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Servomex 1400 item 113

This analyzer measures the CO2 levels in emissions.
The Servomex 1400 uses the principle of infrared absorption.
It is used after a gas preparation system.
Set-points can be pre-defined and an alarm can be sounded if they are exceeded. A flow-rate alarm is also available.
The 0 – 10 V analog output can be used to record the data on a plotter.

Specification

– Measurement Range : 0 – 20%, 0 – 25%
– Unit : %
– Detection Limit : 0.1%
– Analog output : 0 – 10V
– Data storage : None (a data recorder can be added).
– Internal pump : No (an external pump can be added).
– Packaged weight : 15 kg
– Number of package : 1
– Recommended for use with : 846, 832, 820, 812, 622, 924

Key Points

– 19’’ rack, 4U
– 2 alarms at 2 thresholds

921 CE item 181

This device measures SO2 levels in emissions.
The Ametek 921 CE uses the UV method.
It can be used to continuously monitor emissions after a gas treatment system.

Specification

– Measuring Range : programmable from 0 – 5000 ppm
– Units : ppm
– Flow rate : 1 to 2 l/min
– Detection Limit : 1 ppm
– Analog output : 0 – 10V
– Communication : yes
– Recommended for use with : 846, 832, 820, 622, 922.

3-500 item 192/193

This machine will continuously measure total hydrocarbons.
The Jum 3-500 uses a flame ionization detector (FID).
It connects directly to a heated output line. It is linear up to 20,000 ppm.

Specification

– Measurement Range : 0 – 10, 10 – 100, 0 – 1000 and 0 – 20,000 ppm (linear) and above that logarithmically.
– Units : ppm
– Detection Limit : 1/1000th of the range.
– Fuel Gas: H2/He, 40/60% vol.
– FID Temperature : 190 °C
– Data storage : none (a data recorder can be added).
– Internal Pump : yes
– Analog output: 0 – 10V
– Packaged weight : 25.5 kg
– Number of packages : 1
– Recommended for use with : 622, 831, 846, 925, 925M, 928 or 928H

Key Points

– 19’’ rack, 3U.
– FID burner can be used in ambient air with an activated charcoal filter.

109L item 194

This device can simultaneously and continuously measure total hydrocarbons, methane containing hydrocarbons and non-methane hydrocarbons.
The Jum 109L uses a flame ionization detector (FID).
Total hydrocarbons are measured directly, methane hydrocarbons are measured after eliminating non-methane compounds and non-methane hydrocarbons are calculated from the difference. It connects directly to a heated output line. It is linear up to 20,000 ppm.

 

Specification

–  Measurement Range : 0 – 10, 10 – 100, 0 – 1000 and 0 – 20,000 ppm (linear) and above that logarithmically.
– Units : ppm
– Detection Limit : 1/1000th of the range.
– Fuel Gas: H2/He, 40/60% vol.
– FID Temperature : 190 °C
– Data storage: none (a data recorder can be added).
– Internal Pump : yes
– Analog output: 0 – 10V for each channel.
– Packaged weight: 22 kg
– Number of packages: 1
– Recommended for use with: 622, 831, 846, 925, 925M, 928H

Key Points

-19’’ rack, 3U.
– FID burner can be used in ambient air with an activated charcoal filter.

2030 item 198

This analyzer can measure a large number of compounds. Its sensitivity varies between percentage and parts per million ranges depending on the compound and the application.
The MKS 2030 uses the FTIR detection principle.
It is mainly used for measuring atmospheric discharges, adjusting processes, yield of catalytic converters and engine exhausts.
It consists of a patented FTIR 2102 spectrometer with a high resolution optical bench. The software includes various applications and has a library of spectra by compound for quantitative analysis of molecules.
 

Specification

– Measurement Ranges : from 1 ppm to 100 % depending on the gas component.
– Units : ppm, %
– Sensitivity : to the ppm for multiple components.
– Sample flow-rate : 0.2 to 10 l/mn.
– Sample : < 200 °C and < 30%V humidity.
– Outputs : RJ-45 Ethernet, analog
– Voltage: 110 or 240 V 50/60 Hz, 3 amps
– Packaged weight : 50 kg
– Recommended for use with : 813, 830, 846, 622, 926, 923
 

Key Points

– Requires liquid nitrogen to operate.
– Portable computer provided with software pre-installed and configured.

Ultramat 23 item 120 121 122

This continuous gas analyzer can measure the CO and CO2 in emissions simultaneously.
The Ultramat 23 uses the principle of infrared absorption.
Several versions with different ranges are available.
The machine can be delivered with its calibration certificate on request (depending on the range).

Specification

– Measurement Ranges:
Item 120 :  0 – 0.05% and 0 – 2.5% CO and 0 – 5% and 0 – 25% CO2
Item 121 : 0 to 1000 ppm CO and 0 to 10,000 ppm CO2 (full scale)
Item 122 : 0 – 10% and 0 – 50% CO and 0 – 1% CO2
– Units : %, mg/m3
– Detection limit : 50 ppm CO / 500 ppm CO2
Item 120 : 50 ppm CO / 500 ppm CO2
Item 121 : 1 ppm CO / 1 ppm CO2
Item 122 : 0.05% ppm CO / 500 ppm CO2
– Data storage : none (a data recorder can be added).
– Internal Pump : yes
– Analog Output : 0 – 10 V
– Packaged weight : 15 kg
– Number of packages : 1
– Recommended for use with : 846, 832, 820, 622, 923, 924.

Key Points

– 19’’ rack, 4U

48C item 124

This analyzer measures CO levels in emissions and in ambient air.
The Thermo 48C uses the principle of infra-red correlation. This technique uses an interference filter to eliminate the effect of the other gases present. It is used on gas which is dry, clean and at room temperature.
It is ideal for very low concentrations.

Specification

– Measurement range : programmable from 0 – 1 ppm to 0 – 10,000 ppm.
– Units : ppm, mg/m3
– Detection Limit : 0.04 ppm
– Data storage : 5000 measurement points
– Internal Pump : yes
– Analog Output : 0 – 10 V
– Communication interface : yes
– Software : yes
– Packaged weight : 28 kg
– Number of packages : 1
– Recommended for use with : 846, 832, 820622, 923

Key Points

– Menus for setting parameters and optical and electronic diagnostics
– Automatic range switchover
– Fast response time
– Linearity specific to scales
– Excellent linearity and reduced sensitivity to interference