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Model |
Flow-temp-humidity Control System |
Price |
| HCS-501-50 |
Flow Range
5-50 LPM |
$16,900 |
| HCS-501-100 |
Flow Range
10-100 LPM |
$16,900 |
| HCS-501-200 |
Flow Range
20-200 LPM |
$16,900 |
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Systems that can be
delivered in 4 weeks. |
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SV-2000 |
Solvent Vapor
Generator |
$1,625 |
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ADF-2426 |
Flow controller
power supply with cable |
$1,575 |
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Model |
Flow-temp-humidity Control System |
Price |
| HCS-501-20 |
Flow Range
2-20 LPM |
$18,950 |
| HCS-501-250 |
Flow Range
25-250 LPM |
$18,950 |
| HCS-501-300 |
Flow Range
30-300 LPM |
$18,950 |
| HCS-501-500 |
Flow Range
50-500 LPM |
$18,950 |
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Systems that can be
delivered within 6 weeks. |
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FEATURES:
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Easy to install
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Fully automatic
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Digital readout
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Rapid warm up
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Direct dial controls
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20-85% relative humidity at 25°C
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20-35°C with cooling option
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2-20, 5-50, 10-100, 20-200, 25-250, 30-300,
and 50-500 L/min air flow ranges available .
Custom flow ranges on request.
Instruments
Manufactured and Serviced at:
1382 Stealth Street
Livermore, CA
94551 |
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APPLICATIONS:
The model HCS-501 series Flow-Temperature-Humidity Control System can be used to produce extremely stable atmospheres for water retention measurements in carbon, gas, sorbents, and desiccants. In addition, this system can produce environments for measuring the effects of humidity on materials, coatings, and gas sensors.
Benefits of the 501 system include improved flow rate
accuracy, +/-2% from 20% to 100% of full scale.
Also, PROM uChip control leads to tighter control of
temperature and humidity.
The Model 501 can produce dynamic mixtures with any
other gas or vapor desired. Applications include
calibration of field and laboratory gas detection
devices, calibration of dosimeters and detector tubes,
determination of recovery efficiency in sampling tubes
and dosimeters, and evaluation of activated carbon
service life. This cost-effective package (20" x
20" footprint) can be used as a generator/controller for
a variety of temperature-humidity chambers, in which
products, materials, packages or other test organisms
are to be exposed to a specific temperature-humidity
regimen. The system can also be used for
animal and plant exposure studies. |
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