APNA-365 Ambient NOx Monitor High Sensitivity Type

Overview

APNA-365 Ambient NOX monitor – High sensitivity type employs dual cross-flow modulation method based on Chemiluminescence method, which ensure long-term stability along with selectivity advancement of NO, NO2 and NOX (NO+NO2). It enables continuous measurement with 0.1ppb at lower detectable sensitivity.

Features

  • Ensure long-term stability according to dual cross-flow modulation method employment.
  • To be realized 0-10ppb high sensitivity range.

Manufactured by HORIBA

Specifications

Measurement component

Nitrogen oxide(NOx,NO2,NO)in ambient air

Measurement principle

Dual cross-flow modulation type chemiluminescence method

Measurement range

0~10/20/50/100ppb

Lower detectable limit

0.1ppb(2σ)

Repeatability

±2.0% of F.S.

Linearity

±2.0% of F.S.

Zero drift

10ppb range: ±2.0% of F.S./day

Span drift

over 20ppb range: ±1.0% of F.S./day

 

±2.0% of F.S./day

Response time(T90)

5 min or less (from analyzer inlet)

Influence from interference components

±4.0% of F.S. at water (25℃ 80%)

 

±1.0ppb at NH3 0.2ppm

Sample gas flow rate

approx. 1.6L/min

Operation gas

O2 90~100% for ozone source gas

Indication

Measuring value, alarm

Alarm

Calibration error, Battery error, Flow rate error, Pressure error

 

temperature error in converter, etc.

Input / Output

0~1V / 0~10V / 4~20mA

 

(2 systems: either (1) momentary value and integrated of (2) moving average value)

 

Contact input/output

 

RS-232C(option)

Temperature/Humidity

5~35℃ 85% or less

Power

AC100V 50/60Hz

Power consumption

approx. 200VA

Dimension

430(W)×550(D)×221(H) mm

Mass

approx. 23kg