Our portable PIDs and FIDs are the perfect solution for VOC monitoring in applications such as hazardous material response, confined space entry and personnel or workplace monitoring. With manufactures like RAE Systems, Photovac and Thermo Environmental, you can rest assured you are getting the very best in the industry. With multiple models and sizes available, we guarantee to have the instrument to fit your exact need.
To find out more, please click on a product from the list. At Pine, we specialize in delivering total equipment solutions and providing technical advice on what to rent, and how to use it; the availability of our rental fleet is second to none, and all our equipment is always tested and delivered ready to use.
The TVA-1000 incorporates both a PID and an FID, eliminating the need for two different instruments. It provides fast and accurate readings of organic and inorganic vapors and meets EPA Method 21 specifications for monitoring fugitive emissions. Measurements are indicated on two digital displays: an LCD on the control panel simultaneously indicates readings from both detectors, while the field- sampling display on the probe shows one concentration at a time. Data is collected and stored at user programmable intervals and can be downloaded to a PC using software that comes with the rental unit. The TVA-1000 is housed in a NEMA Type 3 enclosure. UHP hydrogen fuel is available for purchase.
Defiant Technologies’ FROG-4000TM is a hand held micro system for detection of benzene, toluene, ethylbenzene, and xylenes (BTEX) and other volatile organic compounds (VOCs) in water, air, and soil.
The FROG-4000TM miniaturizes components used for analytical chemistry. The system incorporates a micro preconcentrator that is coated with a designer nanoporous material. The micro preconcentrator has an integrated heater for thermal desorption. Defiant’s micro GC separates target analytes in less than 5 minutes. The micro GC column also has an integrated heater for temperature ramp chromatography. Ramping the temperature reduces the analysis time and aids in the separation of late eluting compounds. The detector is a miniature PID (10.6 eV). Chemical name and concentration can be viewed on FROG-4000’s LCD display, or the user may watch the chromatogram real time on a computer. FROG-4000TM includes a micro-SD card to store results from the field. Data can be downloaded from the SD card for further analysis at a later time.
LDAR programs have been implemented to identify unintended volatile organic compound (VOC) leaks in various components used in refinery and industrial processes. LDAR programs consist of specified monitoring requirements for both frequency of testing and the level of emissions from a given component type, such as a valve, connector or pump. US EPA Method 21 outlines the protocol to be followed when conducting LDAR operations, and intrinsically safe flame ionization detection (FID) technology is specified in Method 21 for VOC leak detection.
DataFID is a portable, intrinsically safe flame ionization detector that can reliably measure VOCs in a potentially hazardous environment. DataFID has built in Bluetooth® wireless technology for fast data download to a handheld datalogging PDA. An external Bluetoothantenna is installed to boost wireless coverage and minimize signal interference. The revolutionary Hydrostik™ metal hydride hydrogen fuel cylinder provides high purity, low pressure (80 psi) hydrogen to DataFID for continuous VOC monitoring. This conveniently-sized, lightweight refillable cylinder provides 10 hours of hydrogen supply and can easily fit in a pocket. These features, along with its rugged chassis and long battery life, make DataFID the ideal instrument for Leak Detection and Repair operations in a refinery or industrial process.
DataFID is designed to meet and exceed US EPA Method 21 requirements, providing reliable measurement data for LDAR operation. A Method 21 mode allows users to pre-program sampling points and leak definitions to use for specific locations, or enter the location manually after each data point has been collected. Additionally, DataFID is compatible with common LDAR software packages, including Guideware™ and LeakDAS®.
The GasCheck 5000is is conveniently calibrated against helium- the most commontly used tracer gas - and is particularly sensitive to ammonia, argon, butane, hydrogen, SF6 and refrigerants. Leak detection is made easy thanks to the insturment's loud audible alarm and flashing LED, leaving the user in no doubt that a leak has been detected. The adavanced leak detector with download capability for easy data analysis.
The DataFID represents the newest generation in flame ionization technology with integral Bluetooth wireless technology for fast data download to a portable datalogging PDA or office computer. Now, cumbersome add-on communication attachments can be eliminated with the DataFID’s wireless technology.
