Our Genie® Model 701 Portable Insertion Probe is a simple, safe and economical solution to extract a representative vapor phase sample from a gas source. Our exclusive Pressure Balance™ technique allows for effortless insertion of the probe without the need for additional tools or pneumatic and hydraulic methods.
Our Genie® Model 702 Permanent Insertion Probe is a simple, safe and economical solution to extract a representative vapor phase sample from a gas source.
The Model 750 is an adjustable length, membrane tip probe designed to sample transmission quality natural gas. It can be inserted and extracted from a pressurized line through a full opening valve without the use of a special insertion device. This probe is offered with both threaded and flanged process connections, many different exotic materials of construction (Duplex SS 205, Hastelloy C276, Inconel 625, & Monel 400), and optional coatings from Silcotek™. The Model 750™ can be mounted vertically or horizontally, and its installation process is simple and straight forward.
The Model 755™ is an adjustable length, membrane tip probe regulator designed to sample transmission quality natural gas. The pressure regulator is built into the probe immediately downstream of the membrane, inside of the pipeline. Heat is transferred from the flowing pipeline gas to the regulator to prevent excessive Joule-Thomson cooling, helping to prevent condensation during pressure letdown.
The GPHV™ was designed sampling from high velocity gas streams. The thick walled probe, which is machined from a single piece of stainless steel, has a high natural resonant frequency that allows it to withstand the destructive forces of gases flowing at high velocities. This model must be installed with a depressurized line.
The GP2™ probe consists of a housing and a membrane tip probe. The housing is installed in a depressurized pipeline through a vertically mounted thread-o-let or flange, and contains a “foot valve” in its lower end. Inserting the probe into the housing opens the “foot valve”, allowing pipeline gas to flow freely through the membrane. Retracting the probe from the housing closes the foot valve, making it possible to perform probe maintenance without depressurizing the pipeline. This insertion/retraction method is considerably less expensive and complex than pneumatic or hydraulic methods.
The GPR™ consists of a housing and a membrane tip probe regulator. The housing is installed in a depressurized pipeline through a vertically mounted thread-o-let or flange, and contains a “foot valve” in its lower end. Inserting the probe into the housing opens the “foot valve”, allowing pipeline gas to flow freely through the membrane. The sample pressure is reduced immediately downstream of the membrane, inside of the pipeline. Heat is transferred from the pipeline to the regulator to prevent excessive Joule-Thomson cooling, which helps prevent condensation during pressure regulation. Retracting the probe from the housing closes the foot valve, making it possible to perform probe maintenance without depressurizing the pipeline. This insertion/retraction method is considerably less expensive and complex than pneumatic or hydraulic methods.
The JCT model JES301 Ex heated gas sample probe is used for the extraction and filtration of sample gases for use in continuous measurement analysis systems in EX Zone 1 or 2. The JES 301 Ex can be equipped with the same accessories as the JES 301 like back purge, calibration gas inlet with non return valve and different sampling tubes.
The JCT model JES301 heated gas sample probe is used for the extraction and filtration of sample gases for use in continuous measurement analysis systems. The probe is available in heated and unheated versions and has a comprehensive range of sampling tubes including a specific filter tube for extremely high dust loads.
The JES 301 is characterized by extremely low-maintenance operation, fully adjustable temperature range, robustness and effective filter element.
