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// Medidores
extractivos
AIM
Series 5000
DUV Gas Analyzers, for Laboratory, Process and
Compliance Monitoring |
 MEASURES:
NO, NO2, NH3, HONO, O3, H2O2, SO2, Cl2, ClO2,
B, T, X, BTX, HCHO, and others
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The
AIM 5000 Series gas analyzers incorporate the most
advanced technology available.
The Model 5100 is the unheated version, and the
5200 is the heated version of the patented AIM
5000 extractive UV Analyzer Series; featuring an
exclusive and proprietary DOAS analysis for the
gas measurement, with digital signal processing
and communications. Outputs include 4-20 MA analog,
fault contact closures, RS485/422/232, and modem
interface.
The 5000 series are available as a high range [-HR]
system measuring % to ppm levels, or low range
[-LR] system measuring low ppms to high ppb levels.
The system was developed from more than 30 years
of practical field experience and over 5,000 installations
in 35 countries.
FEATURES
• Dedicated- Measures one or multiple
components - with an 2048 element detector array,
with interchangeable internal measurement cells
tailored for the analyte and sensitivity requirements.
• Fast Response Time - fraction
of a second - allows prompt process analysis and
adjustments.
• High Sensitivity - Accurate
measurements from mid ppb level concentrations
and higher.
• High Precision - < 0.5% of
Range
• Low Drift - < 1% of Range
over 24 hours or 30 days
• Easy Maintenance -The 5010 Analyzer
features a simple, low-maintenance, rugged design.
All analytical components are mounted on a baseplate
in a sealed enclosure to insure long-term stability.
MTBF is > 10 yrs.
! Fully Regulatory Compliant
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Analyzer
Description
The AIM 5000 Series is the extractive
DUV analyzer in a family that measures in the UV/vis
(200nm to 1) and Near to Mid IR (1 to 5), with
interchangeable sources, sample cells, optics,
and detectors, controlled by an embedded PC. The
analyzers exhibit exceptional sensitivity, stability,
accuracy and repeatability, and are simple to operate
and maintain. |
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•
UV Source - The source, intensity
and spectral range is selected depending the
gas to be measured.
• Sample Cell - A small volume,
fixed optical pathlength cell is used. Optical
path length is selectable at time of ordering,
from 0.1 to 10m; others at special request. Heated
cells to > 200°C are also available.
• Measurement Principle — The
5000 Series employs DOAS spectral processing
with a proprietary partial least squ ares [PLS]
singular value decomposition [SVD] algorithm.
• High Sensitivity Detector - The
UV light is projected onto a grating and dispersed.
The dispersed ligfht is collected with a 2048
element CCD array detector. PbS, and PbSe are
available as standard for the IR systems.
• Digital Signal Processing - The
detector output is amplified, digitized and processed
with an embedded PC controller . With analog
and digital outputs and fault alarms (contact
closures). Outputs include ppm, %, mg/Nm3, wet
or dry basis, corrected to x% 02 or CO2, lb./hr.,
tons/yr, lb./MBtu, director differential measurements
[ie difference between before and after a scrubber,
or catalyst, or...] etc.
• Construction Materials - Materials
are corrosion resistant, a fundamental requirement
for long term, reliable operation.
• Elimination of interferences -
Neither H20 nor CO2 absorb throughout the UV
spectrum above 200nm, and hence do not interfere
with the measurement; but other gases may absorb.
The use of pattern recognition employing part
or all of the analytes unique absorption spectrum,
and spectra subtraction allows accurate measurements
of each analyte in a complex mixture.
• Typical UV Absorbing Gases
03, NO, NO2, NO3, N204, N205, NH3, N2H4, HONO,
H20, H202, SO2, SO3, H2504, H25, C52, COS,
C12, CIO, C102, HCHO, CH3HCO, C2H5CHO, CH4O,
C2H2, Benzene, Xylene, Toluene, substituted
aro matics , & condensed rings
• ExP Applications
AIM can incorporate a Z-purge for Classl, Div
2, applications. Consult with factory |
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| CONTINUOUS
FLUE-GAS ANALYZING SYSTEM AIM 50000 |
The AIM
50000 is a state-of-the-art continuous flue-gas
monitoring system, and is designed for a wide variety
of flue-gas monitoring applications.
The AIM 50000 is a stand-alone analyzer that works
automatically. The rugged wall mounted enclosure
meets NEMA type 4X (IP65) standards, Optioal 19" Rack
Mount Type.
The modular approach of the AIM 50000 allows one
or more gases (up to 8) to be measured simultaneously.
The AIM 50000 uses the latest sensor technology
from electro-chemical sensors up to NDIR benches.
The system can analyze samples taken from up to
4 different sampling points. This sequential measurement
is only possible with the addition of multiple
gas sampling and conditioning devices (AIM 400).
The AIM 50000 offers various outputs such as a
serial interface (RS232/RS485), an analog output
(volt / current) and an alarm (relay).
All of the above features allow the AIM 50000 to
be configured for a variety of applications and
can easily be upgraded in the future. |
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FEATURES
● Up to eight different controllers
● Up to 4 different sampling points
● Analog output (volt/current)
● Alarm output
● RS232/RS485 digital output
● Built to customer specifications
● Rugged and weather-resistant
● Large display
● Easy to use and easy to service
● Latest sensor technology |
APPLICATIONS
● Boiler / Burner
● Turbines
● Engines
● Incinerators
● Process control
● Landfills
● Cogeneration plants |
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APPLICATION
EXAMPLE
One of our most popular systems is the AIM 50000
in combination with the AIM 400.
