution while still allowing for the customization required to meet individual needs. Packaged in a 19 inch rack mount, single bay cabinet, the system's modular design allows for easy expansion to satisfy future monitoring requirements as well.

Features:

• 3-Stage Sample Conditioning - Maximum condensate removal, under any operating condition.
• Self-diagnosing Alarm Package - Long term, unattended operation.
• Local PLC Data Storage - Buffering capability when combined with Teledyne ML's RegPerfect^®.
• Local User interface panel provides system information and control.
• Sole Source Responsibility - Teledyne ML uses its own sensor-e Series Analyzers in every system.
• Ethernet connectivity - Ethernet from DAHS to PLC to analyzers allows for a level of remote support never before available.

Teledyne ML®660-OA- Open Architecture

The Teledyne ML660-OA is designed for systems supplied with a climate controlled shelter.  The major components of the  Teledyne ML660 are wall mounted in this design to allow for easy access for maintenance.  The system includes a rack for the analyzers (only) and a desk for the DAS.  All other components (i.e.: PLC, sample conditioning and valves) are wall mounted.

Teledyne ML®661 Total Hydrocarbon VOC/THC 
Monitoring System

The Teledyne ML^®661 is a complete engineered CEMS designed to measure total hydrocarbons (THC/VOC) as required in regulatory and process control applications (Please consult our factory for more information on this product.)

Features:

• EPA certifiable in BIF (boilers and industrial furnaces burning hazardous material) applications (40CFR266, Appendix IX, Section 2), and 40CFR503, subpart E sludge burner applications.
• Dry basis VOC/THC reporting using wet/dry O2 measurements for stack moisture.
• Optional speciated hydrocarbon measurements and dry basis CO, SO2, NOX concentrations.

Teledyne ML^®675 Dilution-Extractive System

The Teledyne ML^®675 dilution-extractive system can be used in 40CFR75, 40CFR60, and process control applications. In this system, sample is prepared for analysis by diluting stack gas with clean, dry instrument air at the probe location. Since no moisture is removed with dilution, measurements for SO2, NOx, CO, THC and CO2 are made on a wet basis.

Like its conventional extractive twin, the Teledyne ML^®675 is also pre-engineered to provide a modular and cost effective solution for source monitoring while still allowing for client customization. Stack flow and opacity can be easily incorporated into the two bay, 19 inch rack mount cabinet to complement the CEMS.

Features:

• Accurate - Continuous temperature, pressure, and dilution air flow compensation in the dilution ratio for the most accurate results. 
• Lower Testing Costs - Guaranteed relative accuracy for all 40CFR75 applications to cut annual stack testing costs in half.  
• Robust air clean up for H2O, SO2, NO, NO2, CO, and CO2 - Provides the highest quality dilution air supply.  
• Daily auto-calibration check through the probe - Meets EPA guidelines.
• 3-Stage Sample Conditioning - Maximum condensate removal, under any operating condition.
• Self-diagnosing Alarm Package - Long term, unattended operation.
• Local PLC Data Storage - Buffering capability when combined with Teledyne ML's RegPerfect^®.
• Local User interface panel provides system information and control.
• Sole Source Responsibility - Teledyne ML uses its own sensor-e Series Analyzers in every system.
• Ethernet connectivity - Ethernet from DAHS to PLC to analyzers allows for a level of remote support never before available.

• Microprocessor controlled.
• Multi Tasking software allows viewing test variables while operating.
• Auto Ranging, Dual Range and remote range selection.
• Built in self checks and diagnostic capabilities.
• Ethernet connectivity - Ethernet from DAHS to PLC to analyzers allows for a level of remote support never before available