PG-350E Portable Gas Analyzer

Overview

The PG-350E achieves measurement performance equal to laboratory equipment in a highly portable package. As part of the PG-300 series, the PG-350E is a compact stack gas analyzer that can simultaneously measure up to five separate gas components. The approximately 20% lighter body from the previous PG-250-model is optionally protected by rugged side guards, which prevent the analyzer from shocks and damages. PG-350E covers NOX, SO2, CO, CO2 and O2 - measurement and is operating according to: DIN EN 15267 - 3, DIN EN 14181 and
approved as Standard Reference Method (SRM) for:
CO (DIN EN 15058)
O2 (DIN EN 14789)
NOX (DIN EN 14792)

The field concious design supports whatever the measurement scene is. An optional electronic cooler unit is available for long-term measurement under tough environments such as gas turbines, boilers, and incinerators facilities. 

 

Features

  • The NOX detector uses a Cross-flow modulation chemiluminescence detection; the SO2 and CO detector operate with a Cross-flow modulation Non-dispersive infrared (NDIR) absorption method; the CO2 unit uses the standard Non-dispersive infrared (NDIR) absorption method; and the O2 unit uses the paramagnetic method for exclusively in EU area.
  • Cross-flow modulation method requires no optical adjustments as dual optical path measurement does, because sample gas and reference gas flow into a single measurement cell switching one by one. Since clean air is fed into the sample cell in between each batch of sample gas, the cell remains clean which reduces the span drift and keeps long-time stability.
  • Ease of operation ensured by high visibility color LCD touch screen. The useful functions such as screen capture, trend graph, or operation guide, etc. can be executed on the screen.
  • Reducing warm-up time in half, the PG-350E is ready to measure within 30 minutes. Moreover, the timer function sets up an automated warming-up according to Your time settings.
  • 95% efficiency of  NOX-convertor enables more precision measurement.
  • Energy efficiency rises up to 35% by reduced power consumption compared to our previous models.
  • A SDTM memory card slot is installed in the front panel and quick data saving is available. Ethernet interface for connection to a LAN environment enables real-time data import over the network.
  • Multi-language software setting menu: English, German, French, Russian
  • Certification: TÜV(EU)

Manufactured by HORIBA

Specifications

Analysis principle

NOX

Cross-Flow Modulation Chemiluminescence Detection Method 

SO2
CO

Cross-Flow Modulation Non-Dispersive Infrared
Absorption Method

CO2

Non-Dispersive Infrared
Absorption Method

O2

Paramagnetic Method

Specifications

NOX

0-25/50/100/250/500/1000/2500 ppm

SO2

0-200/500/1000/3000 ppm

CO

0-200/500/1000/2000/5000 ppm

CO2

0-10/20/30 vol%

O2

0-5/10/25 vol%

Repeatability

±0.5% of full scale (NOx:≧100ppm range / CO: ≧1000ppm range)
±1.0% of full scale (Except above)

Linearity

±2.0% of full scale

Drift

±1.0% of full scale / day (For SO2 analyzer only: ±2.0% of full scale / day)

Response Time
(T90)

Analyzers except SO2 analyzer: 45 sec. or less (From sample inlet, response time setting of electrical system: 10 sec.)
SO2 analyzer: 180 sec. or less (From sample inlet, response time setting of electrical system: 10 sec.)
Moving average selectable (10 or 30 sec.)

Sample Gas
Flow Rate

Approx. 0.5L/min.

Display

Measurement (3 or 4 digit display), range flow rate, etc.

Output

DC 4-20 mA (non-insulated) / Ethernet

Warm-up Time

30 min. ±2.0% of full scale / 2 hours

Data Saving

SDTM memory card / SDHCTM memory card

Ambient Temperature

0°C-40°C  <32°F-104°F>

Ambient Humidity

85% RH or less

Power

AC 100V to 240V

Power Consumption

Approx. 160VA in a steady state (For 5 component analyzer)

Dimentions

(With side guards)
300(W) x 520(D) x 260(H) mm <11.8"(W) x 20.5"(D) x 10.2"(H)>
(Without side guards)
260(W) x 520(D) x 260(H) mm <10.2"(W) x 20.5"(D) x 10.2"(H)

Weight

Approx. 13kg ~ 15kg <29lb ~ 33lb>

Sample Gas Condition

Temperature: Less than 40°C <104°F>
H2O Content: Standard or less at ambient temperature
Dust: 0.1g/m3 or less
Pressure: ±0.98 kPa

Schematics