Description
Liquid in a sample conditioning system can damage analysers and lead to inaccurate sample analysis; directly affecting the bottom line.
Applying our Analytically Correct™ designs to your sampling system can prevent these occurrences.
Our Genie® Model 702 Permanent Insertion Probe is a simple, safe and economical solution to extract a representative vapour phase sample from a gas source.
The Genie® Model 702 is designed for sampling at a specific depth in a pressurised pipeline; each length is customised up to 10 feet to fit your application.
Our exclusive Pressure Balance™ technique allows you to effortlessly insert the probe without the need for additional tools or pneumatic and hydraulic methods.
Once inserted, the installation housing can be replaced with a shorter one to accommodate partial retraction of the probe during pigging operations or placement into heated enclosures. With three new non-adjustable outlet pressure options, the 702 helps to prevent condensation and maintain the integrity of the sample during pressure letdown. The application needs will determine the most appropriate option.
A separate RTD option includes a custom length, industrial, hinged-top RTD and adapter which allows the RTD to be inserted through a built-in thermowell once the probe is installed in the pipeline. We are the only manufacturer that provides Analytically Correct™ membrane tipped sample probes for insertion inside a pipeline or vessel. Using a membrane tip conforms to API 14.1 and GPA 2166 standards. Our patented Genie® Membrane Probes™ are the most efficient means for separating entrained liquid from the sample at source conditions.
Talk with the Experts
Contact us - Our application specialists will identify the best gas monitoring equipment for your needs based on the information that you can provide. If you're unsure about what's important, consider booking a site survey.
Book a site survey - Our specialists consider your process, your site conditions and work with you to understand your needs. It is the most effective means of ensuring your system is completely fit for purpose.