Testo Industrial Gas and Emissions Measurement Solutions
Precision instrumentation for process optimization, operational reliability and environmental monitoring
In modern mining, metallurgical and industrial operations, accurate combustion and emissions measurement is essential for maintaining process efficiency, controlling fuel consumption and supporting environmental performance.
GO Metrics Supplies provides Testo industrial flue-gas analysis solutions for demanding African operating environments.
These portable and modular instruments support combustion optimization, equipment troubleshooting, emissions verification and process monitoring across industrial plants and remote mining operations.
testo 340 — Handheld Four-Sensor Flue-Gas Analyzer
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The testo 340 is designed for routine maintenance, commissioning, troubleshooting and emissions verification on industrial burners, stationary engines, power-generation equipment and thermal processing installations.
Its compact and portable design makes it particularly suitable for technical teams conducting measurements at multiple locations across an industrial site.
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Measures up to four gas parameters simultaneously, comprising O₂ as standard and up to three additional sensors.
Additional sensor options include CO, COlow, NO, NOlow, NO₂ and SO₂, selected according to the application.
Automatic measuring-range extension protects the sensors when unexpectedly high gas concentrations occur.
Pre-calibrated gas sensors support quick and straightforward sensor replacement.
Integrated differential-pressure and airflow measurements support industrial combustion assessment.
Portable design for commissioning, maintenance and field troubleshooting.
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0632 3340
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The testo 340 includes an O₂ sensor as standard but must be fitted with at least one additional gas sensor to operate. The final combination of sensors, probes and accessories must therefore be selected according to the customer’s measurement requirements.
testo 350 — Advanced Industrial Flue-Gas Analysis System
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The testo 350 is a modular industrial emissions-analysis system developed for more demanding and complex measurement applications.
It is suitable for industrial engines, burners, gas turbines and thermal processing systems where extended measurements, multiple gas parameters and operation under challenging measurement conditions may be required.
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Modular analyzer system configurable with sensors for O₂, CO, CO₂, NO, NO₂, SO₂, H₂S and hydrocarbons, depending on the selected configuration.
Supports up to six gas sensors for advanced industrial measurement requirements.
Automatic measuring-range extension supports measurements where unexpectedly high gas concentrations occur.
Integrated instrument diagnostics provide clear information on analyzer status.
Accessible pumps and filters simplify routine inspection and maintenance.
Measurement data can be stored, managed and transferred using the Control Unit or compatible Testo software.
The separate Control Unit enables operation away from harsh or difficult measurement points.
Suitable for extended measurements on industrial engines, burners, turbines and thermal processes.
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0632 3510 — testo 350 Analyzer Unit
0632 3511 — testo 350 Control Unit
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The testo 350 Analyzer Unit contains the measurement sensors and electronics. It must be used with the testo 350 Control Unit or compatible Testo easyEmission software, which is supplied separately.
The Analyzer Unit and Control Unit should therefore be presented as two components of the same testo 350 system, rather than as separate competing products.
Core Industrial Applications
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Accurate flue-gas analysis helps technical teams evaluate combustion conditions and optimize the fuel-to-air ratio. Proper burner adjustment can improve thermal efficiency, reduce unnecessary fuel consumption and support more stable plant operation.
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Reliable power generation is critical for mining and processing sites, particularly where grid supply is unstable or unavailable.
Exhaust-gas measurements on diesel and gas engines support commissioning, routine maintenance and troubleshooting. The resulting data helps technical teams optimize engine operating parameters, evaluate combustion performance and monitor relevant exhaust-gas values.
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Portable flue-gas measurement can support process monitoring on furnaces, roasters, kilns, smelting operations and other thermal installations.
Accurate measurement of the process-gas atmosphere helps technical teams assess combustion conditions, investigate process instability and identify opportunities to improve operational efficiency.
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Testo analyzers provide reliable and documentable measurement data for equipment inspections, preliminary emissions assessments and periodic emissions checks.
Depending on the selected sensor configuration, relevant parameters may include O₂, CO, CO₂, NO, NO₂, SO₂, H₂S and hydrocarbons.
The use of any portable analyzer for formal regulatory compliance testing will depend on the applicable national requirements, measurement standards and instrument configuration.
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Flue-gas measurement helps identify inefficient combustion, unstable engine operation and deviations from expected operating conditions.
This information supports preventive-maintenance decisions, combustion adjustment, equipment troubleshooting and initiatives aimed at improving plant efficiency.
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Selecting an industrial flue-gas analyzer involves more than choosing the basic instrument. The appropriate sensors, probes, filters, measuring ranges and accessories must be matched to the customer’s specific operating conditions.
GO Metrics Supplies works with mining, metallurgical and industrial customers to understand their applications and identify suitable Testo configurations.
Our support includes:
Application review
Instrument and sensor selection
Probe and accessory identification
Commercial quotations
Parts and consumables provisioning
Supply coordination for customers in the Democratic Republic of Congo
Need a Custom Emissions-Measurement Configuration?
Contact our engineering team for technical guidance, product selection or a quotation for the testo 340 or testo 350 systems.
To help us identify the appropriate configuration, please provide details of your application, fuel type, expected gas concentrations, operating temperature and required measurement parameters.