Flame Ionization Detector (FID) now available to hire from Pine. A small and lightweight FID (Flame Ionization Detector) with built-in datalogging, the Photovac MicroFID allows trouble-free measurement of soil gases when the response-factor consistency of a FID is mandatory, or when methane must be included in the total reading. The MicroFID is also an appropriate instrument for leak testing, remediation efficiency checks and emergency spill response. UHP hydrogen fuel is available for purchase. Please contact our local office for a quotation for hire/ rental rates.
Take PROVEN, PORTABLE gas chromatography technology into the field.
Completely self-contained and convenient to carry, Voyager provides flexibility of analysis, ease of use, and reliable results. And Voyager is rugged and water-resistant to handle the toughest environments.
Many unique engineering and design features make the Voyager the most technologically advanced GC in the world. Rechargeable and field-replaceable batteries allow up to eight hours of field use, or the option to operate off external AC or DC sources. Voyager's powerful analytical engine is composed of a built-in three-column configuration with an isothermal oven for fast GC analysis for up to 40 factory-programmed EPA listed VOCs. With a miniaturized PID/ECD dual detection system, it's easy to see why the Photovac Voyager is truly unique.
With its built-in refillable carrier gas cylinder and rechargeable battery, the Voyager can operate independently on site for up to eight hours. Chromatograms and/or tabular results are easily viewed in the field using the built-in backlit LCD screen. Voyager's data logging stores a full day of field results, which can conveniently be uploaded to a PC in the field or office.
Voyager is compact, lightweight (15 lbs./6.8 kg) and ergonomically designed for field use. Carry it by the padded handle, the shoulder strap, or have both hands free for climbing ladders or catwalks using the specially designed harness.
Every Voyager is delivered with your choice of one or more application assays. Each assay automates the setup of the instrument operation conditions. With Voyager, running an assay and collecting data is as simple as press and go.
By using Photovac SiteChart software, all assays are easily customized for specific applications. Additional compounds can be added to the assay. Customized, site-specific application assays are readily saved, reloaded, and reused.
For more power, performance and portability, the Photovac Voyager is the clear choice.
The ToxiRAE Pro is the world’s first wireless personal monitor for toxic gases and oxygen. The ToxiRAE Pro takes worker protection to the next level by providing safety professionals wireless access to real-time instrument readings and alarm status from any location for better visibility and faster response. The ToxiRAE Pro can detect a broad range of gases—from carbon monoxide, hydrogen sulfide, and oxygen to ammonia, chlorine, and phosgene. The ToxiRAE Pro’s intelligent interchangeable sensors store calibration data, so if you need to monitor one gas one day and another gas the next, swapping the sensors in your ToxiRAE Pro is all it takes.
The ToxiRAE Pro LEL is the world’s first wireless personal combustible gas monitor. The ToxiRAE Pro LEL takes worker protection to the next level by providing safety professionals wireless access to real-time instrument readings and alarm status from any location for better visibility and faster response. The ToxiRAE Pro LEL promptly detects and accurately monitors explosives and combustibles in concentrations from 0 to 100% of the lower explosive limit (LEL). With an onboard library of 34 correction factors, the ToxiRAE Pro LEL can be programmed to automatically read in % LEL of the specified compound.
The RAE Systems MiniRAE 2000 PID photoionization detector (PID) is now available to hire from Pine. Having a 10.6eV lamp that weighs just over a pound, yet it’s a heavyweight for lead detection, fugitive emissions monitoring to EPA Method 21. The MiniRAE 2000 portable VOC monitor is also a highly useful tool in industrial hygiene and environmental applications, including indoor air quality series.
A list of the gases detectable by this instrument are available to download in the TN-106 PDF document under the Download tab.
The MiniRAE 3000 PID is the most advanced handheld volatile organic compound (VOC) detector on the market. Its Photoionization Detector’s (PID) extended range of 0 to 15,000 ppm makes it an ideal instrument for applications from industrial hygiene, to leak and hazmat detection.
The RF modem allows real-time data transmissions with a base controller located up to 500 feet (or two-miles with optional RAELink2 portable modem) away from the MiniRAE 3000 detector.
A personal computer can be used as the base station for a Mini-RAE 3000 system. The standard ProRAE Remote software is capable of monitoring the input of up to 64 remotely-located monitors like MiniRAE 3000, or AreaRAE, etc.
A list of the gases detectable by this instrument are available to download in the TN-106 PDF document under the Download tab.
Ideal for simpler VOC detection and monitoring applications, the new MiniRAE Lite from RAE Systems is now available to hire, buy or through our Rent To Own (RTO) and Perpetual Rental Plan (PRP).