The AIM 400 is a gas conditioning system that cleans
and dries the flue-gas.
The AIM 400 is equipped with a flange-mounted, gas-sampling probe and a heated
hose. Either a 'peltier cooler' or a 'permeation dryer' is used to dry the flue-gas.
The conditioned flue-gas is then analyzed by the AIM 50000. Individual sensors
(NDIR) are used to analyze HC, CO and CO2. The alarm outputs and analog outputs
can be configured individually and are fully scalable across the measurement
range. |
The AIM 50000 is a versatile instrument that can
be customized for the customers specific needs.
The flue-gas analyzing system can be equipped with
up to 8 different controller systems and can measure
up to different 4 stacks. |
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| The AIM
50000 is equipped with various solenoids and relays.
These components make sure that the unit operates
automatically. The calibration of the unit is quite
simple. Each controller gets adjusted individually
by applying a test gas on the specific calibration
fitting. |
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Each controller
has its own display. The height of the LED is 0.83" (21mm)
and the color is programmable at any set point
(red, green and amber).
AIM 50000 - OUTPUT FORMATS
Analog output
Each controller has one individual analog output
and each output maybe configured from the display
at any time.
The outputs are fully scalable across the measurement
range.
Format: 0..20mA / 4..20mA / 0-1VDC / 0-10VDC
Alarms (Relay)
Each controller has one individual relay (SPDT).
Each relay and its different modes and levels of
activation can be configured from the display at
any time.
Operation: Absolute/deviation, latched/unlatched,
normally open/normally closed, above/below, high/low,
band |
PROCESS
CONTROLLERS WITH SENSORS / TRANSMITTERS
Any ranges can be specified between the minimum
and maximum ranges stated below.
In general any eight channels can be fitted to
the system.
Other sensors, measurement ranges and limitations
regarding combinations are available upon request. |
PARAMETER |
PRINCIPLE |
PART-N° |
RANGES |
02 Oxygen |
Electro-chemical |
50050 |
0-25% tc 0-100% |
03 Ozone |
Electro-chemical |
50075 |
0-2 to 0-lOOppm |
CO Carbon monoxide |
Electro-chemical |
50110 |
0-500ppm to 0-9,999ppm
0-1% to 0-10% |
CO Carbon monoxide |
NDIR |
50100 |
0-5% to 0-10% |
C02 Carbon ciioxide |
NDIR |
50150 |
0-2,000ppm to 0-100% |
CH4 Methane |
NDIR |
50850 |
0-9,999ppm to 0-30% |
HC Hydrocarbons |
NDIR |
50800 |
0-9,999ppm to 0-30% |
HC Hydrocarbons |
Pellistor |
50810 |
0-100%LEL |
NO Nitric oxide |
Electro-chemical |
50200 |
0-1 ,000ppm to 0-5,000ppm |
N02 Nitrogen dioxide |
Electro-chemical |
50500 |
0-lOOppm to 0-SOOppm |
S02 Sulfur dioxide |
Electro-chemical |
50400 |
0-2,000ppm to 0-4,000ppm |
H2S Hydrogen sulfide |
Electro-chemical |
50600 |
0-lOOppm to 0-SOOppm |
HCI Hydrogen chloride |
Electro-chemical |
50900 |
0-lOOppm to 0-200ppm |
H2 Hydrogen |
Electro-chemical |
50650 |
0-1 ,000ppm to 0-2% |
C12 Chlorine |
Electro-chemical |
50950 |
0-2oppm |
NH3 Ammonia |
Electro-chemical |
50925 |
0-S0ppm to 0-200ppm |
Flue-gas temperature |
Thermocouple type K |
50675 |
0-1,200°C |
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AIM
50000 - SPECIFICATION |
Display |
Each controller; 4-digit,
9-segment LED, 0.83 (2lmm)
Red, green and amber programmable colors
for process variable |
Modes |
Time and Amplitude proportional
control modes; selectable manual or auto
PID, proportional with integral |
Damping |
0000 to 0008 |
Soak |
00.00 to 99.59, or 0FF |
Ramp to Setpoint |
00.00 to 99.59, or 0FF |
Relay |
25OVAC or 30VDC @ 3A;
configurable for on/off, PID and Ramp and
Soak |
Output |
SPDT type |
SSR |
20-265VAC @ 0.05-0.5A
(resistive load); continuous |
DC pulse |
Non-isolated; 1OVDC @ 20mA |
Analog output |
Non-isolated; proportional
0 to 10VDC or 0 to 20mA; 5000hm max |
Communications |
Optional; RS232 or RS485;
300 to 19.2 K baud |
Power supply |
120VAC/60Hz or 240VAC/60Hz |
Enclosure |
Wall mounted, NEMA4X/1P65(Optional
19 Rack Mount Type W1 9 x H5.25” x D8”)
Dimensions in inch (mm):
18.3 (465) x 13.8 (350) x 7.9 (200) (up
to 2 controllers)
27.6 (700) x 19.7 (500) x 9.8 (250) (up
to 4 controllers)
55.1 (1400) x 29.5 (750) x 14.7 (375) (up
to 8 controllers) |
Operating temperature |
50°F to 104°F (10°C to 40°C) |
Storage temperature |
-4°F to 122°F (-20°C to
50°C) |
Operating environment |
90% RH non-condensing |
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Av. Rivadavia 11088 P.6° Dto.”B” (C1408AAX)
Capital Federal - Argentina
Tel. /Fax (+54) 011 4644-0825 / 4644-1376
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