The ENERAC Model 3000E is the most advanced and accurate electrochemical
emissions analyzer ever produced. With its range of automatic QA/QC capabilities,
the Enerac 3000E provides accurate, documented, defensible data for compliance
monitoring purposes, e.g. NSR, Title V Periodic Monitoring, CAM Plan Development,
Emission Trading, PAL, Audits, etc.
Enerac
3000E-3IR SEM uses state-of-the-art infrared technology to accurately measure CO, CO2, &
hydrocarbons.
The Enerac 3000E series:
Meets All the Performance Specifications of EPA's Test Method for the
Determination of Nitric Oxide, Nitrogen Dioxide, and NOx Emissions from Stationary
Combustion Sources by Electrochemical Analyzer, CTM-022.
(Performance Specifications are Equivalent to Method 7E)
Meets All the Performance Specifications of EPA's Method 2, Determination
of Stack Gas Velocity and Volumetric Flow Rate (Type S Pitot Tube), 40 CFR
60 Appendix A.
Important QA/QC Capabilities Are Always Available to Insure Accurate, Documented,
Defensible Data. They Include:
Automatic Calibration Certification Protocol Tests and Documents Proper
Sensor and Interference Rejection Filter Performance before each test
Replaceable Interference Rejection Filters to Insure Specificity
Dual Range Sensors to Adjust a Sensor's Sensitivity Range to Accommodate
Different Measurement Ranges (NO: 5 - 5000 PPM)
Auto Temperature Control System for the NO Sensor
Integrated Capabilities Provide Mass Emissions Data
Advanced Communications and Data Management:
Two Way Communications Bring Factory Assistance to Your Site
This is a unique battery operated permeation dryer conditioning system. It has
been shown to remove excess water vapor without any loss to the nitrogen dioxide
and sulfur dioxide components of the stack gases.
These are the most advanced electrochemical sensors specifically designed for
emisisons measurements. SEM sensors are available for the measuremenst of nitric
oxide, nitrogen dioxide, carbon monoxide and sulfur dioxide components of the
stack gases.
Enerac
3000E-3IR SEM uses state-of-the-art infrared technology to accurately measure CO, CO2, &
hydrocarbons.
