The testo 350 MARITIME flue gas analyzer goes full speed ahead

• For on-board direct measurement and monitoring (e.g. periodic and intermediate surveys)
• For the simplified testing and measurement method, for instance if modifications have been made to the engine, such as readjustment

Outstanding: testo 350 MARITIME offers certified quality

• The testo 350 MARITIME V2 analyzer unit, equipped with NO, NO₂, SO₂, CO, CO₂-(IR) and O₂, including gas conditioning, measuring range extension for single slot (only for SO₂), fresh air valve for long-term measurement, differential pressure sensor, temperature probe input type K NiCr-Ni and type S Pt10Rh-Pt, Testo data bus connection, rechargeable battery, integrated combustion air probe (NTC), trigger input, measurement data memory and USB interface
• testo 350 MARITIME V2 Control Unit
• Robust protective case with trolley function
• Flue gas probe for industrial engines, 335 mm immersion depth including cone and heat protection plate, Tmax. +1,000°C, special hose for NO₂-/SO₂ measurements, length 4 m
• Connection cable between flue gas analyzer and Control Unit, length 5 m
• testo fast printer with wireless infrared interface, 1 roll of thermal paper and 4 mignon batteries for printing readings out on site
• testo 610 humidity/temperature measuring instrument
• Germanischer Lloyd certificate no. TAA00001K0
• Nippon Kaiji Kyokai (Class NK) certificate no. 14DD001B

Typical applications

testo ViPR at a glance

• PMP-compliant gas conditioning system for sampling, dilution and conditioning of raw gas for particle determination
• Consisting of a testo MD19-3E rotating disk diluter, the testo ASET15-1 air supply evaporation tube and the testo CU-2 data acquisition unit
• Measurement of the number concentration of solid nanoparticles from vehicle emissions according to the UNECE R83 and R49 regulations in combination with a condensation particle counter (CPC), which is available separately
• Direct connection to exhaust pipe or CVS dilution tunnel
• Compact and easy to transport
• Easy operation via the digital control unit thanks to dedicated software

• testo MD19-3E rotating disk diluter with active air supply dilution

• testo ASET15-1 evaporation tube
• testo CU-2 digital control unit
• Country-specific mains power cord and calibration protocol
• PMP calibration
• HEPA filter
• 19-inch housing

This is what the testo 190-T1 CFR temperature data logger offers

• High-precision: precise CFR data logger with short, rigid temperature probe (length 25 mm, Ø 3 mm), reading memory of 60,000 readings
• Small and slim design: with a diameter of 20 mm, the loggers are ideal for use in tight objects or cramped conditions – e.g. in the recesses of sterilization systems
• Robust and durable: high-quality materials and innovative construction make the CFR data logger particularly robust and durable. Thanks to hermetically sealed measuring technology in a separate stainless steel housing, the CFR data logger impresses due to its reliability and maximum robustness
• Battery change in seconds: the practical thread enables the battery to be screwed onto the CFR data logger and changed intuitively and securely without using any tools
• Reliably tight: the CFR data logger remains 100% tight even after the batteries are changed. The battery housing is coated in highly temperature-proof polyether ether ketone (PEEK)
• Flexible height: the size of the CFR data logger can vary with two different types of battery. The small battery makes the logger's dimensions particularly compact. The larger battery (included in the scope of delivery) is suitable for measurements at low temperatures, for example in freezer systems

Programming, readout and analysis of the data logger

This is what the testo 190-P1 CFR pressure data logger offers

• High-precision: precise CFR data logger for monitoring the absolute pressure with reading memory of 60,000 readings
• Small and slim design: with a diameter of 20 mm, the data loggers are ideal for use in tight objects or cramped conditions – e.g. in the recesses of freeze-drying systems
• Robust and durable: high-quality materials and innovative construction make the CFR data logger particularly robust and durable. Thanks to hermetically sealed measuring technology in a separate stainless steel housing, the CFR data logger impresses due to its reliability and maximum robustness
• Battery change in seconds: the practical thread enables the battery to be screwed onto the CFR data logger and changed intuitively and securely without using any tools
• Reliably tight: the CFR data logger remains 100% tight even after the batteries are changed. The battery housing is coated in highly temperature-proof polyether ether ketone (PEEK)
• Flexible height: the size of the CFR data logger can vary with two different types of battery. The small battery makes the logger's dimensions particularly compact. The larger battery (included in the scope of delivery) is suitable for measurements at low temperatures, for example in freezer systems

Programming, readout and analysis of the data logger

This is what the testo 190-T3 CFR temperature data logger offers

• High-precision: precise CFR data logger with long, flexible probe (length 775 mm, Ø 1.5 mm), reading memory of 60,000 readings
• Long, flexible probe: ideal for sterilization applications and for measuring the temperature of surfaces in freeze-drying systems. In combination with the freeze dryer probe holder (please order separately), the surface temperature of freeze-drying systems can be accurately measured
• Slim design: with a diameter of 20 mm, the loggers are ideal for use in tight objects or cramped conditions
• Robust and durable: high-quality materials and innovative construction make the CFR data logger particularly robust and durable. Thanks to hermetically sealed measuring technology in a separate stainless steel housing, the CFR data logger impresses due to its reliability and maximum robustness
• Battery change in seconds: the practical thread enables the battery to be screwed onto the CFR data logger and changed intuitively and securely without using any tools
• Reliably tight: the CFR data logger remains 100% tight even after the batteries are changed. The battery housing is coated in highly temperature-proof polyether ether ketone (PEEK)
• Flexible height: the size of the CFR data logger can vary with two different types of battery. The small battery makes the logger's dimensions particularly compact. The larger battery (included in the scope of delivery) is suitable for measurements at low temperatures, for example in freezer systems

