BASELINE MOCON SERIES 9000

Applications include acetaldehyde, benzene, toluene, ethyl benzene, xylenes, ethanol, methanol, vinyl chloride, ethylene oxide, and many others. The analyzer is based on a flame ionization detector FID with FlowGuard electronic control that delivers a small portion of the sample gas to the detector flame. The analyzer is based on a flame ionization detector FID with FlowGuard electronic control that delivers a small portion of the sample gas to the detector flame. These features place the instrument well ahead of the competition in performance, automation, and configurability. Internal, multipoint sampling option. During the combustion process, organic or hydrocarbon-based gases in the sample are ionized then they are detected by the instrument and reported as a concentration.

The analyzer is based on a flame ionization detector FID with FlowGuard electronic control that delivers a small portion of the sample gas to the detector flame. Hydrocarbon content must be less than 1 ppm. Physical Specifications Dimensions The compact size and design makes this unit transportable and allows for either rack mount configuration or bench top use. During the combustion process, organic or hydrocarbon-based gases in the sample are ionized then they are detected by the instrument and reported as a concentration. Incorporating powerful GC software makes the need for an additional computer a thing of the past.

Series TCA Total Carbon Analyzer

Applications include acetaldehyde, benzene, toluene, ethyl benzene, xylenes, ethanol, methanol, vinyl chloride, ethylene oxide, and many others. The analyzer has a generous complement of analog, digital and logic output capabilities. Remote operation via RS and Ethernet. During the combustion process, organic or hydrocarbon-based gases in the sample are ionized then they are detected by the instrument and reported as a concentration.

Remote operation via RS and Ethernet. These features place the instrument well ahead of the competition in performance, automation, and configurability.

  JON PREDDLE MISSING EPISODES

The non-methane signal response factor is adjusted and thus closely correlates to the carbon number. Hydrocarbon detection from sub-ppm to ppm levels.

The GC is specifically designed for sub-part-per-billion sub-ppb to percent levels to analyze a multitude of organic and inorganic compounds. During the combustion process, organic or hydrocarbon-based gases in the sample are ionized then they can be detected by the instrument and reported as a concentration. The automatic calibration feature enhances the long-term analytical stability of the instrument.

Series Total Hydrocarbon Analyzer

During the combustion process, organic or hydrocarbon-based gases in the sample are ionized then they are detected by the instrument and reported as a concentration. Unit of Measure Imperial Metric 99000. The methane value is then subtracted from the total hydrocarbon concentration to determine the non-methane hydrocarbon reading.

The GC is designed to continuously monitor single and multiple gas components in a wide range of applications for the beverage and food industries.

Baseline-MOCON

Graphical display and easy to use menu system. Please allow popup to complete download.

This makes it an on-line instrument with GC technology that is virtually transparent to the end user. The analyzer is based on a flame ionization detector FID with FlowGuard electronic control that delivers a small portion of the sample gas to the detector flame.

FlowGuard electronic control of fuel, air and sample. The compact size and design makes seeries unit suitable for field applications, allowing for either rack mount configuration or bench top use.

The analyzer has a generous complement of analog, digital and logic output capabilities. These features place the instrument well ahead of the competition in performance, automation, and configurability.

  FILM LA MIA CLASSE DANIELE GAGLIANONE

Alarms may also be mapped to relays to control external equipment. Programmable bseline for concentration alarms, events and diagnostics. Seems like pop-ups are blocked for this page. Optional Keeper software to monitor and control the instrument remotely. The Series can be configured with internal components for single or multipoint analysis of non-condensing gas samples. Electronic back-pressure regulator with sample seriws system ensures fast response.

The catalyst oxidizes all hydrocarbons except methane to produce a methane measurement. Please allow popup to complete download. The Series analyzer provides unparalleled flexibility and offers continuous, fully automated gas analysis over a broad range of concentrations.

The analyzer is based on a flame ionization detector FID with FlowGuard electronic control that delivers a small portion of the sample gas to the detector flame. This catalytic reaction relies on the presence of oxygen O2 in the sample.

The Series analyzer provides unparalleled flexibility and offers continuous, fully automated gas analysis over a broad range of concentrations. The analyzer has a mmocon complement of analog, digital and logic output capabilities.

During the combustion process, organic or hydrocarbon-based gases in the sample are ionized then they are detected by the instrument and reported as a concentration. The automatic calibration feature enhances the long-term analytical stability of the instrument.