Featuring the same lamp as the MiniRAE 3000 and a powerful pump able to draw up to 30m, the MiniRAE Lite is simple to use and robust. Potential applications vary from in-house solvent monitoring and environmental site surveys to construction and Spill Response.
For PID Rental, the MultiRAE PID and 4 Gas monitor combines a photoionization detector with a sensitive gas detector for LEL, H2S, CO and O2. Providing confined space protection, the MultiRAE measures volatile organic compounds (VOC's) in low parts per million, including benzene, butadiene, trichloroethylene and vinyl chloride. This combined PID detector available to hire is perfect for short or long term applications, contact Pine for more details.
The RAE Systems ppbRAE 2000 is the most sensitive handheld VOC monitor available to rent from Pine. With true parts per billion detection of extremely low level, low vapor pressure and highly toxic volatile organic compounds (VOCs), like nerve agents, pesticide residues and isocyanates. This instrument tackles applications far beyond the scope of typical PIDs such as measurements of outgassing from carpets and fabrics, spot checks for ethylene oxide and personal monitoring of heat exchange fluids, including therminol in petrochemical plants. It is also an excellent tool for indoor air quality studies. The ppbRAE is very flexible, offering user-selectable survey or hygiene modes and a user-set threshold for the 90 dB alarm. The user can also program the unit for average, STEL and peak readings. The large keys are easy to operate, even through three layers of gloves.
The RAE ppbRAE 3000 is the most advanced handheld volatile organic compound (VOC) monitor on the market. Its photoionization detector’s (PID) extended range of 1 ppb to 10,000 ppm makes it an ideal instrument for applications from HazMat/Homeland Security and industrial hygiene to Indoor Air Quality and military applications.
The UltraRAE 3000 is the most advanced Compound-Specific Monitor on the market. Its Photoionization Detector’s (PID) extended range of 0.05 to 10,000 ppm in VOC mode and 50 ppb to 200 ppm in benzene-specific mode makes it an ideal instrument for applications from entry pre-screening during refinery and plant maintenance to hazardous material response, marine spill response and refinery down-stream monitoring.
The UltraRAE is a quick, spot-check monitor used to provide highly specific measurements of Benzene. The combination of a singe-use filter tube and PID makes this a highly accurate compound specific instrument. Applications include tank entry pre-screening during refinery and plant maintenance, hazardous material response and refinery downstream monitoring. The internal pump permits sampling up to 30 feet in a confined space. Additional Benzene filter tubes for the UltraRAE rental unit are a purchase item.
The ToxiRAE Pro PID is the world’s smallest wireless volatile organic compounds (VOC) monitor. The ToxiRAE Pro PID takes worker protection to the next level by providing safety professionals wireless access to real-time instrument readings and alarm status from any location for better visibility and faster response. Featuring RAE Systems’ next-generation PID sensor, the ToxiRAE Pro PID can promptly detect and accurately monitor over 300 VOCs. With an onboard library of 190 correction factors, the ToxiRAE Pro PID can be programmed to automatically read in concentrations of the specified compound.
Industrial hygiene and safety
Easy-to-Own and Operate
The TVA2020 Analyzer is 21% lighter than earlier models and more compact than most FID stand alone instruments. The lightweight and compact design reduces fatigue for true portability and is easier to service in the field. In addition, a variety of options are available such as a basic or enhanced probe, carrying case, and hydrogen refill assembly.
Optional Bluetooth communication transmits concentration data to a handheld device containing the LDAR software database thereby eliminating the need to transfer files post-monitoring and provide a greater access to route information.
The Technology You Expect
Configurable for use in diverse applications including U.S. EPA Method 21 monitoring, site remediation, landfill monitoring, and general area surveys, the TVA2020 Analyzer is equipped with an FID to measure organic compounds with high sensitivity. The FID technology allows for a wide dynamic and linear range that produces stable and repeatable responses. The analyzer can be configured with both FID and PID technology for simultaneous detection and enhanced analytical capabilities. This dual configuration is capable of producing a more rapid reading of organic and inorganic compounds as opposed to a single detector technology and provides more comprehesive gas coverage than comparable size devices.
After performing a primary calibration, the TVA2020 Analyzer can be customized by activating internal logging parameters, uploading a monitoring route, establishing a bluetooth connection, setting alarm levels, and activating response factors.