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TVA 1000 B (FID or FID/PID)
Toxic Vapor Analyzer
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About TVA 1000 B Toxic Vapor Analyzer: |
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The TVA1000B is the only portable, intrinsically safe, survey flame
ionization (FID) and photoionization (PID) dual monitor which provides
fast and accurate readings of organic and inorganic vapors and meets
EPA Method 21 specifications for monitoring fugitive emissions.
TVA1000B is built for fast, simple
operation in real-world field conditions. A large keypad ensures
straight-forward, easy operation, with or without gloves. Datalogging
is activated by a thumb-switch on the hand held probe. Operations are
menu-driven and displays are bright and easy to read. |
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TVA 1000 B Flame Ionization Detector Benefits:
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The TVA-1000 is the first of its kind. Never before has an
over-the-shoulder portable vapor analyzer offered both a
photoionization detector (PID) and flame ionization detector (FID)
operating simultaneously in a single instrument. The benefits of each
individual detector are very clear: both the FID and the PID have their
advantages and disadvantages. However, with either detector alone the
number of vapors that one can detect is limited by that detector’s
measurement capabilities.
Before the TVA-1000, for truly complete
survey monitoring of total vapors, two separate analyses with an FID
and a PID were imperative. That could be inconvenient, time consuming,
and expensive. With the TVA-1000, users can obtain complete information
about organic and inorganic vapors quickly and easily. Most important
of all, the TVA-1000 eliminates the need to purchase, learn, operate,
and maintain two separateinstruments - one analyzer does it all! |
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An optional Enhanced Probe is
available which allows single hand operation. Users do not need to
access the sidepack during operation. The TVA1000B is compact, so you
can easily carry it anywhere and its power and fuel supplies run for
eight hours on a full charge. Since safety is critical to many
applications, the unit is fully certified intrinsically safe for use in
Class I, Division 1, Groups A, B, C, & D.
With its dual design, on-board datalogging and multipoint
calibration, the TVA1000B increases productivity, and efficiency, and
provides accuracy over a broader range. You no longer need to carry a
second analyzer and a clipboard. Overall monitoring time is reduced
because the number of vapors detected per scan is greater and scribing
time is eliminated. In addition, on-board datalogging improves the
integrity of the data by eliminating transcription errors. |
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How a Photoionization Detector Works: |
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A PID, or Photoionization Detector, consists of a UV lamp of a specific
energy and an ionization chamber. Compounds passing through the chamber
are excited by photons of UV energy from the lamp and ionized, attracting
them to a collecting electrode, that produces a current proportional
to the concentration of the compound. |
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How a Flame Ionization Detector Works: |
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An FID, or Flame Ionization Detector, measures organic compounds by
utilizing a flame produced by the combustion of hydrogen and oxygen
(air). When hydrocarbons in the
sample are introduced to the detection zone, ions are produced. A
collector electrode with a polarizing voltage located within the
detector chamber, attracts the ions producing a current This is
directly proportional to the
concentration of hydrocarbons introduced to the flame. |
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Features of the TVA 1000 B:
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Improved Efficiency |
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- Simultaneous photoionization and flame ionization! |
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- On board Datalogging |
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Simple to Use |
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- Easy to read LCD display with menu-driven operation and large buttons |
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Designed For Field Conditions |
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- Over-the-shoulder portable, with 8 hour battery operation time |
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- Intrinsically safe for Class I, Division 1, Groups A, B, C, & D |
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Optional Enhanced Probe |
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- Flame re-ignition |
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Maintenance-Free Operation |
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- Reliable and trusted service |
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Call 1-800-739-7706 for prices.
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