Programming, readout and analysis of the data logger

This is what the testo 190-T2 CFR temperature data logger offers

• High-precision: precise CFR data logger with long, rigid temperature probe (length 115 mm, Ø 3 mm), reading memory of 60,000 readings
• Slim design and long, rigid probe: with a diameter of 20 mm, the loggers are ideal for use in tight objects or cramped conditions – e.g. in bottles and cans
• Robust and durable: high-quality materials and innovative construction make the CFR data logger particularly robust and durable. Thanks to hermetically sealed measuring technology in a separate stainless steel housing, the CFR data logger impresses due to its reliability and maximum robustness
• Battery change in seconds: the practical thread enables the battery to be screwed onto the CFR data logger and changed intuitively and securely without using any tools
• Reliably tight: the CFR data logger remains 100% tight even after the batteries are changed. The battery housing is coated in highly temperature-proof polyether ether ketone (PEEK)
• Flexible height: the size of the CFR data logger can vary with two different types of battery. The small battery makes the logger's dimensions particularly compact. The larger battery (included in the scope of delivery) is suitable for measurements at low temperatures, for example in freezer systems

Programming, readout and analysis of the data logger

The 2.2m thermocouple is available as an accessory for the industrial probe set 1200 °C and the heated industrial probe set.

It will enable you to extend your industrial probe to a total length of 2m and carry out simultaneous temperature measurement.

Please note that the measuring range of this thermocouple is specified up to max. 1370 °C. For temperature measurements which exceed 1370 °C, we recommend a Type S thermocouple (measuring range up to 1760 °C).

Applications

The 2.2m thermocouple – in combination with the appropriate industrial probe and measuring instrument – is ideal for the following applications:

• Measuring the furnace atmosphere
• Emissions measurement for efficiency monitoring / commissioning industrial plants
• Emissions measurements for the prior checking of limit values
• Emissions measurements for checking flue gas cleaning systems
• Emissions measurement to monitor prescribed limit values

The industrial probe set 1 200 °C can be used in combination with the flue gas analyzers testo 340 and testo 350. It is suitable for the extractive sampling of flue gas analyzed at high flue gas temperatures of up to 1 200 °C and for applications involving large flue gas pipe diameters.

The unheated sampling tube can be extended up to 3 m using optional extension tubes. The thermocouple (2.2m) can be added as an accessory to enable you to carry out simultaneous temperature measurement with a 2m long probe. An optional preliminary filter makes it possible to measure flue gas with a high dust load.

Applications

You can use the industrial probe set 1 200 °C – in conjunction with the appropriate measuring instrument – for the following applications:

• Measuring the furnace atmosphere
• Emissions measurement for efficiency monitoring / commissioning industrial plants
• Emissions measurements for the prior checking of limit values
• Emissions measurements for checking flue gas cleaning systems
• Emissions measurement to monitor prescribed limit values

• Unheated handle
• Unheated probe shaft up to 1200°C flue gas temperature
• Unheated gas sampling hose, including inline filter
• Thermocouple type K

The flue gas probe (in conjunction with the appropriate measuring instrument) performs outstandingly when carrying out professional flue gas measurements on stationary industrial engines. Since it is made entirely of metal, this prevents the handle from melting due to the radiated heat from the flue gas duct. The flue gas probe can be used at flue gas temperatures of up to 1,000 °C. Measurements are also possible at high overpressure (up to max. 100 mbar at the probe tip).

Particularly useful for measurements on diesel engines thanks to the preliminary filter

The fact that the flue gas probe features a preliminary filter makes it ideal for measurements on stationary diesel engines. The preliminary filter protects the gas sampling probe from diesel particulates. The preliminary filter is permanently welded on to the flue gas probe and therefore cannot slip or get lost.

An additional particle filter is located in the hose of the flue gas probe, providing protection from any other contamination.

An additional thermocouple is also available to order. It enables parallel measurement of the temperature in the flue gas. A heat protection handle is also supplied with the thermocouple which prevents burning on the metal handle.

The probe shaft is easy to replace.

Applications

The flue gas probe with preliminary filter for industrial engines is suitable (in combination with a compatible measuring instrument) for the following applications:

• Flue gas measurement on industrial engines
• Flue gas measurement on catalytic converters
• Flue gas measurement on other industrial installations with a high overpressure

The flue gas probe with preliminary filter for industrial engines consists of the following components:

• Stainless steel probe shaft including probe preliminary filter (335 mm long)
• 2-chamber sampling hose including particle filter (4 m long)
• Probe handle

The thermocouple is available as an accessory for the Testo flue gas probes for industrial engines. The thermocouple can therefore be used in combination with the flue gas probe and compatible measuring instrument. This makes it possible to measure the flue gas temperature, in parallel with the flue gas measurement.

The thermocouple delivers the results of the temperature measurement very quickly thanks to its extremely short response time. It can be installed on-site by the user prior to the measurement. The heat protection handle provided also makes it easier to handle. Because this minimizes the risk of getting burned on the metal handle and guarantees safe work.

Applications

The thermocouple can be used (in combination with flue gas probe and measuring instrument) for the following purposes:

• Measuring temperature during the flue gas measurement on industrial engines
• Measuring temperature during the flue gas measurement on catalytic converters
• Measuring temperature during the flue gas measurement on other industrial installations