AMETEK MOCON  

As one of the most widely used gas detection techniques, the Photoionization Detector (PID), is commonly applied in both portable and fixed instruments for detection of a wide variety of organic compounds and some inorganic gases in ambient air.

MOCON’s patented, award-winning piD-TECH® eVx™ plug-in photoionization sensor provides complete photoionization detection capabilities and is designed to be mechanically similar to major brands of electrochemical sensors. Outstanding features make the piD-TECH line of sensors the right choice for OEM manufacturers looking to include VOC detection capabilities in their handheld, mobile, or fixed devices.

Offering better value and design flexibility for OEM markets and incorporating state of the art technology that cannot be matched in the marketplace, the piD-TECH eVx detection capabilities and minimum detection quantity (MDQ) come in five ranges depending upon application requirements.

Our dedicated sensor engineers will assist you in integrating our intrinsically safe photoionization sensor into your products, reducing the time and cost associated with product development.

The Baseline® 9000 Hydrocarbon Analyzer product line are microprocessor-based instruments designed for continuous ambient or process hydrocarbon gas measurement in environmental or industrial settings. The analyzers can be purchased in a variety of configurations with internal components for single or multi-point sampling (with or without a sample pump) for pre-filtered noncondensing samples.

Using a Flame Ionization Detector (FID), MOCON’s FlowGuard electronic control regulates the delivery of fuel, air, and a small portion of the sample gas, to the FID. During the combustion process, organic or hydrocarbon-based gases in the sample are ionized, detected by the instrument, and then reported as a concentration. The automatic calibration feature enhances the long-term analytical stability of the instrument.

All instrument parameters are reported clearly and continually refreshed on a large, graphical LCD display. Using analog, digital, and logic output communication capabilities, analytical information from the analyzer can be acquired using an external PC and a simple communications program such as Windows® HyperTerminal or the analyzer can output binary or ASCII formats directly to a data acquisition system or PLC. Every Baseline 9000 analyzer includes MOCON’s free PC utility 9000 Keeper used for storing and uploading multiple methods, as well as sending configuration settings, directly to the analyzer.

The Baseline® 9100 on-line gas chromatograph blends stateof-the-art technology with the reliability and flexibility of gas chromatography. Building on decades of experience, this instrument has been designed with key features to meet your application requirements. The GC is specifically designed for sub-part-per billion (sub-ppb) to percent level detection, dependent upon the application, to analyze a multitude of organic and inorganic compounds.

MOCON will select the best detector for your application commonly utilizing Photoionization (PID), High-sensitivity Photoionization (HS-PID), Flame Ionization (FID), or Thermal Conductivity (TCD). Analytical arrangements typically involve a single valve, two column configuration, but may vary depending upon the application.

The Baseline 9100 touchscreen LCD display and internal system software keep configuration and operation simple and the automatic calibration feature is ideal for unattended operation. The compact size and design make this unit suitable for field applications, allowing for either rack mount configuration or bench top use.

A full suite of user configurable data collection, storage and outputs allow the GC to speak your language, your way. Users can configure up to 1 year of on-board storage of chromatograms, ASCII results via RS-232 or LAN, contact closure relays and 4-20 mA analog outputs, all independent of one another.

The Baseline® 9200 gas analyzer combines the selective detection of a gas chromatograph (GC) with another simultaneous GC application or with the continuous monitoring abilities of a total hydrocarbon analyzer (THA) in a single, compact, sensitive and stable instrument. Building on decades of experience, this instrument has been designed with key features to meet your application requirements. The multigas analyzer component is specifically designed for sub-part-per billion (sub-ppb) to percent level detection, dependent upon the application, to analyze a multitude of organic and inorganic compounds.

AMETEK MOCON will select the best detectors for your application commonly utilizing Photoionization (PID), High-sensitivity Photoionization (HS-PID), Flame Ionization (FID), or Thermal Conductivity (TCD). Analytical arrangements typically involve a single valve, two column configuration, but may vary depending upon the application and if a dual-GC or GC/THA is being utilized.

The Baseline 9200 touchscreen LCD display and internal system software keep configuration and operation simple and the automatic calibration feature is ideal for unattended operation. The compact size and design make this unit suitable for field applications, allowing for either rack mount configuration or bench top use.

A full suite of user configurable data collection, storage and outputs allow the 9200 to speak your language, your way. Users can configure up to 1 year of on-board storage of chromatograms, ASCII results via RS-232 or LAN, contact closure relays and 4-20 mA analog outputs, all independent of one another.

At Alphasense, we are motivated and inspired to help our customers build a world that’s safer, cleaner and more energy-efficient through sensor technology. We listen to our customers and constantly strive to enhance and improve our processes to ensure we deliver on that vision as a global leader in sensor technology. 

With over 25 years’ experience in the design and manufacture of gas and particulate sensors, we have established a reputation as a reliable source for a wide range of gas sensor technologies. Our applications range from use in handheld devices for personal safety, to large scale implementation to monitor air quality and detect potentially harmful trace gasses. 

If you manufacture portable or fixed industrial gas detection monitors, stack gas analyzers or environmental monitoring instruments, we have the solution for your needs. From bench-scale to desktop to hand-held instruments, our products are used in laboratory R&D, process monitoring and control, and final quality checks.

Sensor offerings include: Catalytic (LEL), Electrochemical, Metal Oxide Sensors, NDIR Sensors, Particulates (Optical Particle Counters), PID Sensors, and Support Circuits.