pSmoke2000 Series

                        Model:pFlue2000 flue gas analyzer,Portable Flue Gas Analyzer,Gas Emission Analyzer,Exhaust Gas Analyzer,CO2 Analyzer,Carbon Dioxide Analyzer,Bacharach Combustion Analyzer,Testo 350 M Flue Gas Analyzer,

Portable Flue Gas Analyzer

____Special Designed for Analysis of Flue Gas from Combustion of Normal Fuel

Ref:pFlue2000_IntE

Revision: 2005-09-29

 

More Less of maintenance, Never replace of sensors!

Really long life design and continuously analysis supported

 

You would get infrared photometric analyzer in the price of electrochemical sensors

n           Infra-red bench & sensors inside.

n           Fast 30-second warms up

n           Combined technology: infra-red & electrochemical sensors

n           No filters needed in our normal models

n           5 gases embedded and one or two gas sensor might added by user’s order

n           1 watt power requirement, Battery supply.

n           ASM/BAR 97, OIML Class 0 applied for Flue and automotive exhaust analysis

 

Why choose IR sensors?

Infra spectroscopy is traditional method for chemical analysis. Relative to electrochemical sensors, IR sensor holds more advantages as following:

1)         long life and stability. most IR sensors can be used for 5-10 years. But electrochemical sensors only lasts for 1-2 years in air. If the test period lasting longer or being in heavy duty working, it would be exhausted earlier unexpectedly. If working in full scale, most sensor would be exhausted in 400 hours.

2) Embedded filter or external filter is necessary for electrochemical system. The filter efficiency is changing along using, varying to contaminants, so it is difficult to forecast the compensation. Thus could not get reliable measurements.

3) IR sensor is more specific to objective gases, professional speaking, it is high selective to gases. Generally speaking, there is less of interferences among different gases. For example, EC CO sensors is cross sensitive to HC,H2,CH2CH2, and even H2S,SO2 etc.; EC O2 sensor is sensitive to CO2; EC H2S would be cross interfered by SO2,CO,NO2,NO etc.; SO2 would be cross interfered by CO,NO2,H2,CH2CH2 etc.

Applications

l            Combustion research

l            Emission monitor and control

l            Boiler smoke test and combustion efficiency measurement

l            Industrial stove flue monitor and combustion efficiency measurement

l            Power plant emissions monitoring and combustion efficiency measurement

l            Coking plant  emissions monitoring and combustion efficiency measurement

l            Concrete plant emissions monitoring and combustion efficiency measurement

l            Automotive exhaust test and quality control 

l            Motorcycle exhaust test and quality control

Instrumental Functions

u           LCD 4×16 LCD Display, with backlight

u           RS232/RS485 serial port. Supporting STIMcom / Modbus communication, and printer; USB support in new version

u           Non-volatile memory supported data store and read out, or output to computer

u           Built-in Sampling pump included, and suitable sample pre-process assembly

u          Built-in alarm include LED flash, LCD indication, and Beep; Alarm limit setup supported

u           Sampling gun with filter/trap for dusts and condensated water drain.

u           System diagnostic

u          Protection against accidental turn-off

u          Over-range protection for all installed sensors and pumping

u          Storage protection for sensors

u           Flexible tubing for re-configuration

u           User complete calibration, zero-adjust and essential data setup support

u           Interfering gas compensation select

u          Basal humidity and temperature detected for compensation and controlled for normal test. Over limit alarm support

u          Rechargeable batteries to provide 100 hours of continuous operation

u          15-24 V DC powered. Local AD to DC adapter supported

u          Basal intrinsically safe system, except parts of pump and heater. Special order for class 1 div. 1, groups a, b, c and d and class 2 div. 1, groups e, f and g for use in hazardous areas recommended.

Parameter list

Gas

Gas

Range

Accuracy

Repeatability

Response

Method

Hydrocarbons

HC

0 to 2000 ppm

+/-3% rel.

-3ppm/abs or +/-2% rel.

4.5s

ND IR

 

n-hexane

2001 to 5000 ppm

5001 to 30000 ppm

+/- 5% rel.

+/-10% rel.

+/-3% rel.

+/- 4% rel.

 

 

Carbon Monoxide

CO

0.00% to 10.00%

+/-3% rel.

-200ppm/abs or +/-2% rel.

4.5s

RD IR

 

 

10.01% to 15.00%

+/-5% rel.

+/-3% rel.

 

 

Carbon Dioxide

CO2

0.00% to 16.00%

+/-3%rel.

-0.1%/abs or +/-2% rel.

4.5s

ND IR

 

 

16.01% to 20.00%

+/-5% rel.

+/-3% rel.

 

 

Nitric oxide

NOx

0 to 4000/5000 ppm

+/-4% rel.

-20ppm/abs or +/-3%rel

10s

EC

Nitric oxide

NO

0 to 5000 ppm

+/-4% rel.

-20ppm/abs or +/-3%rel

1s

LNIR

Nitrogen dioxide

NO2

0 t0 200/1000ppm

+/-2% rel.

0.5ppm

60s

EC

Nitrogen dioxide

NO2

0 t0 2000ppm

+/-2% rel.

0.5ppm

1s

LNIR

Sulfur dioxide

SO2

0-2,000/5,000ppm

± 1%rel

1ppm/abs or ±3%rel

40s

EC

Sulfur dioxide

SO2

0-5,000ppm

± 1%rel

1ppm/abs or ±3%rel

1s

LNIR

Hydrogen Sulfide

H2S

0-50/500ppm

± 1%rel

0.1ppm

30s

EC

Hydrogen Sulfide

H2S

0-500ppm

± 1%rel

0.1ppm

1s

LNIR

Oxygen

O2

0.00% to 25.00%

-0.01% abs.

-0.1% abs.

40s

EC

Oxygen

O2

0.00% to 25.00%

-0.01% abs.

-0.1% abs.

1s

LNIR

Black dust/Opacity

 

Rb 0-10.0

Green:0-12

<3%

 

 

Photo

Temperature

 

-40 to 750 °C/J

<0.4%

 

 

RTD

Suspended Particles

TSP

0-1000; 0-5000;

0-20000 mg/M3

<5%

 

 

Light scattering

AFR

a

0-15

<1.5%

 

 

Calc

Combustion efficiency

b

0-100%

<2%

 

 

Calk

 special innovation.

*For the application for engine and automotive industry, refer to pAuto2000.

*Pro and E series is for occasional test, specially for normal patrol quality and combustion efficiency analysis.

*M series is designed for long time continuously and heavy duty analyzing. Recommended for burner manufacturer and research team.

*for contaminant emissions analysis, please refer to pSmoke2000 Analyzer;

*for automotive exhausts analysis, please refer to pAuto2000 Analyzer

Auxiliary Selective Parameters Tested

Stove temperature, stove pressure and/or flue gas velocity, combustion efficiency

Series Products

pFlue2000

For combustion analysis

 

pAuto2000

For automotive exhausts analysis

 

pSmoke2000

For contaminants analysis

 

 

Ordering Attentions:

1)         This instrument basically employed electrochemical sensors. The guaranteed life is 1 year. But always you can use it as long as 3 years with normal burden. The long time offset of this kind of sensor is about 10% each year in average. So if you do not order standard gas to calibrate on time. Pay attention to the error caused by excursion. This kind of sensor need to be replaced at time.

2)         This instrument is guaranteed to use in normal burner flue gas analysis.

For the application of engine and automotive industry, refer to pAuto2000.

Otherwise, refer to information of pSmoke2000 please.

3)         Application system in unsafe area, must order special Anti-explosive Extension

4)         Heavy duty test or continuously analysis, please configure M series sensors for long stability and reliable gauge.

5)         Non-standard system would be charge extra fee of 30% of budget for additional part

 

BigDipper Technochem Institute

Call010-8264.0226; 8264.0225;

Fax: 010-8264.0221; 8264.0238;

P.o.Box 603 BDTI Beijing, China 100080

Email: sales@fullsense.com   suncns@hotmail.com

Web: http://www.fullsense.com

 

Products Catalogue:

http://www.fullsense.com/Marketing/SalesInt/SalesIntE.pdf