Nevco Engineers Pvt. Ltd.
Cross Stack Emission Monitoring System-UV/IR

Cross Stack Emission Monitoring System-UV/IR

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Provided Cross Stack Emission Monitoring System-UV/IR deploys various measurement methods such as doas, non sampling and non contact that are ideal for estimating in ir as well as uv range gases through employing single pmt, ir detector and moveable optical grating. Our system is embedded with uv and infrared detectors that are useful in controlling industrial air pollutants, for example, ozone, SO2, NO2 and more. With least power utilization, our Cross Stack Emission Monitoring System-UV/IR demands no direct contact or sampling for controlling dangerous gaseous substances. Genuine monitoring of diversified components can be achieved through our system. Inferable to solid construction, our system in unaffected by condensation, no2 converters, polluted sample lines and more that easily affect information caliber from extractive evaluation systems.

Key features:

  • In-built with cost savvy in-situ cross stack advancement
  • Elevated assessment of smelling substances, criteria impurities
  • Fitted with caliber equipment for working in tough surroundings
  • Have extended and dynamic concentration range
  • Performs direct assessment of no2
  • Flexible, fast and least power consumption monitoring instrument

Specification :

Compound

Max. Measurement Range(1m path)

Lowest measurement range according to EN15267

Min. detectable quantities (monitoring path 1 m, measurement time 30 sec.)

Zero drift(1 m path, max. per month)

Span drift(per month, better than)

Linearity error(measurement range, better than)

Max. length of fibre optic cable (when monitoring individual compounds)

Hardware requirement

System 400 BASIC

 

 

 

 

 

 

 

NO(4)

0–­2000 mg/m3

0–150 mg/m3

1 mg/m3

±2 mg/m3

±2%

±1%

20 m

AR600S

NO2

0–2000 mg/m3

0–20 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

200 m

AR600S

SO2

0–5000 mg/m3

0–80 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

100 m

AR600S

System 400 EXT

 

 

 

 

 

 

 

CO

0–10000 mg/m3

0–75 mg/m3

3 mg/m3

±6 mg/m3

±2%

±1%

10 m

AR650

H2O

0–100% Vol.

0–30% Vol.

0.1% Vol.

±0.2% Vol.

±2%

±1%

100 m

AR650

NO(4)

0–­2000 mg/m3

0–150 mg/m3

1 mg/m3

±2 mg/m3

±2%

±1%

20 m

AR600S

NO2

0–2000 mg/m3

0–20 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

200 m

AR600S

SO2

0–5000 mg/m3

0–80 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

100 m

AR600S

System 400 WASTE

 

 

 

 

 

 

 

CO

0–10000 mg/m3

0–75 mg/m3

3 mg/m3

±6 mg/m3

±2%

±1%

10 m

AR650

CO2*

0–100% Vol.

0–10% Vol.

0.1% Vol.

±0.2% Vol.

±2%

±1%

50 m

AR650

H2O

0–100% Vol.

0–30% Vol.

0.1% Vol.

±0.2% Vol.

±2%

±1%

100 m

AR650

HCl

0–5000 mg/m3

0–15 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

100 m

AR650

HF*

0–1000 mg/m3

0–5 mg/m3

0.2 mg/m3

±0.4 mg/m3

±2%

±1%

200 m

AR650

N2O*

0–­10000 mg/m3

0–100 mg/m3

2 mg/m3

±4 mg/m3

±2%

±1%

20 m

AR650

NH3*

0–1000 mg/m3

0–10 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

20 m

AR650

NO(4)

0–­2000 mg/m3

0–150 mg/m3

1 mg/m3

±2 mg/m3

±2%

±1%

20 m

AR600S

NO2

0–2000 mg/m3

0–20 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

200 m

AR600S

SO2

0–5000 mg/m3

0–80 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

100 m

AR600S