MRU SWG 200 Continuous Emission Monitor

Name: MRU SWG 200 Continuous Emission Monitor
Price: 22396.0 USD
Availability: BackOrder

Stationary gas analysis system for continuous flue gas and emission monitoring, simultaneous infrared analysis of up to 8 flue gas components.

$22,396.00

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Part Number

951053

Manufactured

By MRU Instruments

Includes

FREE Ground Shipping
FREE Lifetime Tech Support

Availability

Usually ships in 3-4 weeks

Product Specs

Features

Measures C3H8, CH4, CO, CO2, CxHy, H2, H2S, N2O, NO, NO2, NOx, O2, and SO2
Choice of 4-gas, 6-gas, or 8-gas infrared NDIR measurement modules
Efficient sample gas filtration by sintered PTFE particle filters
Electrochemical or paramagnetic O2 sensor
Electrochemical H2 and H2S measurement
Zero offset negligible due to automatic zeroing
Span offset less than 0.2% of the measuring range per month
4 analog outputs, 4-20mA, galvanically isolated, max load 500R
2 alarm relays, potential-free contacts: 24 Vdc, 5A
IP54 aluminum cabinet
Illuminated 3.5" TFT color display
RS485 digital interface (Modbus RTU)
DIN rail RS485 to Profibus or Ethernet converter
Data storage and datalogger on SD card

The MRU SWG 200 continuous emission monitor is a cost-effective, reliable system for emission and combustion monitoring. The monitor is suitable for various industrial sectors, including diesel engines, methane/natural gas boilers, landfill gas/bio-gas CHPs, bagasse and biomass boilers, and many other industries.

The SWG 200 is housed in a IP54 aluminum cabinet with anti-corrosive red structural lacquer and monitored fan ventilation. It uses optimized NDIR technology with improved accuracy and without zero offset. It also features O2 measurement with an electrochemical or a paramagnetic sensor, automatic zeroing using clean ambient air, automatic calibration for up to four gas cylinders, a double stage Peltier gas cooler with two automatic condensate draining pumps, and cold/dry gas sampling with low sample flow volume of only 1 l/min. Various probes are available, depending on the condition of the gases to be analyzed.