Emission Gas Analyser

The Digital Emission Analyser is a reliable solution for analyzing emissions in various environments. Designed for professional use, this device operates electrically, ensuring consistent and efficient performance. Its blue color adds a professional appearance, making it a suitable choice for industrial settings. The analyser comes in a standard processing type, guaranteeing accuracy and ease of use. Available in customizable sizes to fit your specific requirements, this pre-owned model is a cost-effective option for businesses. Despite being an older model, it is backed by a one-year warranty for assurance of quality and dependability. As a dependable supplier, trader, and service provider, it meets the needs of industries aiming to comply with emissions regulations while maintaining operational efficiency. 

Our new combustion analysers are intended for efficiency monitoring and optimisation and for limiting emissions from all types of combustion process which fulfills all the needs of heating professionals.

• Up to 4 interchangeable sensors: O2LV/CO-H2/NO/NO2/SO2
• changeable probe lengths
• Long life O2 sensor and CO dilution up to 5%
• Auto-zero in the flue
• 2 thermocouple K inputs for temperature measurement
• Differential Pressure Measurement draft measurement
• 15 programmed combustibles and software
• Mobile application allows to remotely read measurements and control combustion gas analysers.
• Industrial/Engine Emission Analyser

Up to Six Gas Sensors:

• O2, CO, NO, NO2, SO2, H2S (Electrochemical), CO2, CxHy Hydrocarbons, High CO (NDIR) Dilution Pump For CO Auto-Range Measurements Up To 10%
• Low NOx and True NOx Measurements
• Low NOx Capable with 0.1ppm resolution & high accuracy
• Builtin Thermoelectric Chiller with Automatic Condensate Removal(E8500PLUS)
• Gas Sensors are Pre-Calibrated & Field Replaceable
• Efficiency, Excess Air, & CO2 Calculation
• Built-In Printer Draft & Differential Pressure Measurements
• App for Android Smart Phones & Tablets 

FAQs of Digital Emission Analyser: