8
Good reasons for analysing flue gas with the compact testo 300-x 2 Practical and accurate The flue gas is extracted in low amounts (approx. 0.8 l/min) via a sampling probe with a pump integrated in the analyser. Once it is cleaned and dehumidified the gas is conducted past the measuring cells. The readings which are stable within seconds, are shown continuously on the analyser`s display. Flue gas duct The easy to use testo 300-I and its battery operation (rechargeable battery) facilitates measurements in inaccessible places in the flue gas duct. The flue gas dew point measurement is used for quick and easy checks on the filter and to locate inleaked air. Setting the burner testo300-I calculates the air ratio and efficiency to efficiently adjust the burner. The pressure in the combustion chamber is measured parallel to the flue gas values. This is particularly important for multistage burners. Long-term measurements lasting several hours are possible with the optional mini gas preparation unit. How does testo 300 M-I/XL-I work? RS 232 interface to PC Infrared interface to printer Display SO 2 / NO Analysis electronics P m/s A k k u Memory Pitot tube Flue gas sampling probe Pump °C Mains unit Temp. probe mini gas preparation unit Condensate trap with filter or CO CO- switch- off Outlet O 2 The readings can be printed straightaway on the infrared printer or can be saved in the integrated data memory for subsequent processing on the PC. Emission checks The flow speed is measured when emission is checked. The position of a stationary sample probe can be checked, for example. testo 300-I can be adjusted very accurately with test gas to measure the emission value. Combustion chamber measurement testo 300-I has very wide measuring ranges for the reliable detection of CO “nests” and to check for reduced atmosphere. The sampling probes can be used at up to 1800°C. In extreme conditions the CO measuring cell in testo 300 XL-I can be switched out of the gas path. Quick flue gas checks are of interest to all industrial burners. Correct adjustment of the burner saves money, protects the environment and guarantees optimum production conditions. A practical, user-friendly analyser which can be used at different points is ideal for analysing flue gas. The new testo 300 M-I/XL-I flue gas analyser combines the accuracy and efficiency of the large measuring systems with easy operation and low purchasing and maintenance costs. It is the ideal partner for adjusting burners, emission checks and checking the atmosphere in the production process.

Good reasons for analysing flue gas with the compact ... comercial.pdf · Good reasons for analysing flue gas with the compact testo300-x 2 Practical and accurate The flue gas is

  • Upload
    others

  • View
    3

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Good reasons for analysing flue gas with the compact ... comercial.pdf · Good reasons for analysing flue gas with the compact testo300-x 2 Practical and accurate The flue gas is

Good reasons for analysing flue gaswith the compact testo300-x

2

Practical and accurate

The flue gas is extracted in lowamounts (approx. 0.8 l/min) viaa sampling probe with a pumpintegrated in the analyser.Once it is cleaned anddehumidified the gas isconducted past the measuringcells. The readings which arestable within seconds, areshown continuously on theanalyser`s display.

Flue gas ductThe easy to usetesto300-I and itsbattery operation(rechargeablebattery) facilitatesmeasurements in inaccessibleplaces in the flue gas duct.The flue gas dew pointmeasurement is used for quickand easy checks on the filterand to locate inleaked air.

Setting the burnertesto300-I calculates the air ratio and efficiency to efficientlyadjust the burner. The pressure in the combustion chamber ismeasured parallel to the flue gas values. This is particularlyimportant for multistage burners. Long-term measurementslasting several hours are possible with the optional mini gaspreparation unit.

How does testo300M-I/XL-I work?RS232 interfaceto PC

Infrared interfaceto printer

Display

SO2/NO

Analysiselectronics

∆P–

m/s

Akku

Memory

Pitot tube

Flue gassampling probe

Pump

°C

Mains unit

Temp. probe

mini gas preparation unit

Condensate trap with filter

or

COCO-switch-off

Outlet

O2

The readings can be printedstraightaway on the infraredprinter or can be saved in theintegrated data memory forsubsequent processing on thePC.

Emission checksThe flow speed is measuredwhen emission is checked.The position of a stationarysample probe can bechecked, for example. testo 300-I can be adjustedvery accurately with test gasto measure the emission value.

Combustion chambermeasurementtesto 300-I has very widemeasuring ranges for thereliable detection of CO“nests” and to check forreduced atmosphere. Thesampling probes can be usedat up to 1800°C. In extremeconditions the CO measuringcell in testo300XL-I can beswitched out of the gas path.

Quick flue gas checks are of interest to all industrial burners.Correct adjustment of the burner saves money, protects theenvironment and guarantees optimum production conditions. Apractical, user-friendly analyser which can be used at differentpoints is ideal for analysing flue gas.

The new testo300M-I/XL-I flue gas analyser combines theaccuracy and efficiency of the large measuring systems witheasy operation and low purchasing and maintenance costs. It is the ideal partner for adjusting burners, emission checks and checking the atmosphere in the productionprocess.

Page 2: Good reasons for analysing flue gas with the compact ... comercial.pdf · Good reasons for analysing flue gas with the compact testo300-x 2 Practical and accurate The flue gas is

The analyser versionstesto300M - testo300XL-

Advantages of the affordable basic version testo300M-I Additional advantagesof testo300XL-I

• Printout of readings oncordless infrared printer

• RS232 interface to PC:

- Data exchange with Testosoftware

- Online measurements

• Mains or optionalrechargeable batteryoperation with up to 4 hours`long-term measurements (not with compact gas drier)

•Easy to change rechargeablebattery and measuring cellon site

•Ready to operate 1 minuteafter switch-on

•Gas units displayed in ppmor mg/m3

• Can be adjusted tomeasuring ranges specific toapplication using test gas onlocation

•All-in-one:Basic version: - Measurement of °C, O2, CO- Calculation of CO2, Lambda, efficiency

Optional: - NO or SO2- Parallel differentialpressure, velocity and mass flow measurement

- Calculation of flue gas dew point

•Large, illuminateddisplay with clear userinstructions and all ofthe importantparameters at aglance

•Data memory for20 measurements

✚ Attachable printer (canalso be used separately).The SoftCase protectsanalyser from dirt andimpact (not shown).

✚ Larger memory for 100complete measurements

✚ Memory upgrade for 400complete measurements(optional)

✚ Differential temperaturemeasurement

✚ Manual CO switch-off tocontinue measurement inpresence of high COconcentrations

✚ Measurement of CO levelin ambient air protectsfrom CO poisoning(accessories)

✚ Detection of leaks in gaspipes protects fromexplosion (accessories)

5

--------------------testo 300-I--------------------16.07.1999 09:36:22125.3 °C256 ppm CO21 Vol% O2--------------------# 00188953

--------------------

Technical data for testo300M-I/XL-I

Memory: 20 data blocks (300M-I)100 data blocks (300XL-I)

Housing: Plastic (ABS)Flow of built-inpump: Approx. 0.8 l/minMax. positive pressure 30 hPa/mbarat flue gas inlet: (300 mm water column)Max. negative pressure 90 hPa/mbarat flue gas inlet: (900 mm water column)Weight: 700 gDimensions: 250 x 85 x 65 mm (l x w x h)Transport/storage temperature: -20 to +50°CAmbient temp.: +4 to +45°C

Display: Graphics display128 x 100 pixels

Power supply: Via plug-in mains unit, batteries or rechargeable batteries

Number of Max. 3 (O2, CO standard,measuring cells: NO or SO2 optional)

Ambient CO measurement (with CO sniffer)Measuring range: 0 to 500 ppmAccuracy: ±5 ppm (0 to 100 ppm) /

±5% of m.v. (>100 ppm)Resolution: 1 ppmReaction time t90: Approx. 35 sGas leak measurement for combustible gases(with gas leak detection probe)1st alarm limit: 200 ppm CH42nd alarm limit: 10,000 ppm CH4Signal: Optical display (LED)

for 1st and 2nd alarm limit, audible buzzer alarm

Reaction time t90: <2 s

Analysers: 2 years (excluding workingparts and measuring cells)

Measuring cells: CO/NO/SO2: 1 yearO2: 11/2 years

Probes: 1 year (excluding filter)Rechargeable batt.: 1 yearAccessories: 6 monthsPrinter: 1 year (excluding printing

mechanism)Compact 1 year gas drier: (excluding particle filter)

General data on testo 300M-I and XL-I WarrantyAdditional data on testo300XL-I

TESTO

QUALITY

IS

O 9001

c e r ti f ie

d

Parameter Meas. range Accuracy Resolution Reaction time Measuring procedure Standard/OptionalO2 0 to 25 vol.% <0.8 % of full-scale value 0.1 vol. % t95 approx. 20 s Electrochemical measuring cell Standard

CO2 0 to CO2max – 0.1 vol. % t95 approx. 20 s Calculated from O2 Standard

CO 0 to 10,000 ppm <10 ppm (to 200 ppm)*1 1 ppm t90 approx. 40 s Electrochemical measuring cell Standard(with H2 compensation) <5% of m.v. (>200 ppm)*1

NO 0 to 3,000 ppm <5 ppm (to 100 ppm)*1 1 ppm t90 approx. 40 s Electrochemical measuring cell Optional<5% of m.v. (>100 ppm)*1

SO2 0 to 5,000 ppm <10 ppm (to 200 ppm)*1,2 1 ppm t90 approx. 40 s Electrochemical measuring cell Optional<5% of m.v. (>200 ppm)*1,2

Temperature -40 to +1200°C ±0.5°C (0 to +99.9°C) 0.1°C (to 1000°C) Depending on Type K thermocouple Standard±0,5% of m.v. (from +100°C) 1°C (>1000°C) probe NiCr-Ni to DIN

Differential pressure ±80 hPa/mbar ±0.1 hPa/mbar (0 to 20 hPa/mbar) 0.01 hPa/mbar t95 <2 s DMS sensor Optional±0.5% of m.v. (>20 hPa/mbar)

Velocity/mass flow/ 0 to 40 m/s See differential pressure 0.1 m/s t95 <2 s Calculation from ∆P (Pitot tube), temperature, Optionalvolume flow measurement gas density and gas concentration

Flue gas dew point*3 0 to 99.9°C 0.1°C approx. 20 s Calculation from O2, temperature and fuel Optional

EffG 0 to 120% 0.1% approx. 20 s Calculation from O2, temperature and fuel Standard

Excess air λ 1 to 20.00 0.01 approx. 20 s Calculation from O2, temperature and fuel Standard*1 When calibrating in application with test gas *2 A gas preparation unit must be used to avoid absorption *3 Errors due to gas cleaning unit (e.g. gas desulphurising unit) or withdrawal of humidity

3

NO and SO2measuring

cells cannot be used

simultaeously

Page 3: Good reasons for analysing flue gas with the compact ... comercial.pdf · Good reasons for analysing flue gas with the compact testo300-x 2 Practical and accurate The flue gas is

A complete range of portable flue gas analysers

Other measuring instruments from Testo

Temperature Indoor air quality

Light

Sound

rpm

Humidity

Velocity

Pressure

Water analysis

Available from Testo

testo360, the definitiveportable analyser fulfills thehighest demands on emissionand process measurements. It has TA-Luft approval andfulfills the accuracyrequirements of the EPAguidelines. If required, theinstrument is also availablewith direct CO2 measurement,CXHY measurement, flue gasmoisture measurement andsample dilution in up to a 2 digit % range for processand crude gas measurement.

In addition to flue gas analysers, Testo also has a wide selectionof accurate, portable measuring instruments for

The testo350 flue gas analyser has anoperation unit separated by up to 20 m from theanalysis unit. Long-term measurements of up to2 days are possible in combination with thetesto 339 gas preparation unit. When theanalysis unit is equipped with 5 measuring cells,it is then the universal instrument for all flue gasmeasurements on industrial burner systems.

testo325-I is your first stepto affordable flue gasmeasurement in industry. 4 single gas analysers areavailable for SO2, NO, COlow(up to 2000 ppm) and COhigh(up to 40,000 ppm). Thecompact testo 300-I hand-held analyser has theconvenience of severalparameters in one instrumentand is ideal for a wide range of spot checks in clean gas,adjusting burners andmonitoring processes.

Testo has a wide range of analysers and accessories to analysethe flue gas in industrial burner systems.

From the standard burner…

…to the coal power stati-

Please send for more information

Page 4: Good reasons for analysing flue gas with the compact ... comercial.pdf · Good reasons for analysing flue gas with the compact testo300-x 2 Practical and accurate The flue gas is

Why you should choose Testo analysers

Testo is a worldwide leadingmanufacturer of portable,electronic measuringinstruments for– HVAC/Refrigeration– Heating– Food– Emissions– Industry.

About Testo

720 employees throughout theworld (500 in the Lenzkirchheadquarters) achieve anannual turnover of more thanDM 160 million. We developmanufacture, sell, maintainand calibrate in accordancewith DIN EN ISO 9001.

21 subsidaries and more than50 agencies take care of ourcustomers on all 5 continents.

Changing the measuring cellsis as easy as changing arechargeable battery. Theused measuring cells andrechargeable batteries can bechanged by theuser. Thanksto the built-in

electronics, the measuring cellsare immediately ready tooperate saving you servicecosts.

Maintenance

Electrochemical sensors

Testo uses mainlyelectrochemical measuringcells in its gas sensors. Thesesensors have proventhemselves in portableanalysers for the followingreasons:• Not affected by shaking andfluctuations in temperature.Adjustment on location istherefore generallyunnecessary.• Wide, very linear measuringranges and high zero pointstability.

• Low to zero cross-sensitivityto other gas components,humidity and pressure.• High accuracies,comparable with opticalsystems andchemiluminescenceprocedures• Long life of 2-3 years.Testo flue gas analysers havegained official approvalsthroughout the world which isproof of the benefits of theelectrochemical measuringcells.

Page 5: Good reasons for analysing flue gas with the compact ... comercial.pdf · Good reasons for analysing flue gas with the compact testo300-x 2 Practical and accurate The flue gas is

6

Gas sampling hoses for every application

Testo has a modular probe system available to meet thespecial requirements of industrial flue gas measurement (e.g. large fluegas ducts or temperaturesgreater than +1000°C). The probe pipes can be configured up to a length of 3 m (when used horizontally)or 6 m (when used vertically)which enable measurementsto be carried out even in difficult conditions.

Ø 12 mmØ 160 mm Ø 20 mm Ø 20 mm

Simply tick the probe and any options suitable for your application.Use the order form at the back of this brochure to order the required item.

Standard 335 mm long probe Standard 700 mm long probe

Industrial probes

��

� �

Heated probes availableon request.

The competitively-priced standardsampling probe is available in thelengths 335 mm and 700 mm andfor different temperature ranges.An outer pipe with filter is used industy flue gases. The hose with integrated condensate trap has astandard length of 2.2 m.

Standard probes

Tmax 500/1000°CØ 8 mm

335/700 mm longLength of hose:standard 2.2 m / 5 m optional

Option: compact gas drier

Ø 8 mm

Material of probe pipe Tmax +500°C: stainless steel 1.4361Material of probe pipe Tmax +1000°C: stainless steel 1.4841

Option: outer pipe with filter for dusty flue gases

Ø 10 mm

Pore size: 3 µm / Material of probe pipe: stainless steel 1.4841 Tmax 800°CStandard: integrated condensate trap

1) Use outer pipe with filter in dusty flue gases. 2) Use industrial probe with preliminary filter in dusty flue gases.

Options

HIGHER FLUE GAS TEMPERATURE / DUSTY FLUE GASES

Outer pipe for high flue gas temperature Tmax +1000°C Part no. 0440.7437orOuter pipe with filter for dusty flue gases, Tmax +800°C Part no. 0440.7435

HOSE / GAS DRIER

5 m long hose (not for SO2 measurements) Part no. 0440.7440

Special hose for SO2 measurements1), 2.2 m long, gas path in PTFE Part no. 0440.7439Recommendation: also order compact gas drier:

Compact gas drier (see description on opposite page) Part no. 0440.7433and mains unit for compact gas drier / testo 300-I, with power connection cable to measuring instrument Part no. 0554.3376

Basic sampling probe 335 mm long, Tmax +500°C Part no. 0600.7431

Options

HIGHER FLUE GAS TEMPERATURE/ DUSTY FLUE GASES

Outer pipe for high flue gas temperature, Tmax +1000°C Part no. 0440.7438orOuter pipe with filter for dusty flue gases, Tmax +800°C Part no. 0440.7436

HOSE / GAS DRIER

5 m long hose (not for SO2 measurements) Part no. 0440.7440

Special hose for SO2 measurements1), 2.2 m long, gas path in PTFE Part no. 0440.7439Recommendation: please also order compact gas drier:

Compact gas drier (see description on opposite page) Part no. 0440.7433and mains unit for compact gas drier / testo 300-I, incl. power connection cable to measuring instrument Part no. 0554.3376

Basic sampling probe 700 mm long, Tmax +500°C Part no. 0600.7432

� Extension pipes, 1 m longTmax +600°C, material: stainless steel 1.4571

Part no. 0600.7802Tmax +1200°C, material: Inconel 625

Part no. 0600.7804

� Adapter, non-heatedPart no. 0600.7911

� Sampling hose2.2 m long

(also suitable for SO2 measurements)Part no. 0554.3378

4.0 m long (not suitable for SO2 measurements)Part no. 0554.3379

� Compact gas drier to protect from condensate and accurate SO2 measurements (see description on opposite page)Part no. 0440.7433

Mains unit to supply power to the compactgas drier with power connection cable to testo 300-IPart no. 0554.3376

� Mounting flange DN65PN6 with quick-change clamping devicePart no. 0554.0760

� Sampling pipes, 1 m long (not shown)Tmax +600°C, material: stainless steel 1.4571

Part no. 0600.7801Tmax +1200°C, material: Inconel 625

Part no. 0600.7803Tmax +1800°C, material: Al-Oxide

Part no. 0600.7805

� Preliminary filter for dusty flue gases, Tmax +1000°C, filter fineness 20 µm, dust load max. 20 g/m3, fits on extension pipes � but not on �Part no. 0554.0710

� Thermocouple for flue gas temperature measurement, Tmax +1000°C. The length dependson the number of sampling or extension pipesused

1.2 m longPart no. 0430.0065

2.2 m longPart no. 0430.0066

3.2 m longPart no. 0430.0067

335/700 mm long

Page 6: Good reasons for analysing flue gas with the compact ... comercial.pdf · Good reasons for analysing flue gas with the compact testo300-x 2 Practical and accurate The flue gas is

7

Accessories

NO measuring cell already integrated inanalyser. Part no. 0440.3922SO2 measuring cell already integrated inanalyser. Part no. 0440.3923The NO and SO2 measuring cells are also availableas upgrades.

SoftCase made of flexible plastic with magnetplate back to attach analyser on location. Withcarrier straps for easy transport.Part no. 0516.0301

� Competitively-priced plastic casePart no. 0516.0300� Robust aluminium case, also for 700 mmlong probePart no. 0516.0305

Protection from condensateDuring long-term measurements, condensate must beprevented from getting into the analyser and causingdamage. Therefore in order to protect the analyser,simply replace the condensate trap in the samplinghose with a mini gas preparation unit which cools theflue gas. When condensate develops it is automaticallypumped out by the integrated hose pump.

Accurate SO2 measurementsIncorrect readings may be displayed during themeasurement of SO2 on account of SO2 beingabsorbed into the condensate or in wet filters. Thecompact gas drier “dries” the flue gas and thusguarantees accurate readings, particularly inconnection with the special hose for SO2measurements.

Compact gas drierwith an automatic condensate emptying unitPart no. 0440.7433Mains unit to supply power to the compact gas drier withpower connection cable to testo 300-IPart no. 0554.3376

Sampling probe

Compact gasdrier Po

wer c

onne

ction

cabl

efo

r ana

lyser

Mains unit

testo300-I

The compact gas drier simply replaces thecondensate trap available in the samplingprobe.

Type of printer: Infrared-controlled thermalprinter, can be attached to testo300XL-I

Receiving radius: Max. 2 mDimensions: 115 x 78 x 78 mmWeight: 290 g (incl. batteries)Operating temp.: 0 to 45 °CStorage temp.: -20 to +60 °CPower supply: 4 AA batteries, 1.5V

or NC rechargeable batteriesAdditional features: • Prints company logos

• Automatic data check via bi-directional interface

• Quick data transfer via buffer memory (70 cm text in 9 s)

Measuring range: Tmax +100°CTemperaturesensor: NiCr-NiImmersion depth: 300 mm with coneØ of probe pipe: 5 mmLength of cable: 1.5 m

1st alarm limit: 200 ppm CH42nd alarm limit: 10,000 ppm CH4Alarm: Optical display (LED) and

audible signal (buzzer) when limit values are reached

Printer: Infrared controlled thermalprinter, adjustable contrast

Receiving radius: Max. 2 mDimensions: 186 x 91 x 61 mmWeight: 430 g incl. batteriesOperating temp.: 0 to 50˚CStorage temp.: -40 to +60˚CPower supply: 4 AA batteries 1.5 V

or NC rechargeable batteries

Functions: • Online measurement on PC• Displays readings in the

form of tables, number boxes and bar diagrams

Printout: • Barcode• Measured data in tables or

graphicsMinimum • 386 SX or newerrequirements: • DOS from 3.1

• Windows® from 3.1/95 or newer

Additional features: • Analyser setting can be input• Displays limit values

(histogram)• Sets Y axis

Dimensions: 62 x 50 x 170 mm (h x w x l)

Weight: 280 g

Power supply: Desk-top mains unit12V DC / 2.5 A

Max. flue gasdew point: 60 °C

Ambient temp.: +4 to +45°C

Storage temp.: -20 to +50°C

Ready tooperate: After approx. 1 to 3 min.

Particle filter: Filter fineness 10 µm

Cooling element: Peltier cooler

Cooling ofgas: To 10-15°C below the

ambient temperature

Switch-off control: Below +2°C

Housing: ABS

Protection class: IP20

Infrared printers

Measuring cells

Cases

Analysis software in Windows® environmentPart no. 0554.0310

Cable to connect analyser <––> PC, 1.8 m longPart no. 0409.0178

Economical software

Combustion air probePart no. 0600.9791

Gas leak detection probe (for testo300XL-I only)Part no. 0632.1246

� Testo printerPart no. 0554.0545

� a Attachable printer(for testo300XL-I only)Part no. 0554.0570

� b Dirt/impact protection for attachableprinter (for testo300XL-I only)Part no. 0516.0411

Mini ambient probe, Tmax +80°CPart no. 0600.3692

CO sniffer for measuring the CO level in ambientair (for testo300XL-I only)Part no. 0632.1247

Temperature probes

Pitot tubes for measuring velocity

Addtional probes only for testo300XL-I

Measuring range: Tmax +600°C1.0 to 30 m/s

Immersion depth: 500 or 300 mm Ø of probe pipe: 7 mm

Pitot tube made of stainless steel, 500 mm long Part no. 0635.2045Pitot tube made of stainless steel, 350 mm long Part no. 0635.2145

Hose connection set for differential pressure and velocity measurement, consists of 2 silicone hoses,2.5 m long and 1 silicone hose, 0.3 m long with adapter, Ø 4.6 mm Part no. 0554.0316

Measuring range: Tmax +600°C1.0 to 30 m/s

Immersion depth: 300 or 1000 mm Ø of probe pipe: 4 mm

Pitot tube made of stainless steel, 300 mmlong, Tmax +600°CPart no. 0635.2245Pitot tube made of stainless steel, 1000 mm long, Tmax +600°CPart no. 0635.2345

Dirt/impact protection Compact gas drier

ProbesAsk about our large selection of probes

Page 7: Good reasons for analysing flue gas with the compact ... comercial.pdf · Good reasons for analysing flue gas with the compact testo300-x 2 Practical and accurate The flue gas is

Analysers / Mains unit Part no._____ testo300M-I flue gas analyser with batteries and calibration protocol 0632.0311_____ testo300XL-I flue gas analyser with batteries and calibration protocol 0632.0301_____ Mains unit 230V for mains operation and to recharge 0554.0196 rech. battery 0554.0054

(use the 0554.3376 mains unit when using the compact gas drier)Probes for testo300M-I /XL-I Part no.Standard gas sampling probes, 335 mm long_____ Standard probe, 335 mm long, Tmax +500°C 0600.7431

Outer pipe for high flue gas temperature up to +1000°C 0440.7437or

Outer pipe with filter for dusty flue gases, Tmax +800°C 0440.7435Hose length: 5 m (not for SO2 measurements) 0440.7440Special hose for SO2 measurements, 2.2 m 0440.7439Compact gas drier with automatic emptying unit 0440.7433Mains unit to supply power to compact gas drier and testo 300M-I/XL-I, including power connection cable to analyser 0554.3376

Standard gas sampling probes, 700 mm long_____ Standard probe, 700mm long, Tmax +500°C 0600.7432

Outer pipe for high flue gas temperature up to +1000°C 0440.7438or

Outer pipe with filter for dusty flue gases, Tmax +800°C 0440.7436Hose length: 5 m (not for SO2 measurements) 0440.7440Special hose for SO2 measurements, 2.2 m 0440.7439Compact gas drier with automatic emptying unit 0440.7433Mains unit to supply power to compact gas drier and testo 300M-I/XL-I, including power connection cable to analyser 0554.3376

Accessories for standard gas sampling probesSpare particle filter for standard probe (10 off) 0554.3371Spare particle filter for compact gas drier (5 off) 0554.3370

Industrial probes_____ Adapter, non-heated 0600.7911

Extension pipe, 1 m long Tmax +600°C 0600.7802Extension pipe, 1 m long Tmax +1200°C 0600.7804Sampling pipe, 1 m long Tmax +600°C 0600.7801Sampling pipe, 1 m long Tmax +1200°C 0600.7803Sampling pipe, 1 m long Tmax +1800°C 0600.7805Preliminary filter for dusty flue gases 0554.0710Sampling hose 2.2 m (also for SO2 measurements) 0554.3378Sampling hose 4 m (not für SO2 measurements) 0554.3379Thermocouple 1.2 m 0430.0065Thermocouple 2.2 m 0430.0066Thermocouple 3.2 m 0430.0067Mounting flange with quick-change clamping device 0554.0760Compact gas drier with automatic emptying unit 0440.7433Mains unit to supply power to compact gas drier and testo 300M-I/XL-I 0554.3376

Accessories for industrial probesTransport case for industrial probe, aluminium profile 0516.7900Spare particle filter (10 off) 0554.3371Spare particle filter for compact gas drier (5 off) 0554.3370

Temperature probes_____ Combustion air probe 300 mm long 0600.9791_____ Mini ambient air probe 0600.3692Pitot tubes for measuring velocity_____ Pitot tube made of brass, 500 mm long, Tmax +600°C 0635.2045_____ Pitot tube made of brass, 350 mm long, Tmax +600°C 0635.2145_____ Pitot tube made of stainless steel, 300 mm long, Tmax +600°C 0635.2245_____ Pitot tube made of stainless steel, 1000 mm long, Tmax +600°C 0635.2345

Common accessories for testo300M-I /XL-I Part no.Parameters (the NO and SO2 measuring cells cannot be used simultaneously)_____ NO measuring cell integrated in testo300 M-I/XL-I 0440.3922_____ NO measuring cell for upgrade 0554.3922

or_____ SO2 measuring cell integrated in testo300 M-I/XL-I 0440.3923_____ SO2 measuring cell for upgrade 0554.3923_____ Integrated velocity measurement / ∆P measurement (not upgradeable) 0440.0348_____ Integrated dew point calculation 0450.0301Additional accessories_____ Rechargeable batteries for 4 hours´ continuous operation 0554.0196_____ Hose connection set for differential pressure and velocity measurement 0554.0316Printers and accessories_____ Testo printer for cordless printout of readings,

with 4 AA batteries and 1 roll of thermal paper 0554.0545_____ Spare paper (6 rolls) for printer/attachable printer 0554.0569_____ Battery charger for printer/attachable printer with 4 rechargeable batteries 0554.0110SoftCase / Case_____ SoftCase made of flexible plastic, with protection from dirt and impact

for the analyser, with magnetic plate back for attachment to boiler 0516.0301_____ Transport case made of plastic 0516.0300_____ Aluminium case, robust and spacious 0516.0305Windows® software_____ Testo Economical software with convenient analysis and

graphics function, online measurement and barcode printout 0554.0310_____ Cable to connect analyser to PC, 1.8 m long 0409.0178Calibration certificates_____ ISO calibration certificate for flue gas as proof of its accuracy 0520.0003_____ ISO calibration certificate for velocity 0520.0034_____ DKD calibration certificate for velocity 0520.0204Accessories / Probes for testo300XL-I only Part no.

_____ Memory upgrade to 400 data blocks 0440.0122_____ Attachable printer with batteries and 1 roll of thermal paper 0554.0570_____ SoftCase for attachable printer 0516.0411_____ Gas leak detection probe for reliably detecting gas leaks 0632.1246_____ Ambient CO probe for quickly checking CO levels 0632.1247

Additional brochures testo 350 testo 360S

Fax order formSimply copy this page, enter the quantity required and return to us by fax.

Do not forget to include your name and address.

The affordable basic set The set for fast emission measurement

Subject to change without notice.

0981

.266

4/hd

/R/0

4.20

01

Name

Company

Department

Address

Date, Signature

Sender: Fax to:

Basic equipment:testo 300M-I flue gas analyser measures CO,O2, CO2, °C, Lambda, efficiency, incl. batteriesStandard sampling probe 335 mm / 500°C

The set for fast emission measuremente.g. in a power station:testo 300M-I flue gas analyser with batteries∆P/velocity measurement incl. calculation ofvolume flow, mass flow and dew point NO measuring cellRechargeable batteries for 4 h cont. operationMains unitStandard sampling probe 335 mm / 500°CPitot tube 500 mm long, Tmax +600°CHose connection set for Pitot tube/∆PTesto printerTransport case made of plastic

Testo S.p.A.Via F.lli Rosselli 3/220019 Settimo Milanese (MI)Tel. (02) 33.50.33.05Fax (02) 33.50.33.06Internet: http: //www.testo.itE-mail: [email protected]

Ai sensi della Legge 675/96 art. 10 La informiamoche la nostra società tratta e utilizza i Suoi dati perfornirLe informazioni tecnico-commerciali direttamente o attraverso la nostra rete di vendita.Se desidera può pertanto esercitare i diritti di cuiall’art. 13 della suddetta Legge tra i quali cancellazione, aggiornamento, rettifica, integrazionedei dati, tramite lettera indirizzata alla Testo S.p.A.

Page 8: Good reasons for analysing flue gas with the compact ... comercial.pdf · Good reasons for analysing flue gas with the compact testo300-x 2 Practical and accurate The flue gas is

Electronic measurement ofphysical and chemical values

Long-term measurement lasting several hours

Probes suitable for allsampling points

Integrated velocity and massflow measurement (optional)

The most compact flue gas analyserfor industry available from Testo

•Affordable •Reliable •TÜV accuracy

testo300M-testo300XL-

Flue gas analysis

Testo service conceptsaves time and money

NEW

O2

CO

NOX

13.2m/s

O2

CO

CO2

NOx

SO2

m3/h

m/s

°C

effg

effn

∆P

t/y

λ